As a s.274 party I have just received a joint memorandum of the Environment Court recording that Panuku wishes to surrender resource consent CST60323353 authorising the construction of the Queens Wharf mooring dolphins and the parties request that the Court close its files.....
Such a good outcome for Queens Wharf and for Auckland - in my opinion.
Wednesday, June 17, 2020
Friday, June 12, 2020
Commercial Bay in a COVID context
A few days before official opening it was all go in the covered laneway that runs between Lower Queen Street and Lower Albert Street, and is where Queen Elizabeth Square used to be.
The public space is coming together - and those of us who walk through there each day to and from work will breath a sigh of relief. And look forward to other parts of this massive project to come to a conclusion.
But so much has changed in downtown Auckland. Years ago when all this was being planned, there was no COVID scenario. There was no "black swan" event that needed to be planned around.
So many assumptions made around the presence of wealthy cruise ship passengers drawn to Dior, Prada, Gucci and the rest, offices bursting with workers to such an extent there were projections of office space shortages, and thriving cafe and bar life providing opportunities for investment and more urban construction.
Even in lockdown level 1 Lower Queen Street and Queen Street itself is a ghost town. You could fire a cannon up Queen Street at 9:00 in the morning and hit nobody. Almost the same on the footpaths...
It will change. We're social animals and enjoy being out and about. But it will not be the same for a while. Social distanced behaviour has become a norm for now. NZ may be able to sustain this amazing COVID-free bubble it has become, but we all look at the news and we all know that tourists can't easily come, and we are infected by that, and find other ways to live and to occupy ourselves.
The public space is coming together - and those of us who walk through there each day to and from work will breath a sigh of relief. And look forward to other parts of this massive project to come to a conclusion.
But so much has changed in downtown Auckland. Years ago when all this was being planned, there was no COVID scenario. There was no "black swan" event that needed to be planned around.
So many assumptions made around the presence of wealthy cruise ship passengers drawn to Dior, Prada, Gucci and the rest, offices bursting with workers to such an extent there were projections of office space shortages, and thriving cafe and bar life providing opportunities for investment and more urban construction.
Even in lockdown level 1 Lower Queen Street and Queen Street itself is a ghost town. You could fire a cannon up Queen Street at 9:00 in the morning and hit nobody. Almost the same on the footpaths...
It will change. We're social animals and enjoy being out and about. But it will not be the same for a while. Social distanced behaviour has become a norm for now. NZ may be able to sustain this amazing COVID-free bubble it has become, but we all look at the news and we all know that tourists can't easily come, and we are infected by that, and find other ways to live and to occupy ourselves.
Thursday, June 11, 2020
Auckland Water Shortages and Watercare
It seems like yesterday to me, but 1994 was a while ago. Auckland had a much bigger water crisis than we're experiencing now, and it was part of my political education. At the time Watercare was owned by the Auckland Regional Services Trust (ARST), having been put there after a hefty dose of central government driven local government restructuring. Parts of Auckland local government services were privatised - including its landfills. This was in the hey days of neo-liberalism. Regionally owned bulk water services and bulk waste water services were removed from Auckland's regional government (at the time a fresh Auckland Regional Council itself a cut down version of the celebrated Auckland Regional Authority), and placed in ARST, a sort of waiting room for privatisation. That was the birthplace and birth process of Watercare, and much of its institutional behaviour was designed then.
The water shortage came as big surprise to its owners and privatisation strategies took second place to addressing the water crisis. In 1994 due to an unusual roll of the political dice, Alliance candidates were the majority elected to the ARST, and as an active Green Party guy at the time, I was able to get, through my contacts, some Watercare information about what was happening...
This Watercare graph shows how the storage levels changed 1991, 1992, 1993 and 1994. The "normal demand management" curve 1991- end of 1993 shows the typical oscillation of dam storage levels from full to 75% of full. This is normal and to be expected when rainfall is normal. The dam levels get drawn down in summer and fill up in winter. But when there's a drought and the expected winter rains of 1993 didn't eventuate, followed by normal summer consumption, then, by May 1994 things were looking problematic. The graph projects water levels from June 1994, based on different levels of "savings" - up to 30%, and how many days before the dams would be empty.
A very well funded conservation campaign was run. (NB: As shown in the graph, Watercare had already run various media campaigns starting at when levels were at 60%, and then hose bans etc)
The main "customers" of Watercare - which then was a bulk water wholesaler - were the four city councils, North Shore City, Waitakere City, Auckland City and Manukau City. (This is before amalgamation). As the drought evolved, some Councils were more supportive of conservation than others. At the time, it was the Councils that metered water use, and charged users for their water. Not Watercare. Watercare charged each of those four councils in bulk. Councils used their water revenues to maintain local water network infrastructure. There was quite a competition between councils as to whose networks were the least leaky - water leaking from pipe networks is a problem the world over. One of the things that got lost when Watercare took over the retailing of water, not just the wholesaling, this bench-marking process has gone. It is not in Watercare's interest to check how much water is leaking from its network. It concentrates on metering what comes out of the pipes and charging customers accordingly.
At the time, Aucklanders were served by a robust NZ Herald with reporters who delved into the detail and understood much of the politics of what went on beyond the media statements.
As the crisis unfolded, about 10 options were canvassed for additional supply. At the time, taking water from the Waikato was at the bottom of the list prepared by senior planners within Watercare, but it quickly jumped to the top of the list when the corporate types who moved into Watercare at the time of the crisis, looked at it. Especially when the possibility of building an Emergency Pipeline got floated, complete with fast-tracking and RMA avoidance.
.
Cartoonists had a field-day with this. Some Councils were all for the emergency pipeline, others were not so sure. And meanwhile it started raining...
Sometimes the pipe was up, and sometimes it was down. It was certainly an idea that appealed to the newly floated Watercare, for all sorts of reasons but the main one was that as a business it would be much more viable with a continuous run of river source to complement its lake storage. At the time I did accept that Auckland needed an insurance policy - a source that could be used when there was a serious crisis. But that preference should always be for raw water sources that were clean. And the Waitakere and the Hunua dams - being in bush catchments without agriculture or urban activity certainly delivered that.
I prepared this graph at the time of the drought (September 1994), which was after rain had been falling reasonably regularly - but not particularly heavily - for 10 weeks or so. It was designed to reveal just how negative Watercare's projections were (3 are shown). And at the time Watercare had got its teeth firmly into the emergency pipeline project. Watercare really wanted that project.
NZ Herald reporters - notably Philip English - followed the issue and developments extremely closely, and stuck hard to the facts. It was a matter of huge public interest.
This story is an excellent example of the reporting at the time. The Mr Cook quoted here is an example of the public relations investment that Watercare specialised in at the time. Since then Auckland Council and all Auckland CCO's have invested heavily in public relations experts and concentrated on spin-doctoring and managing and influencing public opinion. One of my major pieces of education through this whole period was that information asymmetry is a thing - that large CCO's and councils hold onto information that is not in their interests to make public. Anyone questioning local government - and especially CCOs is at an enormous disadvantage because of the lack of transparency around key pieces of information. Reports are routinely with-held etc.
I note the mention in this article of Ashton Wylie. He and I met after I ran some OpEd pieces in NZ Herald. He was a wealthy importer of Pansonic equipment - and passionate about Auckland's water resource. We got on like a house on fire and he funded me to seek expert advice outside New Zealand for expert evidence. He help me financially when it came to the Environment Court - see later...
This report is dated 28th September. I remember at the time phones running hot - people wanting to know "how much rain fell out your way?" It was knife-edge. Watercare was leaving no stone unturned and had mobilised a significant lobbying campaign in Wellington to keep MPs on side. And all funded with public money.
In fact the Emergency Pipeline project never happened. It rained enough and at the right time so that the Emergency legislation did not get a majority in Parliament. So 1994 ended well. But just as rust never sleeps, neither does a good project inside Watercare. considerable sums had been invested - of public money - in getting that project off the ground. Much of that effort was then directed at developing a proper Waikato based bulk water source, and sometime in 1997 Watercare notified resource consent applications to build a pipeline, a new treatment plant, and to take water from the Waikato River and treat it and augment Auckland's water supply. Which is where the next part of this story goes....
One of the experts I found - and he came out to New Zealand - was Professor Dan Okun. From South Carolina, USA. He was profoundly expert and enthusiastic about the reuse of treated wastewater for non-potable purposes. I learned so much from him. His expert evidence was a big part of my evidence in the Environment Court. He knew a lot about cities in the USA that routinely reticulated highly treated wastewater for industrial washing, and golf course irrigation and suchlike. It gets reticulated in purple pipe networks. It's a whole network industry across big parts of the USA. Turns out also to be common in arid parts of Australia, and also in Japan. The diagram above is one I prepared based on Prof Okun's advice - mainly to show how 250,000 cubic metres drawn from a dam daily (equivalent to 250 million litres) - can be equivalent to a total supply of 750,000 cubic metres per day if you use the water three times before discharging it. It's simplistic - and doesn't talk about golf course and park irrigation (where water evaporates).
Remember this all happened 25 years ago. And the discussion you get from Watercare today is just as ignorant and uninformed as it was then. Its business model, with a single network of supply of freshwater, top quality, used for everything, from drinking to washing out concrete trucks, all using premium piping, and all charged for at the same rate, used once, then wastewater treated to a "you can swim in it" standard, which is then all dumped.
A key issue with taking water for drinking from the Waikato is the fact - at the time - there were almost 3,000 separately consented discharges into it. Farms, factories, geothermal, and sewage treatment plants. Contaminants that were most significant included organochlorines from horticulture, and cryptosporidium bugs from dairy farm sewage. These contaminants are not treated by the water treatment carried out on raw waters from the Waitakere and the Hunua dams. If raw water did come from the Waikato, it would need additional treatment.
I haven't published the full page advertisment that Watercare ran at the time. It showed a glass of water. The message was that the water would be the same. I challenged them at the Advertising Standards Complaints. Watercare - like Ports of Auckland - retain the best and brightest lawyers from Russel McVeagh. It isn't just about information asymmetry. Watercare has a culture of winning. Not just sustainable reporting awards (which are a travesty), but anything. Particularly where its reputation might be challenged. It's only public money after all.
Nevertheless the cartoons kept coming,and public concerns were real.
Watercare's resource consent applications were granted by the relevant TLAs - of course it was Environment Waikato that heard the application to take water from the Waikato, and due to the vagaries of the RMA, once water is in a pipe, the RMA is no longer interested in it. Many of us joked about it being "discharged" from taps and pipes into cups and glasses - but those arguments didn't hold much water....
You get a flavour from the above report as to how Watercare (and Ports of Auckland, and Auckland Council), can all throw piles of public money at public interest issues to ensure they win. But there was information and concern in the public arena about what was in the Waikato water.
This NZ Herald editorial summed up some of those concerns. Just a week or so before the Environment Court hearing, Waitakere City Council withdrew its appeal, and then so did Tainui (the Sunday before - it was gifted a chunk of land I think the site of a maori battle, by Watercare, which bought them off). That left Mr Hamilton and me as appellants. Not good.
But then I discovered that Manukau City Council had become a s274 party to my appeal. I was approached by someone and encouraged to keep my hat in the ring as they tried to work something though with Watercare. Manukau City is closest to where Waikato water would come out the tap, and had concern about water treatment. I learned afterward that Watercare was pressured by Manukau City council to sign the "Manukau Agreement" - this committed Watercare to including two additional treatment processes for Waikato water. One was a carbon bed filter - for organochlorines, and the second was nano-filtration - for cryptospordium.
This was a huge result. But went totally under the radar. If I had withdrawn my appeal, under pressure, Manukau City Council would no longer have had any standing in the appeal....
My second expert, funded thanks to Ashton Wylie, was Dr Perri Standish-Lee from California (I think). She uncovered the work of NZ's Dr Gillian Lewis and submitted her own arguments as an expert witness for my appeal. You will see reported in this article that I stood for North Shore City Council at the time.
Again, another positive NZ Herald report of how Watercare sued me (and Mr Hamilton) for costs after the Environment Court appeal. The gains won from the action were all in the Manukau Agreement already. We gained nothing more in the Environment Court.
So. What does all this mean now? Well - Watercare is bigger and stronger now than it was in 1994. There are no sizeable city councils to challenge it. Auckland Council has as much control over it, as it has over Ports of Auckland or Auckland Transport - ie little control. Watercare is very well resourced, and it's no surprise it is so impervious to challenge. It was designed and built by a chief executive for whom winning and the appearance of winning was everything. He was appointed in 2010 on the strength of this reputation to design the newly amalgamated Auckland Council. This is just as robust in the face of public concern and any internal dissent.
A major factor in Auckland's water shortage in 2020 is the monopoly structure of the responsible organisations, their focus on revenues, and their interest in delivering and funding a steady stream of large engineering projects to keep expensive and highly qualified project teams in employment.
Until those things change, and until there is a fundamental commitment to sustainability, including the reuse of recycled water for example, the widespread use of locally owned rainwater storage, and appropriately encouraged and systematic water conservation systems Auckland will continue to be vulnerable to weather and to opportunistic behaviours from its publicly owned water utilities.
The water shortage came as big surprise to its owners and privatisation strategies took second place to addressing the water crisis. In 1994 due to an unusual roll of the political dice, Alliance candidates were the majority elected to the ARST, and as an active Green Party guy at the time, I was able to get, through my contacts, some Watercare information about what was happening...
This Watercare graph shows how the storage levels changed 1991, 1992, 1993 and 1994. The "normal demand management" curve 1991- end of 1993 shows the typical oscillation of dam storage levels from full to 75% of full. This is normal and to be expected when rainfall is normal. The dam levels get drawn down in summer and fill up in winter. But when there's a drought and the expected winter rains of 1993 didn't eventuate, followed by normal summer consumption, then, by May 1994 things were looking problematic. The graph projects water levels from June 1994, based on different levels of "savings" - up to 30%, and how many days before the dams would be empty.
A very well funded conservation campaign was run. (NB: As shown in the graph, Watercare had already run various media campaigns starting at when levels were at 60%, and then hose bans etc)
The main "customers" of Watercare - which then was a bulk water wholesaler - were the four city councils, North Shore City, Waitakere City, Auckland City and Manukau City. (This is before amalgamation). As the drought evolved, some Councils were more supportive of conservation than others. At the time, it was the Councils that metered water use, and charged users for their water. Not Watercare. Watercare charged each of those four councils in bulk. Councils used their water revenues to maintain local water network infrastructure. There was quite a competition between councils as to whose networks were the least leaky - water leaking from pipe networks is a problem the world over. One of the things that got lost when Watercare took over the retailing of water, not just the wholesaling, this bench-marking process has gone. It is not in Watercare's interest to check how much water is leaking from its network. It concentrates on metering what comes out of the pipes and charging customers accordingly.
At the time, Aucklanders were served by a robust NZ Herald with reporters who delved into the detail and understood much of the politics of what went on beyond the media statements.
As the crisis unfolded, about 10 options were canvassed for additional supply. At the time, taking water from the Waikato was at the bottom of the list prepared by senior planners within Watercare, but it quickly jumped to the top of the list when the corporate types who moved into Watercare at the time of the crisis, looked at it. Especially when the possibility of building an Emergency Pipeline got floated, complete with fast-tracking and RMA avoidance.
.
Cartoonists had a field-day with this. Some Councils were all for the emergency pipeline, others were not so sure. And meanwhile it started raining...
Sometimes the pipe was up, and sometimes it was down. It was certainly an idea that appealed to the newly floated Watercare, for all sorts of reasons but the main one was that as a business it would be much more viable with a continuous run of river source to complement its lake storage. At the time I did accept that Auckland needed an insurance policy - a source that could be used when there was a serious crisis. But that preference should always be for raw water sources that were clean. And the Waitakere and the Hunua dams - being in bush catchments without agriculture or urban activity certainly delivered that.
