The Ox-Cam Arc: an Environmental Catastrophe - Friends of the River Cam Meeting 28th April 2021, 1900 hrs - No Expressway ...
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Friends of the River Cam Meeting 28th April 2021, 1900 hrs The Ox-Cam Arc: an Environmental Catastrophe David Rogers Secretary, No Expressway Group
The Arc started life as a London-centric growth plan, a ‘Golden Doughnut’ around the capital It was outside London’s green belt but within easy reach of the city, so that ‘a high degree of connectivity and integration with the capital is possible’ Cambridge Oxford SQW/Cambridge Econometrics (2016). Cambridge, Milton Keynes, Oxford, Northampton Growth Corridor. Final Report for the National Infrastructure Commission , p. 17 (map att. Sir Peter Geoffrey Hall)
The Arc started life as a London-centric growth plan, a ‘Golden Doughnut’ around the capital It was outside London’s green belt but within easy reach of the city, so that ‘a high degree of connectivity and integration with the capital is possible’ Cambridge Oxford London-Oxford- Cambridge ‘Golden Triangle’ 2005 SQW/Cambridge Econometrics (2016). Cambridge, Milton Keynes, Oxford, Northampton Growth Corridor. Final Report for the National Infrastructure Commission , p. 17 (map att. Sir Peter Geoffrey Hall)
The Arc started life as a London-centric growth plan, a ‘Golden Doughnut’ around the capital It was outside London’s green belt but within easy reach of the city, so that ‘a high degree of connectivity and integration with the capital is possible’ Cambridge Oxford London-Oxford- Cambridge ‘Golden Triangle’ 2005 Oxford - Milton Keynes - Cambridge Arc 2016 SQW/Cambridge Econometrics (2016). Cambridge, Milton Keynes, Oxford, Northampton Growth Corridor. Final Report for the National Infrastructure Commission , p. 17 (map att. Sir Peter Geoffrey Hall)
The National Infrastructure Commission’s (NIC’s) ‘Partnering for Prosperity’ 2018 Key headlines: 1) East-West Railway 2) Ox-Cam Expressway 3) c. 1 million new houses by 2050 (30,000 p.a. ct 14,300 delivered in 2016/17) 4) 1.1 million new jobs 5) £163 billion increase in economic output Figures are all for the ‘transformational growth’ scenario
The National Infrastructure Commission’s (NIC’s) ‘Partnering for Prosperity’ 2018 Key headlines: 1) East-West Railway 2) Ox-Cam Expressway 3) c. 1 million new houses by 2050 (30,000 p.a. ct 14,300 delivered in 2016/17) 4) 1.1 million new jobs 5) £163 billion increase in economic output Figures are all for the ‘transformational growth’ scenario
The National Infrastructure Commission’s (NIC’s) ‘Partnering for Prosperity’ 2018 Key headlines: 1) East-West Railway 2) Ox-Cam Expressway 3) c. 1 million new houses by 2050 (30,000 p.a. ct 14,300 delivered in 2016/17) 4) 1.1 million new jobs 5) £163 billion increase in economic output Figures are all for the ‘transformational growth’ scenario
The National Infrastructure Commission’s (NIC’s) ‘Partnering for Prosperity’ 2018 Key headlines: 1) East-West Railway 2) Ox-Cam Expressway 3) c. 1 million new houses by 2050 (30,000 p.a. ct 14,300 delivered in 2016/17) 4) 1.1 million new jobs 5) £163 billion increase in economic output Figures are all for the ‘transformational growth’ scenario
Myth 1. The Ox-Cam Arc. There is No Alternative?
Myth 1. The Ox-Cam Arc. There is No Alternative?
Myth 1. The Ox-Cam Arc. There is No Alternative?
Myth 1. The Ox-Cam Arc. There is No Alternative? Myth 2. The Ox-Cam Arc can ‘Save Nature’
NIC’s distribution of one million new houses by 2050 ‘Cambs’ ‘Northants’ ‘Bucks/Beds’ Oxon The total of all the additional new houses (all pie-charts) across the Arc is 1,021,000
NIC’s distribution of one million new houses by 2050 Currently planned homes ‘Cambs’ ‘Northants’ ‘Bucks/Beds’ Oxon The total of all the additional new houses (all pie-charts) across the Arc is 1,021,000
NIC’s distribution of one million new houses by 2050 Currently planned homes ‘Cambs’ ‘Northants’ London commuter homes ‘Bucks/Beds’ Oxon The total of all the additional new houses (all pie-charts) across the Arc is 1,021,000
NIC’s distribution of one million new houses by 2050 Currently planned homes ‘Cambs’ ‘Northants’ London commuter homes ‘Bucks/Beds’ Additional Ox-Cam ‘Arc’ homes Oxon The total of all the additional new houses (all pie-charts) across the Arc is 1,021,000 23% of ALL new houses are ear-marked for