I prepared this graph at the time of the drought (September 1994), which was after rain had been falling reasonably regularly - but not particularly heavily - for 10 weeks or so. It was designed to reveal just how negative Watercare's projections were (3 are shown). And at the time Watercare had got its teeth firmly into the emergency pipeline project. Watercare really wanted that project.
NZ Herald reporters - notably Philip English - followed the issue and developments extremely closely, and stuck hard to the facts. It was a matter of huge public interest.
This story is an excellent example of the reporting at the time. The Mr Cook quoted here is an example of the public relations investment that Watercare specialised in at the time. Since then Auckland Council and all Auckland CCO's have invested heavily in public relations experts and concentrated on spin-doctoring and managing and influencing public opinion. One of my major pieces of education through this whole period was that information asymmetry is a thing - that large CCO's and councils hold onto information that is not in their interests to make public. Anyone questioning local government - and especially CCOs is at an enormous disadvantage because of the lack of transparency around key pieces of information. Reports are routinely with-held etc.
I note the mention in this article of Ashton Wylie. He and I met after I ran some OpEd pieces in NZ Herald. He was a wealthy importer of Pansonic equipment - and passionate about Auckland's water resource. We got on like a house on fire and he funded me to seek expert advice outside New Zealand for expert evidence. He help me financially when it came to the Environment Court - see later...
This report is dated 28th September. I remember at the time phones running hot - people wanting to know "how much rain fell out your way?" It was knife-edge. Watercare was leaving no stone unturned and had mobilised a significant lobbying campaign in Wellington to keep MPs on side. And all funded with public money.
In fact the Emergency Pipeline project never happened. It rained enough and at the right time so that the Emergency legislation did not get a majority in Parliament. So 1994 ended well. But just as rust never sleeps, neither does a good project inside Watercare. considerable sums had been invested - of public money - in getting that project off the ground. Much of that effort was then directed at developing a proper Waikato based bulk water source, and sometime in 1997 Watercare notified resource consent applications to build a pipeline, a new treatment plant, and to take water from the Waikato River and treat it and augment Auckland's water supply. Which is where the next part of this story goes....
One of the experts I found - and he came out to New Zealand - was Professor Dan Okun. From South Carolina, USA. He was profoundly expert and enthusiastic about the reuse of treated wastewater for non-potable purposes. I learned so much from him. His expert evidence was a big part of my evidence in the Environment Court. He knew a lot about cities in the USA that routinely reticulated highly treated wastewater for industrial washing, and golf course irrigation and suchlike. It gets reticulated in purple pipe networks. It's a whole network industry across big parts of the USA. Turns out also to be common in arid parts of Australia, and also in Japan. The diagram above is one I prepared based on Prof Okun's advice - mainly to show how 250,000 cubic metres drawn from a dam daily (equivalent to 250 million litres) - can be equivalent to a total supply of 750,000 cubic metres per day if you use the water three times before discharging it. It's simplistic - and doesn't talk about golf course and park irrigation (where water evaporates).
Remember this all happened 25 years ago. And the discussion you get from Watercare today is just as ignorant and uninformed as it was then. Its business model, with a single network of supply of freshwater, top quality, used for everything, from drinking to washing out concrete trucks, all using premium piping, and all charged for at the same rate, used once, then wastewater treated to a "you can swim in it" standard, which is then all dumped.
A key issue with taking water for drinking from the Waikato is the fact - at the time - there were almost 3,000 separately consented discharges into it. Farms, factories, geothermal, and sewage treatment plants. Contaminants that were most significant included organochlorines from horticulture, and cryptosporidium bugs from dairy farm sewage. These contaminants are not treated by the water treatment carried out on raw waters from the Waitakere and the Hunua dams. If raw water did come from the Waikato, it would need additional treatment.
I haven't published the full page advertisment that Watercare ran at the time. It showed a glass of water. The message was that the water would be the same. I challenged them at the Advertising Standards Complaints. Watercare - like Ports of Auckland - retain the best and brightest lawyers from Russel McVeagh. It isn't just about information asymmetry. Watercare has a culture of winning. Not just sustainable reporting awards (which are a travesty), but anything. Particularly where its reputation might be challenged. It's only public money after all.
Nevertheless the cartoons kept coming,and public concerns were real.
Watercare's resource consent applications were granted by the relevant TLAs - of course it was Environment Waikato that heard the application to take water from the Waikato, and due to the vagaries of the RMA, once water is in a pipe, the RMA is no longer interested in it. Many of us joked about it being "discharged" from taps and pipes into cups and glasses - but those arguments didn't hold much water....
You get a flavour from the above report as to how Watercare (and Ports of Auckland, and Auckland Council), can all throw piles of public money at public interest issues to ensure they win. But there was information and concern in the public arena about what was in the Waikato water.
This NZ Herald editorial summed up some of those concerns. Just a week or so before the Environment Court hearing, Waitakere City Council withdrew its appeal, and then so did Tainui (the Sunday before - it was gifted a chunk of land I think the site of a maori battle, by Watercare, which bought them off). That left Mr Hamilton and me as appellants. Not good.
But then I discovered that Manukau City Council had become a s274 party to my appeal. I was approached by someone and encouraged to keep my hat in the ring as they tried to work something though with Watercare. Manukau City is closest to where Waikato water would come out the tap, and had concern about water treatment. I learned afterward that Watercare was pressured by Manukau City council to sign the "Manukau Agreement" - this committed Watercare to including two additional treatment processes for Waikato water. One was a carbon bed filter - for organochlorines, and the second was nano-filtration - for cryptospordium.
This was a huge result. But went totally under the radar. If I had withdrawn my appeal, under pressure, Manukau City Council would no longer have had any standing in the appeal....
My second expert, funded thanks to Ashton Wylie, was Dr Perri Standish-Lee from California (I think). She uncovered the work of NZ's Dr Gillian Lewis and submitted her own arguments as an expert witness for my appeal. You will see reported in this article that I stood for North Shore City Council at the time.
Again, another positive NZ Herald report of how Watercare sued me (and Mr Hamilton) for costs after the Environment Court appeal. The gains won from the action were all in the Manukau Agreement already. We gained nothing more in the Environment Court.
So. What does all this mean now? Well - Watercare is bigger and stronger now than it was in 1994. There are no sizeable city councils to challenge it. Auckland Council has as much control over it, as it has over Ports of Auckland or Auckland Transport - ie little control. Watercare is very well resourced, and it's no surprise it is so impervious to challenge. It was designed and built by a chief executive for whom winning and the appearance of winning was everything. He was appointed in 2010 on the strength of this reputation to design the newly amalgamated Auckland Council. This is just as robust in the face of public concern and any internal dissent.
A major factor in Auckland's water shortage in 2020 is the monopoly structure of the responsible organisations, their focus on revenues, and their interest in delivering and funding a steady stream of large engineering projects to keep expensive and highly qualified project teams in employment.
Until those things change, and until there is a fundamental commitment to sustainability, including the reuse of recycled water for example, the widespread use of locally owned rainwater storage, and appropriately encouraged and systematic water conservation systems Auckland will continue to be vulnerable to weather and to opportunistic behaviours from its publicly owned water utilities.
Tuesday, June 9, 2020
When does Tiny House need Building Permit?
A two storey Tiny House was towed to this residential site in Mangawhai a couple of weeks ago, and since then the owner has been systematically preparing it so he and his partner can live in it part-time.
The planning question this sort of activity poses is when does such a development require a Building permit?
I'm interested in your views please. Use the comment facility of the blog to provide your suggestions - anonymously or otherwise.
This image shows the corner support used. A car jack on a concrete tile. The chain is wrapped around the trailer chassis beam, and U-bolted to a wooden post which appears to be set in concrete into the ground. The chain is likely to prevent the structure tipping in a strong wind. The site is elevated and exposed (see picture at end of this post). The elevation shown in picture 1 is to the north, and is about 8 metres long by about 4.5 metres high.
The same chain/post combination is deployed at the opposite end. Timber lengths are used to support the structure.
The wheels have been removed from the trailer supporting the structure, and axles protected with plastic covers from water and suchlike.
Electric power is provided to the Tiny House from this mains switch and electric metre board which has been built into one corner of the site.
The floor area adjacent to the elevation shown (to the south) contains the greywater drainage pipes from kitchen and bathroom which have yet to be connected to any disposal or collection system. I understand a waste pipe will be installed directing greywater into a storage tank located next to the retaining wall visible in the first pic (above). This will be pumped out from time to time. Unclear so far.
A freshwater tank about 2500 litres capacity has been set into the ground and collects runoff from the roof. It has no overflow discharge system as yet.
Kitchen and bathroom water gets heated here and reticulated into the Tiny House.
I understand there is a composting toilet in the bathroom part of the Tiny House. It is unclear whether urine can be passed into the composting toilet system.
Grey water discharge systems are not fitted as yet.
The locked cabinet shown by the trailer draw bar contains the gas bottle. The water pump is mounted on the timber platform at the left.
This view is to the East. The Eastern end houses a bathroom utility area at the ground floor, and a mezzanine level above for the bedroom which is accessed by means of an internal staircase.
So. All you experts and practitioners out there, what's the regulatory position on a Tiny House like this in a residential area? It complies with District Plan provisions. Fixture to piles, or connection to the local wastewater network, triggers the need for Building Consent in Kaipara District. But as it stands, would it comply in your neck of the woods?
The planning question this sort of activity poses is when does such a development require a Building permit?
I'm interested in your views please. Use the comment facility of the blog to provide your suggestions - anonymously or otherwise.
This image shows the corner support used. A car jack on a concrete tile. The chain is wrapped around the trailer chassis beam, and U-bolted to a wooden post which appears to be set in concrete into the ground. The chain is likely to prevent the structure tipping in a strong wind. The site is elevated and exposed (see picture at end of this post). The elevation shown in picture 1 is to the north, and is about 8 metres long by about 4.5 metres high.
The same chain/post combination is deployed at the opposite end. Timber lengths are used to support the structure.
The wheels have been removed from the trailer supporting the structure, and axles protected with plastic covers from water and suchlike.
Electric power is provided to the Tiny House from this mains switch and electric metre board which has been built into one corner of the site.
The floor area adjacent to the elevation shown (to the south) contains the greywater drainage pipes from kitchen and bathroom which have yet to be connected to any disposal or collection system. I understand a waste pipe will be installed directing greywater into a storage tank located next to the retaining wall visible in the first pic (above). This will be pumped out from time to time. Unclear so far.
A freshwater tank about 2500 litres capacity has been set into the ground and collects runoff from the roof. It has no overflow discharge system as yet.
Kitchen and bathroom water gets heated here and reticulated into the Tiny House.
I understand there is a composting toilet in the bathroom part of the Tiny House. It is unclear whether urine can be passed into the composting toilet system.
Grey water discharge systems are not fitted as yet.
The locked cabinet shown by the trailer draw bar contains the gas bottle. The water pump is mounted on the timber platform at the left.
This view is to the East. The Eastern end houses a bathroom utility area at the ground floor, and a mezzanine level above for the bedroom which is accessed by means of an internal staircase.
So. All you experts and practitioners out there, what's the regulatory position on a Tiny House like this in a residential area? It complies with District Plan provisions. Fixture to piles, or connection to the local wastewater network, triggers the need for Building Consent in Kaipara District. But as it stands, would it comply in your neck of the woods?
Friday, May 29, 2020
Submission Kaipara District Council Plan Change 78 Mangawhai Central
According to Kaipara District Council website information:
Private Plan Change 78 (PPC78) was lodged on 3 December 2019 by Mangawhai Central Limited. PPC78 seeks to rezone 130ha of land contained within the Estuary Estates Structure Plan of the operative Kaipara District Plan 2013 (the District Plan), PPC78 area comprises of 83 Molesworth Drive, and Lots 1 and 4 DP 314200 Old Waipu Road, Mangawhai.This blog posting contains some information about this plan change, public concerns, and my submission. This image is taken from latest issue of Mangawhai Focus.....
Preamble
There's a lot of history to this story. Very briefly, about ten years ago, Chapter 16 which provides for Mangawhai Central development was written into the Kaipara District Plan. Thus the proposed development had its own zoning controls built into the District Plan. Those provisions would have enabled the development of a new piece of town located on about 130 hectares of rural land situated on Molesworth Drive between the towns of Mangawhai Heads and Mangawhai Village. The development proposed then included about 500 residential lots (up to about 1000 square metres), 17,000 square metres of commercial development including a supermarket, and a retirement village. Various resource consents would be needed for earthworks and suchlike. Simmering concerns within the community related to the impact on the road network, the wastewater system, surrounding estuary environment, and the aquifer because of proposals to take bore water.
Fast forward to 2019, when the development company (Virandah Partners) lodged a private plan change whose purpose was basically to double the development potential of the site - to provide for 1000 residential sites and 34,000 square metres of commercial development. The application is accompanied by substantial technical documentation. On the face of it, careful urban design, green space, walking networks, on site streetscape plans, will provide for a well functioning new town with a population of around 5,000 where previously there were paddocks. (5,000 is more than the current population of Mangawhai Heads and Mangawhai Village combined.)
The concerns of existing communities and residents relate to what effects this new town will have on surrounding environment - particularly the transport and wastewater infrastructure and freshwater.
Mangawhai communities are mobilising again in the face of growth pressures and planning processes that persist in rocking the boat. You can get a feel for these concerns at the campaign website run by Clive Boonham.
I have written a submission which is here....
Twenty Years Ago
Twenty years ago I was invited to
help the Mangawhai Residents and Ratepayers Association (MRRA) make submissions
on a pro-development plan change (Plan Change 9) that was notified by Kaipara
District Council. MRRA approached me because of my experience working with
North Shore City Council on its wastewater network and system, and because of
research I'd done abroad on alternative community wastewater systems. At
that time Kaipara District Council came under pressure from the Regional
Council to clean up the Mangawhai Estuary, and from developers keen to follow
the Cooks Beach example and get intensive subdivision development underway. KDC
pushed ahead with a proposed $16 million sewage scheme. Kaipara District
Council decided they could not fund the project and instructed Beca’s to put
the whole project out to private tender. Quoting from my submissions at the
time:
"MRRA
are particularly concerned that Mangawhai residents themselves have been
insufficiently consulted over the implications and consequences of PC9. The
consultation with the community over the infrastructure study, what should be
done, what options to pursue, how a possible community sewage scheme should be
funded, how it should be built and owned, are all severely deficient – given
the huge issues for the community....
"We have even more of an issue with what is proposed for wastewater, and how that has been shared with the community. The MRRA recognise that how we tackle wastewater is fundamental to the proposed zonings in PC9. Many of the proposed changes cannot go ahead – or at least cannot be made to happen in real life - without the proposed community waste water system. The huge increase in urban intensification envisaged by PC9 for Mangawhai can only occur with a reticulated sanitation system. We believe there is a gap in the council's communication over this. It is hugely controversial, building something as expensive as a community sewage scheme, and involving the private sector in the manner proposed. It represents a major political shift in service provision. I am not aware that the community has really much of an inkling as to the possible impact of what is proposed - in terms of costs, changes in accountability, what their options are - and indeed whether they have been asked whether this is what they want for their community....
"We are of course aware that PC9 does not explicitly mention any costs for the proposed Community Sewage System. PC9 is explicit about financial contributions required for stormwater and roads, but is silent when it comes to wastewater. Documents we have sighted suggest the capital cost of the sort of system which seems to be preferred by Kaipara District Council and its consultants – Beca – is $16,000,000. There are 1200 affected lots in Mangawhai Township now, and PC9 envisages a further 535 – giving a total of 1735. If we all paid equally for this sewage system, it would cost each ratepayer $9221. But PC9 is silent about this huge sum of money….
"We have even more of an issue with what is proposed for wastewater, and how that has been shared with the community. The MRRA recognise that how we tackle wastewater is fundamental to the proposed zonings in PC9. Many of the proposed changes cannot go ahead – or at least cannot be made to happen in real life - without the proposed community waste water system. The huge increase in urban intensification envisaged by PC9 for Mangawhai can only occur with a reticulated sanitation system. We believe there is a gap in the council's communication over this. It is hugely controversial, building something as expensive as a community sewage scheme, and involving the private sector in the manner proposed. It represents a major political shift in service provision. I am not aware that the community has really much of an inkling as to the possible impact of what is proposed - in terms of costs, changes in accountability, what their options are - and indeed whether they have been asked whether this is what they want for their community....
"We are of course aware that PC9 does not explicitly mention any costs for the proposed Community Sewage System. PC9 is explicit about financial contributions required for stormwater and roads, but is silent when it comes to wastewater. Documents we have sighted suggest the capital cost of the sort of system which seems to be preferred by Kaipara District Council and its consultants – Beca – is $16,000,000. There are 1200 affected lots in Mangawhai Township now, and PC9 envisages a further 535 – giving a total of 1735. If we all paid equally for this sewage system, it would cost each ratepayer $9221. But PC9 is silent about this huge sum of money….
There are many parallels between
this plan change (twenty years ago) and the way Private Plan Change 78 is being
mishandled and miscommunicated by Kaipara District Council. The quoted
figure of $16 million for the EcoCare wastewater system is of course woefully
short of the actual cost which was in the vicinity of $80 million. Unless we
learn from this history, we are doomed to repeat it.
Auditor General Enquiry into Mangawhai
Community Wastewater Scheme
In November 2013, after an immense
and drawn out public campaign, and much anxiety and cost distributed throughout
the Mangawhai Community, the Office of the Auditor General published its 400
page report into what had happened. Of critical importance to the present plan
change proposal, are the OAG findings. And here I quote from the report’s
overview:
"After 20 months of carefully
collecting and analysing evidence, this inquiry has made some clear findings
about what happened. The positive findings are that:
• the decision that Mangawhai needed a
reticulated wastewater scheme was well founded; and
• the wastewater scheme that has been
built works effectively and has appropriate capacity for population growth. (NB: The OAG report was prepared in 2013 –
when population growth forecasts would have included at max a half sized
Mangawhai Central proposal.)
"The other findings are more sobering.
Overall, KDC has ended up with a wastewater scheme that works, but it has come
at a significant cost. The fact that we cannot put a precise figure on that
cost is indicative of KDC’s poor management. KDC’s records did not contain good
or systematic information on the total amount spent. However, our best estimate
is that the total cost was about $63.3 million. The overall costs are not just
financial. They include a failed council, councillors who have been replaced
with commissioners, the departure of a chief executive, a severely damaged
relationship between the council and community, an organisation that has needed
to be rebuilt, and much more….
"KDC’s decision-making processes were
also poor throughout the entire 16 years of the wastewater project. KDC relied
too heavily on its professional advisers and had a practice of receiving
briefings and effectively making decisions in informal workshops. The
governance and management arrangements put in place specifically for the
project were also inadequate. In our view, these underlying problems made it
harder for KDC to deal with the problems that emerged as the project
progressed.
"KDC decided that it wanted to explore
a public private partnership (PPP) approach, to keep the debt “off the balance
sheet” and to put as much risk as possible on to the private sector provider.
In my view, this decision took KDC out of its depth. It followed all the right
basic steps when it initially went to the market for advisers and put the
project to tender, but it did not fully understand the complexity of what it
was doing. The early decision to use a PPP approach put too much emphasis on
achieving a certain accounting outcome and the transfer of risk, and not enough
on value for money and affordability. KDC’s decision-making about the PPP was
not consistent with the good practice guidance that was available at the time….
"I am also concerned that KDC does not
appear to have regarded the disciplines and checks in the contract about the
construction and handover process as particularly important. In my view, the
relatively relaxed approach that was taken to some of these protections, such
as the approval processes involved in commercial acceptance and handover of the
asset, exposed KDC to unnecessary risk…..
"For these and other reasons, the costs
of the project increased steadily. KDC assessed affordability by considering
the annual cost to ratepayers. It decided to increase the number of estimated
ratepayers that would be covered by the scheme and contribute to funding it.
KDC increased the scope of the project to cover more properties and adopted new
growth projections that assumed more properties would be developed. We have
criticised these decisions on the grounds that they were not based on good
information and did not take adequate account of the risk of slower growth.
KDC’s focus on the annual cost to the ratepayer as a measure of affordability
was unfortunate: it meant that it did not fully appreciate the significant
increase in capital costs and the effect on the project’s overall
affordability…..
I have quoted selectively here, but not taken any of the matters
out of context. It appears that much of this criticism is at risk of being laid
at the feet of the Kaipara District Council again.
While not strictly a PPP, the current plan change arrangement will
clearly be of direct benefit to the developer (because of the increased
development potential of the land) and to the Kaipara District Council (not
least because of increased rate revenues).
The way the costs and capacities of roading, wastewater and the
receiving natural environment are being handled in the plan change application has forced existing residents and property owners to defend themselves, their
interests, and the surrounding environment in much the same way as they had to
twenty years ago.
National Policy
Statement on Urban Development Capacity 2016
This NPS was enacted in 2016. Its objectives apply to all
decision-makers when making planning decisions that affect an urban
environment. The objectives relate to outcomes; evidence & monitoring;
responsiveness and coordination. In particular there are objectives requiring coordinated
planning evidence and decision-making in “Urban environments where
land use, development, development infrastructure and other infrastructure are
integrated with each other.”
In terms of outcomes for planning decisions, the NPS imposes
duties on the relevant local authority:
The preamble to the NPS gives direction on how
infrastructure planning is a critical part of the provision of development
capacity:
Development capacity must be
provided for in plans and also supported by infrastructure. Urban development
is dependent on infrastructure, and decisions about infrastructure can shape
urban development. This national policy statement requires development capacity
to be serviced with development infrastructure, with different expectations
from this infrastructure in the short, medium and long-term. It encourages
integration and coordination of land use and infrastructure planning. This will
require a sustained effort from local authorities, council controlled
organisations, and infrastructure providers (including central government) to
align their intentions and resources.
It is my submission that KDC has not given effect to all of
the relevant objectives of the NPS UDC in the way it has approached the
community consultation on PPC78 because it has separated from the consultation
facts and figures about infrastructure capacity, costs and who and how those
matters will be provided for.
There is no evidence that the planning for Mangawhai Central
development is coordinated with infrastructure planning.
The plan change technical documentation is particularly
deficient in the way it deals with traffic matters and their effects on
Molesworth Drive, and almost silent on the way it deals with the community
owned wastewater scheme and how the wastewater needs of the proposed
development will be met and paid for.
In my opinion the infrastructure aspects of the plan change need to be
reviewed.
Deficiencies in
Private Plan Change 78 Process
The development and institutional context for this plan change
inevitably influences perceptions and issues that arise for both the developer,
the existing population, and the planners and other experts engaged to process
the application.
To start with, the proposed development, when complete, will be a
small town with a population of between 4000 and 4500 (assuming 1000 homes with
4 people each and a retirement complex), situated midway between two existing
small towns: Mangawhai Heads whose population is about 2,500 (estimating from
2018 figures) and Mangawhai Village whose population is about 1,000, and
adjacent to a moderate capacity arterial roadway (Molesworth Drive), drawing
water from a common aquifer (at the proposed rate of about 100 cubic
metres/day), and discharging its wastewater to the community owned and
privately operated EcoCare wastewater system.
The institutional context is a small District Council –
Kaipara District Council – whose recent history includes the Ecocare fiasco
(described above) and associated debt. This private plan change, any public
consequences, management of the public interest and any public infrastructure
and amenity effects, and the implementation, evaluation and monitoring of the
development plan and any conditions falls to this small council to manage.
It is of critical importance to all concerned =- not least
the existing residential population - that all of these processes are managed
and resourced properly.
To date the public has every reason to be concerned. Council
media (eg Peter Wethey in Mangawhai Focus) have stated that due process
provides that the plan change be notified, submissions received, and hearings
about the Plan Change held. This has been the process with many growth-related
plan changes across New Zealand, which have generally focused on environmental
effects, and not included as part of the plan change consideration, the costs
and budgets related to supporting infrastructure. Development levies have gone
some way to meeting this concern, but they are often not coordinated with plan
changes, and often out of synch with infrastructure needs.
While the main thrust of the NPS UDC was to ensure that
local authorities provided land capacity for residential and business growth,
the national direction also recognised the need to plan and provide for growth outcomes
in an integrated, coordinated and spatial way. The NPS UDC includes guidance
which is available on MfE’s website for all Councils, including KDC,
particularly where rapid growth is being experienced. Quoting from the NPS UDC:
Future development strategies:
·
provide certainty to the community and stakeholders
about where and when future urban development is likely to occur
·
are responsive to changing circumstances
·
inform decision-making by local authorities and
infrastructure providers
·
demonstrate that there will be sufficient
development capacity opportunities enabled through local authorities’ district
plans, Long Term Plans and infrastructure strategies.
Development and content of future development strategies
Future development strategies should
be developed:
·
collaboratively by all local authorities that share
jurisdiction over the geographical area of focus
·
in consultation with infrastructure providers,
other stakeholders, and the community.
The content of a future development
strategy includes descriptions of:
·
minimum targets for sufficient, feasible development
capacity for housing
·
evidence underpinning the strategy
·
the location, timing and sequence of development
capacity, using maps and tables
·
the infrastructure and implementation actions
required to support development capacity
·
how the strategy will respond to changes in demand
or land owners’ intentions
·
how consultation was carried out.
There is no evidence that this has occurred in accordance
with this guidance in Mangawhai to date, despite the growth pressures that are
being experienced, and despite the fact that Mangawhai Central has been
foreshadowed for more than ten years.
No future development strategy for Mangawhai has “been
developed in consultation with infrastructure providers, other stakeholders,
and the community”. And of critical
importance to PPC78, this means that there has been no community consultation
worth its salt about:
·
the location, timing and sequence of development
capacity, using maps and tables
·
the infrastructure and implementation actions
required to support development capacity
·
how consultation was carried out
The absence of the properly resourced coordinated
planning, and future development planning, required by the NPS UDC lies behind
the amount of public concern that is being expressed throughout the community,
and the volume of submissions in opposition.
In my opinion PPC78 requires supporting
infrastructure and financing plans organised in accordance with the NPS UDC and
prepared with community and stakeholder participation. These should also
provide for triggers and staging of development implementation, linked with the
staged provision of infrastructure and resources including bore water, to avoid
the risks and adverse effects of uncontrolled growth.
I wish to be heard in support of my submission.
Monday, May 4, 2020
NZ's Covid-19 Truth is Hiding Behind Numbers
Science and Sensibility
Each day since the start of our Covid-19 pandemic New Zealanders are given the day’s numbers at the top of the news – how many new cases, and how many deaths and recoveries. We’re also advised how many cases are in hospital and how many are critically ill. Increasingly we get information about how much has been spent subsidising workers wages, supporting businesses, and what’s needed to support the economy.
Counting and numbers is comforting science. It can be a way of confronting an onslaught as we gradually get our heads around what’s happening, and at the same time bundling it away as if it’s all under control. But what exactly are we being told each time the latest figures are announced, rising consistently, dropping slightly, increasing again? As we do what we’re told, and we wait.
Scientific analysis of an epidemic typically divides the population into three groups of people: Susceptible, Infectious and Recovered. It’s a useful way for us all to understand what’s happening. Computer models of how a pandemic progresses through a population calculate, one day at a time, how many to subtract from the Susceptible and add to the Infectious, and how many to add to the Recovered. How many die each day is also predicted. Assumptions include the average number of contacts each person has per day, the probability contact with an infected person results in infection, what proportion of the Infectious population recover, and what proportion die.
Significantly, the model shows how the Susceptible population reduces over time as the pandemic works its way through the population because people who have Recovered are assumed to be immune (the jury is still out on that assumption with Covid-19). The chance of someone getting infected after social contact drops over time because fewer people are susceptible. Most models assume that as more of the population become immune through having been infected and recovered, major outbreaks happen less and less frequently then stop, and the pandemic is said to have run its course.
Modelling is an essential tool in forming policy to guide national and global responses to a threat like Covid-19. Fine tuning of pandemic model assumptions has been enabled by data from the direct experience of frontline health workers in Wuhan, Italy and New York.
The teams that have been advising the UK government have published descriptions of their models. These are typically structured as above, but provide for more stages in the progression of an infection, divide the population into age groups and geographic areas, and model the capacity of the health system to cope – including the number of intensive care units available (ICU).
Such models have played a critical role in shaping the UK government’s response which has shifted from mitigation to suppression since the pandemic started. The London School of Hygiene and Tropical Medicine (LSHTM) model predicted that, if nothing was done to mitigate the effects of the epidemic in the UK, 85 per cent of the population would be infected, there would be 24 million clinical cases and 370,000 deaths. At its peak, 220,000 ICU beds would be required whereas only 4122 were available.
All of the UK models examined options for mitigation including case isolation, voluntary home quarantine, social distancing of the over-seventies, social distancing for everyone, and school and university closures. But modelling indicated mitigation would still lead to more than 200,000 deaths. UK researchers generally argued the only alternative options to mitigation were suppression strategies, partly because China showed they were possible, and as a reaction against the huge death toll in Italy.
The LSHTM group modelled the use of repeated lockdowns, each triggered when the number of ICU beds occupied by Covid-19 patients reached a particular number. If the threshold was set at a thousand ICU beds, the number of infections could be kept to four million and the number of deaths to 51,000. The downside of the strategy would be that 73 per cent of the time between now and December 2021 would be spent in lockdown, by which time only 11 million people would have been infected and, unless a vaccine had been found, the epidemic would still be far from over.
So far in New Zealand the number that we are not talking about is the size of our Susceptible population. That’s because it’s just about all of us, and instead we talk about elimination or eradication of the virus. However, the Covid-19 virus is alive and well all round the world and despite the best disinfection and sanitising under the sun, it is certainly present in New Zealand. Those of us who haven’t been infected yet are susceptible to infection at any moment – though those moments are minimised while we are in lockdown – and it is assumed that testing and tracing will deal with the Covid-19 viruses already in our environment.
There has been some discussion in New Zealand of second and third waves of infections (as happened in the Spanish Flu epidemic 100 years ago) which are generally though to have been caused by mutants versions of the original virus. That is not the same as recognising that modelled suppression strategies being implemented in the UK and elsewhere show the need to provide for repeated lockdowns for the rest of this year and 2021 at least. Way before then in New Zealand, based on the present rate of Government subsidy spending and the effects of lockdowns on economic activity, the treasury cupboards will be well and truly bare. Before then very difficult public policy decisions will need to be made, which go well beyond the simplistic and comforting numbers we currently see on TV.
We need to have conversations about the cost of a death, and about social inequality.
More than 32,000 people died in New Zealand last year. Of these 353 were due to motor vehicle accidents and 685 were suicides. The largest cause of death - about 30% - were cancer deaths, 15% were from heart disease, and 7% due to brain conditions like stroke.
Of the 3,912 people in the UK who died of COVID-19 in March, 91% had at least one pre-existing condition (most common was heart disease), and on average they had 2.7. Many of those who died would likely have died from pre-existing conditions. This isn’t to say those deaths don’t matter, or to forget that although significantly fewer young people have died, they too have died in numbers that in normal times would be shocking.
We can always live in hope for a vaccine, but we also need to be prepared as a country to expect a very long wait. It is easy to say that “we” are all in this together, but already the gap between the have’s and the have not’s is a chasm. It is relatively easy to ride out long lockdown periods in a pandemic with a big back garden, protected income, and substantial retirement savings. Much harder if you’re unskilled, got a young family, aged parents in care, and a mortgage.
Deaths attributable to the economic consequences of lockdowns must also be anticipated. People will vary enormously in their reactions to being confined in their homes, without regular work. Domestic violence incidents are on the rise here, and US news reports of kilometre long queues for food parcels and people openly carrying guns are frequent.
Our Government says it has “provisioned $52 billion, if necessary, to use for cushioning New Zealanders against the impacts of the virus, positioning New Zealand for recovery, and helping us to reset and rebuild our economy to support long-term recovery.” This would be an enormous debt for the country to carry.
Our death-count due to Covid-19 is now 20. How many deaths have been avoided so far is difficult to know, but we are beginning to understand what the costs of the Government’s suppression strategy are and will be, to us and for the country.
The cost of a life is routinely used in justifying the cost of a new road in New Zealand. It’s set at somewhere between $1,000,000 and $2,000,000. If a new road can avoid enough fatal motor vehicle accidents public money gets invested in the road. The benefit in lives saved exceeds the cost of the new road. Who knows what investment might reduce youth suicide, or prolong the lives of those suffering from cancer?
Part of our preparation for the rest of 2020 and 2021 will require public conversations about how the suffering caused by the pandemic should be allocated and shared, and about the very future of our society.
** I have drawn from an article by Paul Taylor, titled "Susceptible, Infectious, Recovered" contained in the 7th May issue of London Review of Books.
Long ago, in my post graduate studies and my London based operations research working career I did a lot of computer modelling of scientific systems, and built computer models. The study of Pandemics relies heavily on computer modelling. I've done some reading and produced this piece which is a contribution to New Zealand's Covid-19 public policy debate....
Each day since the start of our Covid-19 pandemic New Zealanders are given the day’s numbers at the top of the news – how many new cases, and how many deaths and recoveries. We’re also advised how many cases are in hospital and how many are critically ill. Increasingly we get information about how much has been spent subsidising workers wages, supporting businesses, and what’s needed to support the economy.
Counting and numbers is comforting science. It can be a way of confronting an onslaught as we gradually get our heads around what’s happening, and at the same time bundling it away as if it’s all under control. But what exactly are we being told each time the latest figures are announced, rising consistently, dropping slightly, increasing again? As we do what we’re told, and we wait.
Scientific analysis of an epidemic typically divides the population into three groups of people: Susceptible, Infectious and Recovered. It’s a useful way for us all to understand what’s happening. Computer models of how a pandemic progresses through a population calculate, one day at a time, how many to subtract from the Susceptible and add to the Infectious, and how many to add to the Recovered. How many die each day is also predicted. Assumptions include the average number of contacts each person has per day, the probability contact with an infected person results in infection, what proportion of the Infectious population recover, and what proportion die.
Significantly, the model shows how the Susceptible population reduces over time as the pandemic works its way through the population because people who have Recovered are assumed to be immune (the jury is still out on that assumption with Covid-19). The chance of someone getting infected after social contact drops over time because fewer people are susceptible. Most models assume that as more of the population become immune through having been infected and recovered, major outbreaks happen less and less frequently then stop, and the pandemic is said to have run its course.
Modelling is an essential tool in forming policy to guide national and global responses to a threat like Covid-19. Fine tuning of pandemic model assumptions has been enabled by data from the direct experience of frontline health workers in Wuhan, Italy and New York.
The teams that have been advising the UK government have published descriptions of their models. These are typically structured as above, but provide for more stages in the progression of an infection, divide the population into age groups and geographic areas, and model the capacity of the health system to cope – including the number of intensive care units available (ICU).
Such models have played a critical role in shaping the UK government’s response which has shifted from mitigation to suppression since the pandemic started. The London School of Hygiene and Tropical Medicine (LSHTM) model predicted that, if nothing was done to mitigate the effects of the epidemic in the UK, 85 per cent of the population would be infected, there would be 24 million clinical cases and 370,000 deaths. At its peak, 220,000 ICU beds would be required whereas only 4122 were available.
All of the UK models examined options for mitigation including case isolation, voluntary home quarantine, social distancing of the over-seventies, social distancing for everyone, and school and university closures. But modelling indicated mitigation would still lead to more than 200,000 deaths. UK researchers generally argued the only alternative options to mitigation were suppression strategies, partly because China showed they were possible, and as a reaction against the huge death toll in Italy.
The LSHTM group modelled the use of repeated lockdowns, each triggered when the number of ICU beds occupied by Covid-19 patients reached a particular number. If the threshold was set at a thousand ICU beds, the number of infections could be kept to four million and the number of deaths to 51,000. The downside of the strategy would be that 73 per cent of the time between now and December 2021 would be spent in lockdown, by which time only 11 million people would have been infected and, unless a vaccine had been found, the epidemic would still be far from over.
So far in New Zealand the number that we are not talking about is the size of our Susceptible population. That’s because it’s just about all of us, and instead we talk about elimination or eradication of the virus. However, the Covid-19 virus is alive and well all round the world and despite the best disinfection and sanitising under the sun, it is certainly present in New Zealand. Those of us who haven’t been infected yet are susceptible to infection at any moment – though those moments are minimised while we are in lockdown – and it is assumed that testing and tracing will deal with the Covid-19 viruses already in our environment.
There has been some discussion in New Zealand of second and third waves of infections (as happened in the Spanish Flu epidemic 100 years ago) which are generally though to have been caused by mutants versions of the original virus. That is not the same as recognising that modelled suppression strategies being implemented in the UK and elsewhere show the need to provide for repeated lockdowns for the rest of this year and 2021 at least. Way before then in New Zealand, based on the present rate of Government subsidy spending and the effects of lockdowns on economic activity, the treasury cupboards will be well and truly bare. Before then very difficult public policy decisions will need to be made, which go well beyond the simplistic and comforting numbers we currently see on TV.
We need to have conversations about the cost of a death, and about social inequality.
More than 32,000 people died in New Zealand last year. Of these 353 were due to motor vehicle accidents and 685 were suicides. The largest cause of death - about 30% - were cancer deaths, 15% were from heart disease, and 7% due to brain conditions like stroke.
Of the 3,912 people in the UK who died of COVID-19 in March, 91% had at least one pre-existing condition (most common was heart disease), and on average they had 2.7. Many of those who died would likely have died from pre-existing conditions. This isn’t to say those deaths don’t matter, or to forget that although significantly fewer young people have died, they too have died in numbers that in normal times would be shocking.
We can always live in hope for a vaccine, but we also need to be prepared as a country to expect a very long wait. It is easy to say that “we” are all in this together, but already the gap between the have’s and the have not’s is a chasm. It is relatively easy to ride out long lockdown periods in a pandemic with a big back garden, protected income, and substantial retirement savings. Much harder if you’re unskilled, got a young family, aged parents in care, and a mortgage.
Deaths attributable to the economic consequences of lockdowns must also be anticipated. People will vary enormously in their reactions to being confined in their homes, without regular work. Domestic violence incidents are on the rise here, and US news reports of kilometre long queues for food parcels and people openly carrying guns are frequent.
Our Government says it has “provisioned $52 billion, if necessary, to use for cushioning New Zealanders against the impacts of the virus, positioning New Zealand for recovery, and helping us to reset and rebuild our economy to support long-term recovery.” This would be an enormous debt for the country to carry.
Our death-count due to Covid-19 is now 20. How many deaths have been avoided so far is difficult to know, but we are beginning to understand what the costs of the Government’s suppression strategy are and will be, to us and for the country.
The cost of a life is routinely used in justifying the cost of a new road in New Zealand. It’s set at somewhere between $1,000,000 and $2,000,000. If a new road can avoid enough fatal motor vehicle accidents public money gets invested in the road. The benefit in lives saved exceeds the cost of the new road. Who knows what investment might reduce youth suicide, or prolong the lives of those suffering from cancer?
Part of our preparation for the rest of 2020 and 2021 will require public conversations about how the suffering caused by the pandemic should be allocated and shared, and about the very future of our society.
** I have drawn from an article by Paul Taylor, titled "Susceptible, Infectious, Recovered" contained in the 7th May issue of London Review of Books.
Resilient Cities need Balanced Capital Investment
The impacts of the global COVID-19 pandemic are still being understood, but it seems clear that this crisis will force changes in cities, physically and socially, that will echo for generations.
Central and Local Government institutions are rolling out short term economic relief packages across New Zealand. A strategy of road and rail “shovel ready” development projects is under consideration for the long term. While these approaches are an important part of a planned approach to recovery, they don’t engage with the fundamental need for change, nor the opportunity this disruption presents for the Government to implement its Living Standards Framework and rebalance New Zealand’s natural, human, and social capital, alongside its financial and physical capital.
How cities are planned has always been a reflection of cultural and technological trends, and major health crises. The cholera epidemics in the 19th century sparked the introduction of modern urban sanitation systems. Housing regulations around light and air were introduced as a measure against respiratory diseases in overcrowded European slums during industrialization. Mass transit and the automobile shape urban form, internet technology enabling working and shopping from home influences urban design priorities, and climate change pressure is forcing adaptation.
New Zealand’s pandemic response has been led by a brave and enlightened Government, and only a few outbreak clusters have occurred. But across the world, cities have been on the frontline with overwhelmed heath systems, and with daily wage earners and the urban poor suffering from lost income and a scarcity of city services and social safety nets to protect them.
Even before the current pandemic cities have needed to change significantly to meet the global goals outlined in the Paris Agreement, Sustainable Development Goals, or New Urban Agenda. To reach these goals will require major alterations to how we build, manage and live in cities – not just change, but transformational change. Such change has seemed beyond reach, but from energy to housing to mobility, sustainable, cost-effective, solutions are at hand. The challenge has been to change people’s understanding of what’s possible and the courage to make it happen at scale.
One of the unintended consequences of this crisis has been that we have seen, quite dramatically, that radical change to our everyday lives and systems is possible. Amidst fear and uncertainty, people are seeing fragments of what a future city could look like. People across the world are breathing better air than they have in decades due to a dramatic decline in vehicle traffic and factory output. People are unwittingly enjoying “car-free street days” on a daily basis, finding that walking and biking are also viable and even preferred. Cities like Bogotá, Berlin and Mexico City have already expanded pedestrianization efforts to encourage these activities.
The COVID-19 pandemic has significantly altered urban life across New Zealand. Work from home is the new normal for many. So is walking, biking and enjoying nearby open spaces and parks. But the fate of thousands of small businesses and workers that make urban centers work is up in the air. These changes have sparked a debate about what is essential in a city, and perhaps more importantly, how cities can better respond to current and future crises. This pandemic is exposing fault lines with respect to physical infrastructure and inequalities in access to core urban services. It’s also raised questions about healthy density in cities. The most successful cities are able to achieve liveable density – a balance where benefits of agglomeration are significantly higher than the cost of congestion – as well as healthy density – a balance where the threat of a viral pandemic is built into its physical design and infrastructure.
It is the lack of access to essential service infrastructure such as water, housing, internet and health care, that has exacerbated the challenge of responding effectively to COVID-19 in modern cities.
We need to bring laser sharp focus on investing in essential infrastructure for better health, wellbeing and resilience for New Zealand’s urban populations. This involves identifying and investing in high-risk locations, including poor and under-resourced communities. It can also mean building infrastructure that is intentionally geared towards a low-carbon future.
Sunday, April 19, 2020
Who is Auckland's CBD for?
COVID19 is like no other disruption we’ve seen in a lifetime. A gift from hell considering its dramatic and universal impact on human health. A gift from god considering the opportunities opened up as governments, communities and people have rapidly adapted.
Lockdown has provided unprecedented opportunity to reflect on what we do, and how we live, particularly in cities. It has focussed as much attention on what is essential as it has on how to live differently while still feeling satisfied and achieving most pre-pandemic goals.
We’re all getting a bit bored living in our bubbles, but the new urban silence, cycling and pedestrian safety, making do with less, cleaner and clearer air, no rush hour commutes and traffic jams, discovering neighbours and neighbourhoods, and the sheer power and utility of internet access to family, food, friends, information and work, has made people sit up and think. There’s a lot to like about the new urban paradigm that has been forced on us, despite the irritations.
What we are experiencing suggests new possibilities for cities.
What we have experienced in Auckland has roots in the “Competitive City” thinking of the last couple of decades. The minister’s introduction to The Ministry of Environment 2010 publication entitled: “Building Competitive Cities” begins:
An important component of the Government’s
economic agenda is ensuring New Zealand cities are
internationally competitive. This means cities that
enable their citizens to enjoy a great lifestyle and
affordable housing; cities that are efficient for business,
encourage investment and jobs; cities that are attractive
for visitors to support New Zealand’s increasingly
important tourism industry.
A key Government intervention toward this agenda was the
amalgamation of Auckland’s four city and three district councils to form the
supercity council, and the establishment of a cluster of independent Council
Controlled Organisations. Further interventions in process now include opening
up public infrastructure projects to private investment and reform of the
planning system.
From its inception Auckland Council has embraced and enabled
the Government’s economic agenda which has emphasised private property
development and international tourism. Auckland’s CBD increasingly looks and
feels like other international cities with their Dior, Prada and Gucci shops appealing
to rich tourists and high-rise office towers sporting international brand neon
signs appealing to investors. Much of this development and of the transport
infrastructure to service it – including cruise ship berthage – has been at the
expense of basic public and community infrastructure provision.
Standing in stark contrast, Wynyard Quarter’s internationally
famous waterfront development with its playgrounds, heritage wharf structures,
bridges, and wide-open public spaces came from a political agenda which emphasised
the creative, playful and reflective qualities and needs of the resident and
visitor population. It has also been a successful public economic investment.
Right now, Auckland CBD’s headlong plunge into the
competitive city abyss, is at a standstill. Workers and contractors are in
lockdown. They’ll be back as soon as the country’s lockdown rules allow it. But
this pause in construction does allow some reflection on what is happening
there, and whether the assumptions behind it still stand now that the world has
changed.
High street retail shopping has been coming under increasing
pressure and competition from online shopping for some time now. People I know,
and know of, buy furniture and even leather shoes online. My last two shirts
came from eBay Australia. Lockdown level 3 will almost certainly open up online
shopping to non-essential items. Every week of this lockdown indicates that shopping
is moving off the street and into cyberspace. Yet much of the Auckland CBD Commercial
Bay development which took away Queen Elizabeth Square is new retail.
International tourism is also at a standstill, and is likely
to remain so for several years if New Zealand succeeds in its COVID19
elimination strategy. Allocating high-end retail space in new CBD property
developments for high net-worth tourists cannot be justified economically.
Existing such provision will need to be re-purposed to generate enough revenues
to pay the ground rent.
The International Convention Centre is infrastructure to service
what amounts to international business tourism. Its utility must be questioned, just as the
future of high-end casinos is threatened by the absence of big-spending
international tourists.
And on the subject of tourism, New Zealanders are big
travellers. For the foreseeable future, many will now be looking to travel and
enjoy holidays in their own country. Auckland’s CBD is being changed and
developed now, but not to meet the needs of domestic tourists. Kiwis might like
a drink and a bite in downtown Auckland, which they can find, but there’s so
much else that could be done that would make the CBD more attractive to the
domestic population. Places to play (on land and in the water), places to learn
(Maori museum, Visitor museum, Maritime museum), places to create (music, street
theatre), and places to chill and watch the world go by.
But one of the biggest changes that Lockdown has stimulated
has been working from home. Already many companies are recognising that staff
want that to continue in some shape or form – whether it’s one or two days a week,
whether it’s week about, whatever – many working people have rediscovered their
local neighbourhoods, neighbours and communities and built worthwhile relationships
they’d like to retain. Working nine-to-five, five days a week, and all that
time spent commuting, doesn’t seem so attractive – or necessary – anymore.
Which means less CBD office space is needed, and less commuter traffic capacity
is needed.
It’s easy to make these obvious points, and there will be
many contracts and commitments that need to be delivered and completed. But this
moment cannot be allowed to pass without learning from what is happening, as it
provides a real-life glimpse into the future of cities in general, and an
opportunity to break with the old paradigm and its assumptions.
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Wednesday, June 17, 2020
COVID kills DOLPHINS
As a s.274 party I have just received a joint memorandum of the Environment Court recording that Panuku wishes to surrender resource consent CST60323353 authorising the construction of the Queens Wharf mooring dolphins and the parties request that the Court close its files.....
Such a good outcome for Queens Wharf and for Auckland - in my opinion.
Such a good outcome for Queens Wharf and for Auckland - in my opinion.
Friday, June 12, 2020
Commercial Bay in a COVID context
A few days before official opening it was all go in the covered laneway that runs between Lower Queen Street and Lower Albert Street, and is where Queen Elizabeth Square used to be.
The public space is coming together - and those of us who walk through there each day to and from work will breath a sigh of relief. And look forward to other parts of this massive project to come to a conclusion.
But so much has changed in downtown Auckland. Years ago when all this was being planned, there was no COVID scenario. There was no "black swan" event that needed to be planned around.
So many assumptions made around the presence of wealthy cruise ship passengers drawn to Dior, Prada, Gucci and the rest, offices bursting with workers to such an extent there were projections of office space shortages, and thriving cafe and bar life providing opportunities for investment and more urban construction.
Even in lockdown level 1 Lower Queen Street and Queen Street itself is a ghost town. You could fire a cannon up Queen Street at 9:00 in the morning and hit nobody. Almost the same on the footpaths...
It will change. We're social animals and enjoy being out and about. But it will not be the same for a while. Social distanced behaviour has become a norm for now. NZ may be able to sustain this amazing COVID-free bubble it has become, but we all look at the news and we all know that tourists can't easily come, and we are infected by that, and find other ways to live and to occupy ourselves.
The public space is coming together - and those of us who walk through there each day to and from work will breath a sigh of relief. And look forward to other parts of this massive project to come to a conclusion.
But so much has changed in downtown Auckland. Years ago when all this was being planned, there was no COVID scenario. There was no "black swan" event that needed to be planned around.
So many assumptions made around the presence of wealthy cruise ship passengers drawn to Dior, Prada, Gucci and the rest, offices bursting with workers to such an extent there were projections of office space shortages, and thriving cafe and bar life providing opportunities for investment and more urban construction.
Even in lockdown level 1 Lower Queen Street and Queen Street itself is a ghost town. You could fire a cannon up Queen Street at 9:00 in the morning and hit nobody. Almost the same on the footpaths...
It will change. We're social animals and enjoy being out and about. But it will not be the same for a while. Social distanced behaviour has become a norm for now. NZ may be able to sustain this amazing COVID-free bubble it has become, but we all look at the news and we all know that tourists can't easily come, and we are infected by that, and find other ways to live and to occupy ourselves.
Thursday, June 11, 2020
Auckland Water Shortages and Watercare
It seems like yesterday to me, but 1994 was a while ago. Auckland had a much bigger water crisis than we're experiencing now, and it was part of my political education. At the time Watercare was owned by the Auckland Regional Services Trust (ARST), having been put there after a hefty dose of central government driven local government restructuring. Parts of Auckland local government services were privatised - including its landfills. This was in the hey days of neo-liberalism. Regionally owned bulk water services and bulk waste water services were removed from Auckland's regional government (at the time a fresh Auckland Regional Council itself a cut down version of the celebrated Auckland Regional Authority), and placed in ARST, a sort of waiting room for privatisation. That was the birthplace and birth process of Watercare, and much of its institutional behaviour was designed then.
The water shortage came as big surprise to its owners and privatisation strategies took second place to addressing the water crisis. In 1994 due to an unusual roll of the political dice, Alliance candidates were the majority elected to the ARST, and as an active Green Party guy at the time, I was able to get, through my contacts, some Watercare information about what was happening...
This Watercare graph shows how the storage levels changed 1991, 1992, 1993 and 1994. The "normal demand management" curve 1991- end of 1993 shows the typical oscillation of dam storage levels from full to 75% of full. This is normal and to be expected when rainfall is normal. The dam levels get drawn down in summer and fill up in winter. But when there's a drought and the expected winter rains of 1993 didn't eventuate, followed by normal summer consumption, then, by May 1994 things were looking problematic. The graph projects water levels from June 1994, based on different levels of "savings" - up to 30%, and how many days before the dams would be empty.
A very well funded conservation campaign was run. (NB: As shown in the graph, Watercare had already run various media campaigns starting at when levels were at 60%, and then hose bans etc)
The main "customers" of Watercare - which then was a bulk water wholesaler - were the four city councils, North Shore City, Waitakere City, Auckland City and Manukau City. (This is before amalgamation). As the drought evolved, some Councils were more supportive of conservation than others. At the time, it was the Councils that metered water use, and charged users for their water. Not Watercare. Watercare charged each of those four councils in bulk. Councils used their water revenues to maintain local water network infrastructure. There was quite a competition between councils as to whose networks were the least leaky - water leaking from pipe networks is a problem the world over. One of the things that got lost when Watercare took over the retailing of water, not just the wholesaling, this bench-marking process has gone. It is not in Watercare's interest to check how much water is leaking from its network. It concentrates on metering what comes out of the pipes and charging customers accordingly.
At the time, Aucklanders were served by a robust NZ Herald with reporters who delved into the detail and understood much of the politics of what went on beyond the media statements.
As the crisis unfolded, about 10 options were canvassed for additional supply. At the time, taking water from the Waikato was at the bottom of the list prepared by senior planners within Watercare, but it quickly jumped to the top of the list when the corporate types who moved into Watercare at the time of the crisis, looked at it. Especially when the possibility of building an Emergency Pipeline got floated, complete with fast-tracking and RMA avoidance.
.
Cartoonists had a field-day with this. Some Councils were all for the emergency pipeline, others were not so sure. And meanwhile it started raining...
Sometimes the pipe was up, and sometimes it was down. It was certainly an idea that appealed to the newly floated Watercare, for all sorts of reasons but the main one was that as a business it would be much more viable with a continuous run of river source to complement its lake storage. At the time I did accept that Auckland needed an insurance policy - a source that could be used when there was a serious crisis. But that preference should always be for raw water sources that were clean. And the Waitakere and the Hunua dams - being in bush catchments without agriculture or urban activity certainly delivered that.
I prepared this graph at the time of the drought (September 1994), which was after rain had been falling reasonably regularly - but not particularly heavily - for 10 weeks or so. It was designed to reveal just how negative Watercare's projections were (3 are shown). And at the time Watercare had got its teeth firmly into the emergency pipeline project. Watercare really wanted that project.
NZ Herald reporters - notably Philip English - followed the issue and developments extremely closely, and stuck hard to the facts. It was a matter of huge public interest.
This story is an excellent example of the reporting at the time. The Mr Cook quoted here is an example of the public relations investment that Watercare specialised in at the time. Since then Auckland Council and all Auckland CCO's have invested heavily in public relations experts and concentrated on spin-doctoring and managing and influencing public opinion. One of my major pieces of education through this whole period was that information asymmetry is a thing - that large CCO's and councils hold onto information that is not in their interests to make public. Anyone questioning local government - and especially CCOs is at an enormous disadvantage because of the lack of transparency around key pieces of information. Reports are routinely with-held etc.
I note the mention in this article of Ashton Wylie. He and I met after I ran some OpEd pieces in NZ Herald. He was a wealthy importer of Pansonic equipment - and passionate about Auckland's water resource. We got on like a house on fire and he funded me to seek expert advice outside New Zealand for expert evidence. He help me financially when it came to the Environment Court - see later...
This report is dated 28th September. I remember at the time phones running hot - people wanting to know "how much rain fell out your way?" It was knife-edge. Watercare was leaving no stone unturned and had mobilised a significant lobbying campaign in Wellington to keep MPs on side. And all funded with public money.
In fact the Emergency Pipeline project never happened. It rained enough and at the right time so that the Emergency legislation did not get a majority in Parliament. So 1994 ended well. But just as rust never sleeps, neither does a good project inside Watercare. considerable sums had been invested - of public money - in getting that project off the ground. Much of that effort was then directed at developing a proper Waikato based bulk water source, and sometime in 1997 Watercare notified resource consent applications to build a pipeline, a new treatment plant, and to take water from the Waikato River and treat it and augment Auckland's water supply. Which is where the next part of this story goes....
One of the experts I found - and he came out to New Zealand - was Professor Dan Okun. From South Carolina, USA. He was profoundly expert and enthusiastic about the reuse of treated wastewater for non-potable purposes. I learned so much from him. His expert evidence was a big part of my evidence in the Environment Court. He knew a lot about cities in the USA that routinely reticulated highly treated wastewater for industrial washing, and golf course irrigation and suchlike. It gets reticulated in purple pipe networks. It's a whole network industry across big parts of the USA. Turns out also to be common in arid parts of Australia, and also in Japan. The diagram above is one I prepared based on Prof Okun's advice - mainly to show how 250,000 cubic metres drawn from a dam daily (equivalent to 250 million litres) - can be equivalent to a total supply of 750,000 cubic metres per day if you use the water three times before discharging it. It's simplistic - and doesn't talk about golf course and park irrigation (where water evaporates).
Remember this all happened 25 years ago. And the discussion you get from Watercare today is just as ignorant and uninformed as it was then. Its business model, with a single network of supply of freshwater, top quality, used for everything, from drinking to washing out concrete trucks, all using premium piping, and all charged for at the same rate, used once, then wastewater treated to a "you can swim in it" standard, which is then all dumped.
A key issue with taking water for drinking from the Waikato is the fact - at the time - there were almost 3,000 separately consented discharges into it. Farms, factories, geothermal, and sewage treatment plants. Contaminants that were most significant included organochlorines from horticulture, and cryptosporidium bugs from dairy farm sewage. These contaminants are not treated by the water treatment carried out on raw waters from the Waitakere and the Hunua dams. If raw water did come from the Waikato, it would need additional treatment.
I haven't published the full page advertisment that Watercare ran at the time. It showed a glass of water. The message was that the water would be the same. I challenged them at the Advertising Standards Complaints. Watercare - like Ports of Auckland - retain the best and brightest lawyers from Russel McVeagh. It isn't just about information asymmetry. Watercare has a culture of winning. Not just sustainable reporting awards (which are a travesty), but anything. Particularly where its reputation might be challenged. It's only public money after all.
Nevertheless the cartoons kept coming,and public concerns were real.
Watercare's resource consent applications were granted by the relevant TLAs - of course it was Environment Waikato that heard the application to take water from the Waikato, and due to the vagaries of the RMA, once water is in a pipe, the RMA is no longer interested in it. Many of us joked about it being "discharged" from taps and pipes into cups and glasses - but those arguments didn't hold much water....
You get a flavour from the above report as to how Watercare (and Ports of Auckland, and Auckland Council), can all throw piles of public money at public interest issues to ensure they win. But there was information and concern in the public arena about what was in the Waikato water.
This NZ Herald editorial summed up some of those concerns. Just a week or so before the Environment Court hearing, Waitakere City Council withdrew its appeal, and then so did Tainui (the Sunday before - it was gifted a chunk of land I think the site of a maori battle, by Watercare, which bought them off). That left Mr Hamilton and me as appellants. Not good.
But then I discovered that Manukau City Council had become a s274 party to my appeal. I was approached by someone and encouraged to keep my hat in the ring as they tried to work something though with Watercare. Manukau City is closest to where Waikato water would come out the tap, and had concern about water treatment. I learned afterward that Watercare was pressured by Manukau City council to sign the "Manukau Agreement" - this committed Watercare to including two additional treatment processes for Waikato water. One was a carbon bed filter - for organochlorines, and the second was nano-filtration - for cryptospordium.
This was a huge result. But went totally under the radar. If I had withdrawn my appeal, under pressure, Manukau City Council would no longer have had any standing in the appeal....
My second expert, funded thanks to Ashton Wylie, was Dr Perri Standish-Lee from California (I think). She uncovered the work of NZ's Dr Gillian Lewis and submitted her own arguments as an expert witness for my appeal. You will see reported in this article that I stood for North Shore City Council at the time.
Again, another positive NZ Herald report of how Watercare sued me (and Mr Hamilton) for costs after the Environment Court appeal. The gains won from the action were all in the Manukau Agreement already. We gained nothing more in the Environment Court.
So. What does all this mean now? Well - Watercare is bigger and stronger now than it was in 1994. There are no sizeable city councils to challenge it. Auckland Council has as much control over it, as it has over Ports of Auckland or Auckland Transport - ie little control. Watercare is very well resourced, and it's no surprise it is so impervious to challenge. It was designed and built by a chief executive for whom winning and the appearance of winning was everything. He was appointed in 2010 on the strength of this reputation to design the newly amalgamated Auckland Council. This is just as robust in the face of public concern and any internal dissent.
A major factor in Auckland's water shortage in 2020 is the monopoly structure of the responsible organisations, their focus on revenues, and their interest in delivering and funding a steady stream of large engineering projects to keep expensive and highly qualified project teams in employment.
Until those things change, and until there is a fundamental commitment to sustainability, including the reuse of recycled water for example, the widespread use of locally owned rainwater storage, and appropriately encouraged and systematic water conservation systems Auckland will continue to be vulnerable to weather and to opportunistic behaviours from its publicly owned water utilities.
The water shortage came as big surprise to its owners and privatisation strategies took second place to addressing the water crisis. In 1994 due to an unusual roll of the political dice, Alliance candidates were the majority elected to the ARST, and as an active Green Party guy at the time, I was able to get, through my contacts, some Watercare information about what was happening...
This Watercare graph shows how the storage levels changed 1991, 1992, 1993 and 1994. The "normal demand management" curve 1991- end of 1993 shows the typical oscillation of dam storage levels from full to 75% of full. This is normal and to be expected when rainfall is normal. The dam levels get drawn down in summer and fill up in winter. But when there's a drought and the expected winter rains of 1993 didn't eventuate, followed by normal summer consumption, then, by May 1994 things were looking problematic. The graph projects water levels from June 1994, based on different levels of "savings" - up to 30%, and how many days before the dams would be empty.
A very well funded conservation campaign was run. (NB: As shown in the graph, Watercare had already run various media campaigns starting at when levels were at 60%, and then hose bans etc)
The main "customers" of Watercare - which then was a bulk water wholesaler - were the four city councils, North Shore City, Waitakere City, Auckland City and Manukau City. (This is before amalgamation). As the drought evolved, some Councils were more supportive of conservation than others. At the time, it was the Councils that metered water use, and charged users for their water. Not Watercare. Watercare charged each of those four councils in bulk. Councils used their water revenues to maintain local water network infrastructure. There was quite a competition between councils as to whose networks were the least leaky - water leaking from pipe networks is a problem the world over. One of the things that got lost when Watercare took over the retailing of water, not just the wholesaling, this bench-marking process has gone. It is not in Watercare's interest to check how much water is leaking from its network. It concentrates on metering what comes out of the pipes and charging customers accordingly.
At the time, Aucklanders were served by a robust NZ Herald with reporters who delved into the detail and understood much of the politics of what went on beyond the media statements.
As the crisis unfolded, about 10 options were canvassed for additional supply. At the time, taking water from the Waikato was at the bottom of the list prepared by senior planners within Watercare, but it quickly jumped to the top of the list when the corporate types who moved into Watercare at the time of the crisis, looked at it. Especially when the possibility of building an Emergency Pipeline got floated, complete with fast-tracking and RMA avoidance.
.
Cartoonists had a field-day with this. Some Councils were all for the emergency pipeline, others were not so sure. And meanwhile it started raining...
Sometimes the pipe was up, and sometimes it was down. It was certainly an idea that appealed to the newly floated Watercare, for all sorts of reasons but the main one was that as a business it would be much more viable with a continuous run of river source to complement its lake storage. At the time I did accept that Auckland needed an insurance policy - a source that could be used when there was a serious crisis. But that preference should always be for raw water sources that were clean. And the Waitakere and the Hunua dams - being in bush catchments without agriculture or urban activity certainly delivered that.
I prepared this graph at the time of the drought (September 1994), which was after rain had been falling reasonably regularly - but not particularly heavily - for 10 weeks or so. It was designed to reveal just how negative Watercare's projections were (3 are shown). And at the time Watercare had got its teeth firmly into the emergency pipeline project. Watercare really wanted that project.
NZ Herald reporters - notably Philip English - followed the issue and developments extremely closely, and stuck hard to the facts. It was a matter of huge public interest.
This story is an excellent example of the reporting at the time. The Mr Cook quoted here is an example of the public relations investment that Watercare specialised in at the time. Since then Auckland Council and all Auckland CCO's have invested heavily in public relations experts and concentrated on spin-doctoring and managing and influencing public opinion. One of my major pieces of education through this whole period was that information asymmetry is a thing - that large CCO's and councils hold onto information that is not in their interests to make public. Anyone questioning local government - and especially CCOs is at an enormous disadvantage because of the lack of transparency around key pieces of information. Reports are routinely with-held etc.
I note the mention in this article of Ashton Wylie. He and I met after I ran some OpEd pieces in NZ Herald. He was a wealthy importer of Pansonic equipment - and passionate about Auckland's water resource. We got on like a house on fire and he funded me to seek expert advice outside New Zealand for expert evidence. He help me financially when it came to the Environment Court - see later...
This report is dated 28th September. I remember at the time phones running hot - people wanting to know "how much rain fell out your way?" It was knife-edge. Watercare was leaving no stone unturned and had mobilised a significant lobbying campaign in Wellington to keep MPs on side. And all funded with public money.
In fact the Emergency Pipeline project never happened. It rained enough and at the right time so that the Emergency legislation did not get a majority in Parliament. So 1994 ended well. But just as rust never sleeps, neither does a good project inside Watercare. considerable sums had been invested - of public money - in getting that project off the ground. Much of that effort was then directed at developing a proper Waikato based bulk water source, and sometime in 1997 Watercare notified resource consent applications to build a pipeline, a new treatment plant, and to take water from the Waikato River and treat it and augment Auckland's water supply. Which is where the next part of this story goes....
One of the experts I found - and he came out to New Zealand - was Professor Dan Okun. From South Carolina, USA. He was profoundly expert and enthusiastic about the reuse of treated wastewater for non-potable purposes. I learned so much from him. His expert evidence was a big part of my evidence in the Environment Court. He knew a lot about cities in the USA that routinely reticulated highly treated wastewater for industrial washing, and golf course irrigation and suchlike. It gets reticulated in purple pipe networks. It's a whole network industry across big parts of the USA. Turns out also to be common in arid parts of Australia, and also in Japan. The diagram above is one I prepared based on Prof Okun's advice - mainly to show how 250,000 cubic metres drawn from a dam daily (equivalent to 250 million litres) - can be equivalent to a total supply of 750,000 cubic metres per day if you use the water three times before discharging it. It's simplistic - and doesn't talk about golf course and park irrigation (where water evaporates).
Remember this all happened 25 years ago. And the discussion you get from Watercare today is just as ignorant and uninformed as it was then. Its business model, with a single network of supply of freshwater, top quality, used for everything, from drinking to washing out concrete trucks, all using premium piping, and all charged for at the same rate, used once, then wastewater treated to a "you can swim in it" standard, which is then all dumped.
A key issue with taking water for drinking from the Waikato is the fact - at the time - there were almost 3,000 separately consented discharges into it. Farms, factories, geothermal, and sewage treatment plants. Contaminants that were most significant included organochlorines from horticulture, and cryptosporidium bugs from dairy farm sewage. These contaminants are not treated by the water treatment carried out on raw waters from the Waitakere and the Hunua dams. If raw water did come from the Waikato, it would need additional treatment.
I haven't published the full page advertisment that Watercare ran at the time. It showed a glass of water. The message was that the water would be the same. I challenged them at the Advertising Standards Complaints. Watercare - like Ports of Auckland - retain the best and brightest lawyers from Russel McVeagh. It isn't just about information asymmetry. Watercare has a culture of winning. Not just sustainable reporting awards (which are a travesty), but anything. Particularly where its reputation might be challenged. It's only public money after all.
Nevertheless the cartoons kept coming,and public concerns were real.
Watercare's resource consent applications were granted by the relevant TLAs - of course it was Environment Waikato that heard the application to take water from the Waikato, and due to the vagaries of the RMA, once water is in a pipe, the RMA is no longer interested in it. Many of us joked about it being "discharged" from taps and pipes into cups and glasses - but those arguments didn't hold much water....
You get a flavour from the above report as to how Watercare (and Ports of Auckland, and Auckland Council), can all throw piles of public money at public interest issues to ensure they win. But there was information and concern in the public arena about what was in the Waikato water.
This NZ Herald editorial summed up some of those concerns. Just a week or so before the Environment Court hearing, Waitakere City Council withdrew its appeal, and then so did Tainui (the Sunday before - it was gifted a chunk of land I think the site of a maori battle, by Watercare, which bought them off). That left Mr Hamilton and me as appellants. Not good.
But then I discovered that Manukau City Council had become a s274 party to my appeal. I was approached by someone and encouraged to keep my hat in the ring as they tried to work something though with Watercare. Manukau City is closest to where Waikato water would come out the tap, and had concern about water treatment. I learned afterward that Watercare was pressured by Manukau City council to sign the "Manukau Agreement" - this committed Watercare to including two additional treatment processes for Waikato water. One was a carbon bed filter - for organochlorines, and the second was nano-filtration - for cryptospordium.
This was a huge result. But went totally under the radar. If I had withdrawn my appeal, under pressure, Manukau City Council would no longer have had any standing in the appeal....
My second expert, funded thanks to Ashton Wylie, was Dr Perri Standish-Lee from California (I think). She uncovered the work of NZ's Dr Gillian Lewis and submitted her own arguments as an expert witness for my appeal. You will see reported in this article that I stood for North Shore City Council at the time.
Again, another positive NZ Herald report of how Watercare sued me (and Mr Hamilton) for costs after the Environment Court appeal. The gains won from the action were all in the Manukau Agreement already. We gained nothing more in the Environment Court.
So. What does all this mean now? Well - Watercare is bigger and stronger now than it was in 1994. There are no sizeable city councils to challenge it. Auckland Council has as much control over it, as it has over Ports of Auckland or Auckland Transport - ie little control. Watercare is very well resourced, and it's no surprise it is so impervious to challenge. It was designed and built by a chief executive for whom winning and the appearance of winning was everything. He was appointed in 2010 on the strength of this reputation to design the newly amalgamated Auckland Council. This is just as robust in the face of public concern and any internal dissent.
A major factor in Auckland's water shortage in 2020 is the monopoly structure of the responsible organisations, their focus on revenues, and their interest in delivering and funding a steady stream of large engineering projects to keep expensive and highly qualified project teams in employment.
Until those things change, and until there is a fundamental commitment to sustainability, including the reuse of recycled water for example, the widespread use of locally owned rainwater storage, and appropriately encouraged and systematic water conservation systems Auckland will continue to be vulnerable to weather and to opportunistic behaviours from its publicly owned water utilities.
Tuesday, June 9, 2020
When does Tiny House need Building Permit?
A two storey Tiny House was towed to this residential site in Mangawhai a couple of weeks ago, and since then the owner has been systematically preparing it so he and his partner can live in it part-time.
The planning question this sort of activity poses is when does such a development require a Building permit?
I'm interested in your views please. Use the comment facility of the blog to provide your suggestions - anonymously or otherwise.
This image shows the corner support used. A car jack on a concrete tile. The chain is wrapped around the trailer chassis beam, and U-bolted to a wooden post which appears to be set in concrete into the ground. The chain is likely to prevent the structure tipping in a strong wind. The site is elevated and exposed (see picture at end of this post). The elevation shown in picture 1 is to the north, and is about 8 metres long by about 4.5 metres high.
The same chain/post combination is deployed at the opposite end. Timber lengths are used to support the structure.
The wheels have been removed from the trailer supporting the structure, and axles protected with plastic covers from water and suchlike.
Electric power is provided to the Tiny House from this mains switch and electric metre board which has been built into one corner of the site.
The floor area adjacent to the elevation shown (to the south) contains the greywater drainage pipes from kitchen and bathroom which have yet to be connected to any disposal or collection system. I understand a waste pipe will be installed directing greywater into a storage tank located next to the retaining wall visible in the first pic (above). This will be pumped out from time to time. Unclear so far.
A freshwater tank about 2500 litres capacity has been set into the ground and collects runoff from the roof. It has no overflow discharge system as yet.
Kitchen and bathroom water gets heated here and reticulated into the Tiny House.
I understand there is a composting toilet in the bathroom part of the Tiny House. It is unclear whether urine can be passed into the composting toilet system.
Grey water discharge systems are not fitted as yet.
The locked cabinet shown by the trailer draw bar contains the gas bottle. The water pump is mounted on the timber platform at the left.
This view is to the East. The Eastern end houses a bathroom utility area at the ground floor, and a mezzanine level above for the bedroom which is accessed by means of an internal staircase.
So. All you experts and practitioners out there, what's the regulatory position on a Tiny House like this in a residential area? It complies with District Plan provisions. Fixture to piles, or connection to the local wastewater network, triggers the need for Building Consent in Kaipara District. But as it stands, would it comply in your neck of the woods?
The planning question this sort of activity poses is when does such a development require a Building permit?
I'm interested in your views please. Use the comment facility of the blog to provide your suggestions - anonymously or otherwise.
This image shows the corner support used. A car jack on a concrete tile. The chain is wrapped around the trailer chassis beam, and U-bolted to a wooden post which appears to be set in concrete into the ground. The chain is likely to prevent the structure tipping in a strong wind. The site is elevated and exposed (see picture at end of this post). The elevation shown in picture 1 is to the north, and is about 8 metres long by about 4.5 metres high.
The same chain/post combination is deployed at the opposite end. Timber lengths are used to support the structure.
The wheels have been removed from the trailer supporting the structure, and axles protected with plastic covers from water and suchlike.
Electric power is provided to the Tiny House from this mains switch and electric metre board which has been built into one corner of the site.
The floor area adjacent to the elevation shown (to the south) contains the greywater drainage pipes from kitchen and bathroom which have yet to be connected to any disposal or collection system. I understand a waste pipe will be installed directing greywater into a storage tank located next to the retaining wall visible in the first pic (above). This will be pumped out from time to time. Unclear so far.
A freshwater tank about 2500 litres capacity has been set into the ground and collects runoff from the roof. It has no overflow discharge system as yet.
Kitchen and bathroom water gets heated here and reticulated into the Tiny House.
I understand there is a composting toilet in the bathroom part of the Tiny House. It is unclear whether urine can be passed into the composting toilet system.
Grey water discharge systems are not fitted as yet.
The locked cabinet shown by the trailer draw bar contains the gas bottle. The water pump is mounted on the timber platform at the left.
This view is to the East. The Eastern end houses a bathroom utility area at the ground floor, and a mezzanine level above for the bedroom which is accessed by means of an internal staircase.
So. All you experts and practitioners out there, what's the regulatory position on a Tiny House like this in a residential area? It complies with District Plan provisions. Fixture to piles, or connection to the local wastewater network, triggers the need for Building Consent in Kaipara District. But as it stands, would it comply in your neck of the woods?
Friday, May 29, 2020
Submission Kaipara District Council Plan Change 78 Mangawhai Central
According to Kaipara District Council website information:
Private Plan Change 78 (PPC78) was lodged on 3 December 2019 by Mangawhai Central Limited. PPC78 seeks to rezone 130ha of land contained within the Estuary Estates Structure Plan of the operative Kaipara District Plan 2013 (the District Plan), PPC78 area comprises of 83 Molesworth Drive, and Lots 1 and 4 DP 314200 Old Waipu Road, Mangawhai.This blog posting contains some information about this plan change, public concerns, and my submission. This image is taken from latest issue of Mangawhai Focus.....
Preamble
There's a lot of history to this story. Very briefly, about ten years ago, Chapter 16 which provides for Mangawhai Central development was written into the Kaipara District Plan. Thus the proposed development had its own zoning controls built into the District Plan. Those provisions would have enabled the development of a new piece of town located on about 130 hectares of rural land situated on Molesworth Drive between the towns of Mangawhai Heads and Mangawhai Village. The development proposed then included about 500 residential lots (up to about 1000 square metres), 17,000 square metres of commercial development including a supermarket, and a retirement village. Various resource consents would be needed for earthworks and suchlike. Simmering concerns within the community related to the impact on the road network, the wastewater system, surrounding estuary environment, and the aquifer because of proposals to take bore water.
Fast forward to 2019, when the development company (Virandah Partners) lodged a private plan change whose purpose was basically to double the development potential of the site - to provide for 1000 residential sites and 34,000 square metres of commercial development. The application is accompanied by substantial technical documentation. On the face of it, careful urban design, green space, walking networks, on site streetscape plans, will provide for a well functioning new town with a population of around 5,000 where previously there were paddocks. (5,000 is more than the current population of Mangawhai Heads and Mangawhai Village combined.)
The concerns of existing communities and residents relate to what effects this new town will have on surrounding environment - particularly the transport and wastewater infrastructure and freshwater.
Mangawhai communities are mobilising again in the face of growth pressures and planning processes that persist in rocking the boat. You can get a feel for these concerns at the campaign website run by Clive Boonham.
I have written a submission which is here....
Twenty Years Ago
Twenty years ago I was invited to
help the Mangawhai Residents and Ratepayers Association (MRRA) make submissions
on a pro-development plan change (Plan Change 9) that was notified by Kaipara
District Council. MRRA approached me because of my experience working with
North Shore City Council on its wastewater network and system, and because of
research I'd done abroad on alternative community wastewater systems. At
that time Kaipara District Council came under pressure from the Regional
Council to clean up the Mangawhai Estuary, and from developers keen to follow
the Cooks Beach example and get intensive subdivision development underway. KDC
pushed ahead with a proposed $16 million sewage scheme. Kaipara District
Council decided they could not fund the project and instructed Beca’s to put
the whole project out to private tender. Quoting from my submissions at the
time:
"MRRA
are particularly concerned that Mangawhai residents themselves have been
insufficiently consulted over the implications and consequences of PC9. The
consultation with the community over the infrastructure study, what should be
done, what options to pursue, how a possible community sewage scheme should be
funded, how it should be built and owned, are all severely deficient – given
the huge issues for the community....
"We have even more of an issue with what is proposed for wastewater, and how that has been shared with the community. The MRRA recognise that how we tackle wastewater is fundamental to the proposed zonings in PC9. Many of the proposed changes cannot go ahead – or at least cannot be made to happen in real life - without the proposed community waste water system. The huge increase in urban intensification envisaged by PC9 for Mangawhai can only occur with a reticulated sanitation system. We believe there is a gap in the council's communication over this. It is hugely controversial, building something as expensive as a community sewage scheme, and involving the private sector in the manner proposed. It represents a major political shift in service provision. I am not aware that the community has really much of an inkling as to the possible impact of what is proposed - in terms of costs, changes in accountability, what their options are - and indeed whether they have been asked whether this is what they want for their community....
"We are of course aware that PC9 does not explicitly mention any costs for the proposed Community Sewage System. PC9 is explicit about financial contributions required for stormwater and roads, but is silent when it comes to wastewater. Documents we have sighted suggest the capital cost of the sort of system which seems to be preferred by Kaipara District Council and its consultants – Beca – is $16,000,000. There are 1200 affected lots in Mangawhai Township now, and PC9 envisages a further 535 – giving a total of 1735. If we all paid equally for this sewage system, it would cost each ratepayer $9221. But PC9 is silent about this huge sum of money….
"We have even more of an issue with what is proposed for wastewater, and how that has been shared with the community. The MRRA recognise that how we tackle wastewater is fundamental to the proposed zonings in PC9. Many of the proposed changes cannot go ahead – or at least cannot be made to happen in real life - without the proposed community waste water system. The huge increase in urban intensification envisaged by PC9 for Mangawhai can only occur with a reticulated sanitation system. We believe there is a gap in the council's communication over this. It is hugely controversial, building something as expensive as a community sewage scheme, and involving the private sector in the manner proposed. It represents a major political shift in service provision. I am not aware that the community has really much of an inkling as to the possible impact of what is proposed - in terms of costs, changes in accountability, what their options are - and indeed whether they have been asked whether this is what they want for their community....
"We are of course aware that PC9 does not explicitly mention any costs for the proposed Community Sewage System. PC9 is explicit about financial contributions required for stormwater and roads, but is silent when it comes to wastewater. Documents we have sighted suggest the capital cost of the sort of system which seems to be preferred by Kaipara District Council and its consultants – Beca – is $16,000,000. There are 1200 affected lots in Mangawhai Township now, and PC9 envisages a further 535 – giving a total of 1735. If we all paid equally for this sewage system, it would cost each ratepayer $9221. But PC9 is silent about this huge sum of money….
There are many parallels between
this plan change (twenty years ago) and the way Private Plan Change 78 is being
mishandled and miscommunicated by Kaipara District Council. The quoted
figure of $16 million for the EcoCare wastewater system is of course woefully
short of the actual cost which was in the vicinity of $80 million. Unless we
learn from this history, we are doomed to repeat it.
Auditor General Enquiry into Mangawhai
Community Wastewater Scheme
In November 2013, after an immense
and drawn out public campaign, and much anxiety and cost distributed throughout
the Mangawhai Community, the Office of the Auditor General published its 400
page report into what had happened. Of critical importance to the present plan
change proposal, are the OAG findings. And here I quote from the report’s
overview:
"After 20 months of carefully
collecting and analysing evidence, this inquiry has made some clear findings
about what happened. The positive findings are that:
• the decision that Mangawhai needed a
reticulated wastewater scheme was well founded; and
• the wastewater scheme that has been
built works effectively and has appropriate capacity for population growth. (NB: The OAG report was prepared in 2013 –
when population growth forecasts would have included at max a half sized
Mangawhai Central proposal.)
"The other findings are more sobering.
Overall, KDC has ended up with a wastewater scheme that works, but it has come
at a significant cost. The fact that we cannot put a precise figure on that
cost is indicative of KDC’s poor management. KDC’s records did not contain good
or systematic information on the total amount spent. However, our best estimate
is that the total cost was about $63.3 million. The overall costs are not just
financial. They include a failed council, councillors who have been replaced
with commissioners, the departure of a chief executive, a severely damaged
relationship between the council and community, an organisation that has needed
to be rebuilt, and much more….
"KDC’s decision-making processes were
also poor throughout the entire 16 years of the wastewater project. KDC relied
too heavily on its professional advisers and had a practice of receiving
briefings and effectively making decisions in informal workshops. The
governance and management arrangements put in place specifically for the
project were also inadequate. In our view, these underlying problems made it
harder for KDC to deal with the problems that emerged as the project
progressed.
"KDC decided that it wanted to explore
a public private partnership (PPP) approach, to keep the debt “off the balance
sheet” and to put as much risk as possible on to the private sector provider.
In my view, this decision took KDC out of its depth. It followed all the right
basic steps when it initially went to the market for advisers and put the
project to tender, but it did not fully understand the complexity of what it
was doing. The early decision to use a PPP approach put too much emphasis on
achieving a certain accounting outcome and the transfer of risk, and not enough
on value for money and affordability. KDC’s decision-making about the PPP was
not consistent with the good practice guidance that was available at the time….
"I am also concerned that KDC does not
appear to have regarded the disciplines and checks in the contract about the
construction and handover process as particularly important. In my view, the
relatively relaxed approach that was taken to some of these protections, such
as the approval processes involved in commercial acceptance and handover of the
asset, exposed KDC to unnecessary risk…..
"For these and other reasons, the costs
of the project increased steadily. KDC assessed affordability by considering
the annual cost to ratepayers. It decided to increase the number of estimated
ratepayers that would be covered by the scheme and contribute to funding it.
KDC increased the scope of the project to cover more properties and adopted new
growth projections that assumed more properties would be developed. We have
criticised these decisions on the grounds that they were not based on good
information and did not take adequate account of the risk of slower growth.
KDC’s focus on the annual cost to the ratepayer as a measure of affordability
was unfortunate: it meant that it did not fully appreciate the significant
increase in capital costs and the effect on the project’s overall
affordability…..
I have quoted selectively here, but not taken any of the matters
out of context. It appears that much of this criticism is at risk of being laid
at the feet of the Kaipara District Council again.
While not strictly a PPP, the current plan change arrangement will
clearly be of direct benefit to the developer (because of the increased
development potential of the land) and to the Kaipara District Council (not
least because of increased rate revenues).
The way the costs and capacities of roading, wastewater and the
receiving natural environment are being handled in the plan change application has forced existing residents and property owners to defend themselves, their
interests, and the surrounding environment in much the same way as they had to
twenty years ago.
National Policy
Statement on Urban Development Capacity 2016
This NPS was enacted in 2016. Its objectives apply to all
decision-makers when making planning decisions that affect an urban
environment. The objectives relate to outcomes; evidence & monitoring;
responsiveness and coordination. In particular there are objectives requiring coordinated
planning evidence and decision-making in “Urban environments where
land use, development, development infrastructure and other infrastructure are
integrated with each other.”
In terms of outcomes for planning decisions, the NPS imposes
duties on the relevant local authority:
The preamble to the NPS gives direction on how
infrastructure planning is a critical part of the provision of development
capacity:
Development capacity must be
provided for in plans and also supported by infrastructure. Urban development
is dependent on infrastructure, and decisions about infrastructure can shape
urban development. This national policy statement requires development capacity
to be serviced with development infrastructure, with different expectations
from this infrastructure in the short, medium and long-term. It encourages
integration and coordination of land use and infrastructure planning. This will
require a sustained effort from local authorities, council controlled
organisations, and infrastructure providers (including central government) to
align their intentions and resources.
It is my submission that KDC has not given effect to all of
the relevant objectives of the NPS UDC in the way it has approached the
community consultation on PPC78 because it has separated from the consultation
facts and figures about infrastructure capacity, costs and who and how those
matters will be provided for.
There is no evidence that the planning for Mangawhai Central
development is coordinated with infrastructure planning.
The plan change technical documentation is particularly
deficient in the way it deals with traffic matters and their effects on
Molesworth Drive, and almost silent on the way it deals with the community
owned wastewater scheme and how the wastewater needs of the proposed
development will be met and paid for.
In my opinion the infrastructure aspects of the plan change need to be
reviewed.
Deficiencies in
Private Plan Change 78 Process
The development and institutional context for this plan change
inevitably influences perceptions and issues that arise for both the developer,
the existing population, and the planners and other experts engaged to process
the application.
To start with, the proposed development, when complete, will be a
small town with a population of between 4000 and 4500 (assuming 1000 homes with
4 people each and a retirement complex), situated midway between two existing
small towns: Mangawhai Heads whose population is about 2,500 (estimating from
2018 figures) and Mangawhai Village whose population is about 1,000, and
adjacent to a moderate capacity arterial roadway (Molesworth Drive), drawing
water from a common aquifer (at the proposed rate of about 100 cubic
metres/day), and discharging its wastewater to the community owned and
privately operated EcoCare wastewater system.
The institutional context is a small District Council –
Kaipara District Council – whose recent history includes the Ecocare fiasco
(described above) and associated debt. This private plan change, any public
consequences, management of the public interest and any public infrastructure
and amenity effects, and the implementation, evaluation and monitoring of the
development plan and any conditions falls to this small council to manage.
It is of critical importance to all concerned =- not least
the existing residential population - that all of these processes are managed
and resourced properly.
To date the public has every reason to be concerned. Council
media (eg Peter Wethey in Mangawhai Focus) have stated that due process
provides that the plan change be notified, submissions received, and hearings
about the Plan Change held. This has been the process with many growth-related
plan changes across New Zealand, which have generally focused on environmental
effects, and not included as part of the plan change consideration, the costs
and budgets related to supporting infrastructure. Development levies have gone
some way to meeting this concern, but they are often not coordinated with plan
changes, and often out of synch with infrastructure needs.
While the main thrust of the NPS UDC was to ensure that
local authorities provided land capacity for residential and business growth,
the national direction also recognised the need to plan and provide for growth outcomes
in an integrated, coordinated and spatial way. The NPS UDC includes guidance
which is available on MfE’s website for all Councils, including KDC,
particularly where rapid growth is being experienced. Quoting from the NPS UDC:
Future development strategies:
·
provide certainty to the community and stakeholders
about where and when future urban development is likely to occur
·
are responsive to changing circumstances
·
inform decision-making by local authorities and
infrastructure providers
·
demonstrate that there will be sufficient
development capacity opportunities enabled through local authorities’ district
plans, Long Term Plans and infrastructure strategies.
Development and content of future development strategies
Future development strategies should
be developed:
·
collaboratively by all local authorities that share
jurisdiction over the geographical area of focus
·
in consultation with infrastructure providers,
other stakeholders, and the community.
The content of a future development
strategy includes descriptions of:
·
minimum targets for sufficient, feasible development
capacity for housing
·
evidence underpinning the strategy
·
the location, timing and sequence of development
capacity, using maps and tables
·
the infrastructure and implementation actions
required to support development capacity
·
how the strategy will respond to changes in demand
or land owners’ intentions
·
how consultation was carried out.
There is no evidence that this has occurred in accordance
with this guidance in Mangawhai to date, despite the growth pressures that are
being experienced, and despite the fact that Mangawhai Central has been
foreshadowed for more than ten years.
No future development strategy for Mangawhai has “been
developed in consultation with infrastructure providers, other stakeholders,
and the community”. And of critical
importance to PPC78, this means that there has been no community consultation
worth its salt about:
·
the location, timing and sequence of development
capacity, using maps and tables
·
the infrastructure and implementation actions
required to support development capacity
·
how consultation was carried out
The absence of the properly resourced coordinated
planning, and future development planning, required by the NPS UDC lies behind
the amount of public concern that is being expressed throughout the community,
and the volume of submissions in opposition.
In my opinion PPC78 requires supporting
infrastructure and financing plans organised in accordance with the NPS UDC and
prepared with community and stakeholder participation. These should also
provide for triggers and staging of development implementation, linked with the
staged provision of infrastructure and resources including bore water, to avoid
the risks and adverse effects of uncontrolled growth.
I wish to be heard in support of my submission.
Monday, May 4, 2020
NZ's Covid-19 Truth is Hiding Behind Numbers
Science and Sensibility
Each day since the start of our Covid-19 pandemic New Zealanders are given the day’s numbers at the top of the news – how many new cases, and how many deaths and recoveries. We’re also advised how many cases are in hospital and how many are critically ill. Increasingly we get information about how much has been spent subsidising workers wages, supporting businesses, and what’s needed to support the economy.
Counting and numbers is comforting science. It can be a way of confronting an onslaught as we gradually get our heads around what’s happening, and at the same time bundling it away as if it’s all under control. But what exactly are we being told each time the latest figures are announced, rising consistently, dropping slightly, increasing again? As we do what we’re told, and we wait.
Scientific analysis of an epidemic typically divides the population into three groups of people: Susceptible, Infectious and Recovered. It’s a useful way for us all to understand what’s happening. Computer models of how a pandemic progresses through a population calculate, one day at a time, how many to subtract from the Susceptible and add to the Infectious, and how many to add to the Recovered. How many die each day is also predicted. Assumptions include the average number of contacts each person has per day, the probability contact with an infected person results in infection, what proportion of the Infectious population recover, and what proportion die.
Significantly, the model shows how the Susceptible population reduces over time as the pandemic works its way through the population because people who have Recovered are assumed to be immune (the jury is still out on that assumption with Covid-19). The chance of someone getting infected after social contact drops over time because fewer people are susceptible. Most models assume that as more of the population become immune through having been infected and recovered, major outbreaks happen less and less frequently then stop, and the pandemic is said to have run its course.
Modelling is an essential tool in forming policy to guide national and global responses to a threat like Covid-19. Fine tuning of pandemic model assumptions has been enabled by data from the direct experience of frontline health workers in Wuhan, Italy and New York.
The teams that have been advising the UK government have published descriptions of their models. These are typically structured as above, but provide for more stages in the progression of an infection, divide the population into age groups and geographic areas, and model the capacity of the health system to cope – including the number of intensive care units available (ICU).
Such models have played a critical role in shaping the UK government’s response which has shifted from mitigation to suppression since the pandemic started. The London School of Hygiene and Tropical Medicine (LSHTM) model predicted that, if nothing was done to mitigate the effects of the epidemic in the UK, 85 per cent of the population would be infected, there would be 24 million clinical cases and 370,000 deaths. At its peak, 220,000 ICU beds would be required whereas only 4122 were available.
All of the UK models examined options for mitigation including case isolation, voluntary home quarantine, social distancing of the over-seventies, social distancing for everyone, and school and university closures. But modelling indicated mitigation would still lead to more than 200,000 deaths. UK researchers generally argued the only alternative options to mitigation were suppression strategies, partly because China showed they were possible, and as a reaction against the huge death toll in Italy.
The LSHTM group modelled the use of repeated lockdowns, each triggered when the number of ICU beds occupied by Covid-19 patients reached a particular number. If the threshold was set at a thousand ICU beds, the number of infections could be kept to four million and the number of deaths to 51,000. The downside of the strategy would be that 73 per cent of the time between now and December 2021 would be spent in lockdown, by which time only 11 million people would have been infected and, unless a vaccine had been found, the epidemic would still be far from over.
So far in New Zealand the number that we are not talking about is the size of our Susceptible population. That’s because it’s just about all of us, and instead we talk about elimination or eradication of the virus. However, the Covid-19 virus is alive and well all round the world and despite the best disinfection and sanitising under the sun, it is certainly present in New Zealand. Those of us who haven’t been infected yet are susceptible to infection at any moment – though those moments are minimised while we are in lockdown – and it is assumed that testing and tracing will deal with the Covid-19 viruses already in our environment.
There has been some discussion in New Zealand of second and third waves of infections (as happened in the Spanish Flu epidemic 100 years ago) which are generally though to have been caused by mutants versions of the original virus. That is not the same as recognising that modelled suppression strategies being implemented in the UK and elsewhere show the need to provide for repeated lockdowns for the rest of this year and 2021 at least. Way before then in New Zealand, based on the present rate of Government subsidy spending and the effects of lockdowns on economic activity, the treasury cupboards will be well and truly bare. Before then very difficult public policy decisions will need to be made, which go well beyond the simplistic and comforting numbers we currently see on TV.
We need to have conversations about the cost of a death, and about social inequality.
More than 32,000 people died in New Zealand last year. Of these 353 were due to motor vehicle accidents and 685 were suicides. The largest cause of death - about 30% - were cancer deaths, 15% were from heart disease, and 7% due to brain conditions like stroke.
Of the 3,912 people in the UK who died of COVID-19 in March, 91% had at least one pre-existing condition (most common was heart disease), and on average they had 2.7. Many of those who died would likely have died from pre-existing conditions. This isn’t to say those deaths don’t matter, or to forget that although significantly fewer young people have died, they too have died in numbers that in normal times would be shocking.
We can always live in hope for a vaccine, but we also need to be prepared as a country to expect a very long wait. It is easy to say that “we” are all in this together, but already the gap between the have’s and the have not’s is a chasm. It is relatively easy to ride out long lockdown periods in a pandemic with a big back garden, protected income, and substantial retirement savings. Much harder if you’re unskilled, got a young family, aged parents in care, and a mortgage.
Deaths attributable to the economic consequences of lockdowns must also be anticipated. People will vary enormously in their reactions to being confined in their homes, without regular work. Domestic violence incidents are on the rise here, and US news reports of kilometre long queues for food parcels and people openly carrying guns are frequent.
Our Government says it has “provisioned $52 billion, if necessary, to use for cushioning New Zealanders against the impacts of the virus, positioning New Zealand for recovery, and helping us to reset and rebuild our economy to support long-term recovery.” This would be an enormous debt for the country to carry.
Our death-count due to Covid-19 is now 20. How many deaths have been avoided so far is difficult to know, but we are beginning to understand what the costs of the Government’s suppression strategy are and will be, to us and for the country.
The cost of a life is routinely used in justifying the cost of a new road in New Zealand. It’s set at somewhere between $1,000,000 and $2,000,000. If a new road can avoid enough fatal motor vehicle accidents public money gets invested in the road. The benefit in lives saved exceeds the cost of the new road. Who knows what investment might reduce youth suicide, or prolong the lives of those suffering from cancer?
Part of our preparation for the rest of 2020 and 2021 will require public conversations about how the suffering caused by the pandemic should be allocated and shared, and about the very future of our society.
** I have drawn from an article by Paul Taylor, titled "Susceptible, Infectious, Recovered" contained in the 7th May issue of London Review of Books.
Long ago, in my post graduate studies and my London based operations research working career I did a lot of computer modelling of scientific systems, and built computer models. The study of Pandemics relies heavily on computer modelling. I've done some reading and produced this piece which is a contribution to New Zealand's Covid-19 public policy debate....
Each day since the start of our Covid-19 pandemic New Zealanders are given the day’s numbers at the top of the news – how many new cases, and how many deaths and recoveries. We’re also advised how many cases are in hospital and how many are critically ill. Increasingly we get information about how much has been spent subsidising workers wages, supporting businesses, and what’s needed to support the economy.
Counting and numbers is comforting science. It can be a way of confronting an onslaught as we gradually get our heads around what’s happening, and at the same time bundling it away as if it’s all under control. But what exactly are we being told each time the latest figures are announced, rising consistently, dropping slightly, increasing again? As we do what we’re told, and we wait.
Scientific analysis of an epidemic typically divides the population into three groups of people: Susceptible, Infectious and Recovered. It’s a useful way for us all to understand what’s happening. Computer models of how a pandemic progresses through a population calculate, one day at a time, how many to subtract from the Susceptible and add to the Infectious, and how many to add to the Recovered. How many die each day is also predicted. Assumptions include the average number of contacts each person has per day, the probability contact with an infected person results in infection, what proportion of the Infectious population recover, and what proportion die.
Significantly, the model shows how the Susceptible population reduces over time as the pandemic works its way through the population because people who have Recovered are assumed to be immune (the jury is still out on that assumption with Covid-19). The chance of someone getting infected after social contact drops over time because fewer people are susceptible. Most models assume that as more of the population become immune through having been infected and recovered, major outbreaks happen less and less frequently then stop, and the pandemic is said to have run its course.
Modelling is an essential tool in forming policy to guide national and global responses to a threat like Covid-19. Fine tuning of pandemic model assumptions has been enabled by data from the direct experience of frontline health workers in Wuhan, Italy and New York.
The teams that have been advising the UK government have published descriptions of their models. These are typically structured as above, but provide for more stages in the progression of an infection, divide the population into age groups and geographic areas, and model the capacity of the health system to cope – including the number of intensive care units available (ICU).
Such models have played a critical role in shaping the UK government’s response which has shifted from mitigation to suppression since the pandemic started. The London School of Hygiene and Tropical Medicine (LSHTM) model predicted that, if nothing was done to mitigate the effects of the epidemic in the UK, 85 per cent of the population would be infected, there would be 24 million clinical cases and 370,000 deaths. At its peak, 220,000 ICU beds would be required whereas only 4122 were available.
All of the UK models examined options for mitigation including case isolation, voluntary home quarantine, social distancing of the over-seventies, social distancing for everyone, and school and university closures. But modelling indicated mitigation would still lead to more than 200,000 deaths. UK researchers generally argued the only alternative options to mitigation were suppression strategies, partly because China showed they were possible, and as a reaction against the huge death toll in Italy.
The LSHTM group modelled the use of repeated lockdowns, each triggered when the number of ICU beds occupied by Covid-19 patients reached a particular number. If the threshold was set at a thousand ICU beds, the number of infections could be kept to four million and the number of deaths to 51,000. The downside of the strategy would be that 73 per cent of the time between now and December 2021 would be spent in lockdown, by which time only 11 million people would have been infected and, unless a vaccine had been found, the epidemic would still be far from over.
So far in New Zealand the number that we are not talking about is the size of our Susceptible population. That’s because it’s just about all of us, and instead we talk about elimination or eradication of the virus. However, the Covid-19 virus is alive and well all round the world and despite the best disinfection and sanitising under the sun, it is certainly present in New Zealand. Those of us who haven’t been infected yet are susceptible to infection at any moment – though those moments are minimised while we are in lockdown – and it is assumed that testing and tracing will deal with the Covid-19 viruses already in our environment.
There has been some discussion in New Zealand of second and third waves of infections (as happened in the Spanish Flu epidemic 100 years ago) which are generally though to have been caused by mutants versions of the original virus. That is not the same as recognising that modelled suppression strategies being implemented in the UK and elsewhere show the need to provide for repeated lockdowns for the rest of this year and 2021 at least. Way before then in New Zealand, based on the present rate of Government subsidy spending and the effects of lockdowns on economic activity, the treasury cupboards will be well and truly bare. Before then very difficult public policy decisions will need to be made, which go well beyond the simplistic and comforting numbers we currently see on TV.
We need to have conversations about the cost of a death, and about social inequality.
More than 32,000 people died in New Zealand last year. Of these 353 were due to motor vehicle accidents and 685 were suicides. The largest cause of death - about 30% - were cancer deaths, 15% were from heart disease, and 7% due to brain conditions like stroke.
Of the 3,912 people in the UK who died of COVID-19 in March, 91% had at least one pre-existing condition (most common was heart disease), and on average they had 2.7. Many of those who died would likely have died from pre-existing conditions. This isn’t to say those deaths don’t matter, or to forget that although significantly fewer young people have died, they too have died in numbers that in normal times would be shocking.
We can always live in hope for a vaccine, but we also need to be prepared as a country to expect a very long wait. It is easy to say that “we” are all in this together, but already the gap between the have’s and the have not’s is a chasm. It is relatively easy to ride out long lockdown periods in a pandemic with a big back garden, protected income, and substantial retirement savings. Much harder if you’re unskilled, got a young family, aged parents in care, and a mortgage.
Deaths attributable to the economic consequences of lockdowns must also be anticipated. People will vary enormously in their reactions to being confined in their homes, without regular work. Domestic violence incidents are on the rise here, and US news reports of kilometre long queues for food parcels and people openly carrying guns are frequent.
Our Government says it has “provisioned $52 billion, if necessary, to use for cushioning New Zealanders against the impacts of the virus, positioning New Zealand for recovery, and helping us to reset and rebuild our economy to support long-term recovery.” This would be an enormous debt for the country to carry.
Our death-count due to Covid-19 is now 20. How many deaths have been avoided so far is difficult to know, but we are beginning to understand what the costs of the Government’s suppression strategy are and will be, to us and for the country.
The cost of a life is routinely used in justifying the cost of a new road in New Zealand. It’s set at somewhere between $1,000,000 and $2,000,000. If a new road can avoid enough fatal motor vehicle accidents public money gets invested in the road. The benefit in lives saved exceeds the cost of the new road. Who knows what investment might reduce youth suicide, or prolong the lives of those suffering from cancer?
Part of our preparation for the rest of 2020 and 2021 will require public conversations about how the suffering caused by the pandemic should be allocated and shared, and about the very future of our society.
** I have drawn from an article by Paul Taylor, titled "Susceptible, Infectious, Recovered" contained in the 7th May issue of London Review of Books.
Resilient Cities need Balanced Capital Investment
The impacts of the global COVID-19 pandemic are still being understood, but it seems clear that this crisis will force changes in cities, physically and socially, that will echo for generations.
Central and Local Government institutions are rolling out short term economic relief packages across New Zealand. A strategy of road and rail “shovel ready” development projects is under consideration for the long term. While these approaches are an important part of a planned approach to recovery, they don’t engage with the fundamental need for change, nor the opportunity this disruption presents for the Government to implement its Living Standards Framework and rebalance New Zealand’s natural, human, and social capital, alongside its financial and physical capital.
How cities are planned has always been a reflection of cultural and technological trends, and major health crises. The cholera epidemics in the 19th century sparked the introduction of modern urban sanitation systems. Housing regulations around light and air were introduced as a measure against respiratory diseases in overcrowded European slums during industrialization. Mass transit and the automobile shape urban form, internet technology enabling working and shopping from home influences urban design priorities, and climate change pressure is forcing adaptation.
New Zealand’s pandemic response has been led by a brave and enlightened Government, and only a few outbreak clusters have occurred. But across the world, cities have been on the frontline with overwhelmed heath systems, and with daily wage earners and the urban poor suffering from lost income and a scarcity of city services and social safety nets to protect them.
Even before the current pandemic cities have needed to change significantly to meet the global goals outlined in the Paris Agreement, Sustainable Development Goals, or New Urban Agenda. To reach these goals will require major alterations to how we build, manage and live in cities – not just change, but transformational change. Such change has seemed beyond reach, but from energy to housing to mobility, sustainable, cost-effective, solutions are at hand. The challenge has been to change people’s understanding of what’s possible and the courage to make it happen at scale.
One of the unintended consequences of this crisis has been that we have seen, quite dramatically, that radical change to our everyday lives and systems is possible. Amidst fear and uncertainty, people are seeing fragments of what a future city could look like. People across the world are breathing better air than they have in decades due to a dramatic decline in vehicle traffic and factory output. People are unwittingly enjoying “car-free street days” on a daily basis, finding that walking and biking are also viable and even preferred. Cities like Bogotá, Berlin and Mexico City have already expanded pedestrianization efforts to encourage these activities.
The COVID-19 pandemic has significantly altered urban life across New Zealand. Work from home is the new normal for many. So is walking, biking and enjoying nearby open spaces and parks. But the fate of thousands of small businesses and workers that make urban centers work is up in the air. These changes have sparked a debate about what is essential in a city, and perhaps more importantly, how cities can better respond to current and future crises. This pandemic is exposing fault lines with respect to physical infrastructure and inequalities in access to core urban services. It’s also raised questions about healthy density in cities. The most successful cities are able to achieve liveable density – a balance where benefits of agglomeration are significantly higher than the cost of congestion – as well as healthy density – a balance where the threat of a viral pandemic is built into its physical design and infrastructure.
It is the lack of access to essential service infrastructure such as water, housing, internet and health care, that has exacerbated the challenge of responding effectively to COVID-19 in modern cities.
We need to bring laser sharp focus on investing in essential infrastructure for better health, wellbeing and resilience for New Zealand’s urban populations. This involves identifying and investing in high-risk locations, including poor and under-resourced communities. It can also mean building infrastructure that is intentionally geared towards a low-carbon future.
Sunday, April 19, 2020
Who is Auckland's CBD for?
COVID19 is like no other disruption we’ve seen in a lifetime. A gift from hell considering its dramatic and universal impact on human health. A gift from god considering the opportunities opened up as governments, communities and people have rapidly adapted.
Lockdown has provided unprecedented opportunity to reflect on what we do, and how we live, particularly in cities. It has focussed as much attention on what is essential as it has on how to live differently while still feeling satisfied and achieving most pre-pandemic goals.
We’re all getting a bit bored living in our bubbles, but the new urban silence, cycling and pedestrian safety, making do with less, cleaner and clearer air, no rush hour commutes and traffic jams, discovering neighbours and neighbourhoods, and the sheer power and utility of internet access to family, food, friends, information and work, has made people sit up and think. There’s a lot to like about the new urban paradigm that has been forced on us, despite the irritations.
What we are experiencing suggests new possibilities for cities.
What we have experienced in Auckland has roots in the “Competitive City” thinking of the last couple of decades. The minister’s introduction to The Ministry of Environment 2010 publication entitled: “Building Competitive Cities” begins:
An important component of the Government’s
economic agenda is ensuring New Zealand cities are
internationally competitive. This means cities that
enable their citizens to enjoy a great lifestyle and
affordable housing; cities that are efficient for business,
encourage investment and jobs; cities that are attractive
for visitors to support New Zealand’s increasingly
important tourism industry.
A key Government intervention toward this agenda was the
amalgamation of Auckland’s four city and three district councils to form the
supercity council, and the establishment of a cluster of independent Council
Controlled Organisations. Further interventions in process now include opening
up public infrastructure projects to private investment and reform of the
planning system.
From its inception Auckland Council has embraced and enabled
the Government’s economic agenda which has emphasised private property
development and international tourism. Auckland’s CBD increasingly looks and
feels like other international cities with their Dior, Prada and Gucci shops appealing
to rich tourists and high-rise office towers sporting international brand neon
signs appealing to investors. Much of this development and of the transport
infrastructure to service it – including cruise ship berthage – has been at the
expense of basic public and community infrastructure provision.
Standing in stark contrast, Wynyard Quarter’s internationally
famous waterfront development with its playgrounds, heritage wharf structures,
bridges, and wide-open public spaces came from a political agenda which emphasised
the creative, playful and reflective qualities and needs of the resident and
visitor population. It has also been a successful public economic investment.
Right now, Auckland CBD’s headlong plunge into the
competitive city abyss, is at a standstill. Workers and contractors are in
lockdown. They’ll be back as soon as the country’s lockdown rules allow it. But
this pause in construction does allow some reflection on what is happening
there, and whether the assumptions behind it still stand now that the world has
changed.
High street retail shopping has been coming under increasing
pressure and competition from online shopping for some time now. People I know,
and know of, buy furniture and even leather shoes online. My last two shirts
came from eBay Australia. Lockdown level 3 will almost certainly open up online
shopping to non-essential items. Every week of this lockdown indicates that shopping
is moving off the street and into cyberspace. Yet much of the Auckland CBD Commercial
Bay development which took away Queen Elizabeth Square is new retail.
International tourism is also at a standstill, and is likely
to remain so for several years if New Zealand succeeds in its COVID19
elimination strategy. Allocating high-end retail space in new CBD property
developments for high net-worth tourists cannot be justified economically.
Existing such provision will need to be re-purposed to generate enough revenues
to pay the ground rent.
The International Convention Centre is infrastructure to service
what amounts to international business tourism. Its utility must be questioned, just as the
future of high-end casinos is threatened by the absence of big-spending
international tourists.
And on the subject of tourism, New Zealanders are big
travellers. For the foreseeable future, many will now be looking to travel and
enjoy holidays in their own country. Auckland’s CBD is being changed and
developed now, but not to meet the needs of domestic tourists. Kiwis might like
a drink and a bite in downtown Auckland, which they can find, but there’s so
much else that could be done that would make the CBD more attractive to the
domestic population. Places to play (on land and in the water), places to learn
(Maori museum, Visitor museum, Maritime museum), places to create (music, street
theatre), and places to chill and watch the world go by.
But one of the biggest changes that Lockdown has stimulated
has been working from home. Already many companies are recognising that staff
want that to continue in some shape or form – whether it’s one or two days a week,
whether it’s week about, whatever – many working people have rediscovered their
local neighbourhoods, neighbours and communities and built worthwhile relationships
they’d like to retain. Working nine-to-five, five days a week, and all that
time spent commuting, doesn’t seem so attractive – or necessary – anymore.
Which means less CBD office space is needed, and less commuter traffic capacity
is needed.
It’s easy to make these obvious points, and there will be
many contracts and commitments that need to be delivered and completed. But this
moment cannot be allowed to pass without learning from what is happening, as it
provides a real-life glimpse into the future of cities in general, and an
opportunity to break with the old paradigm and its assumptions.
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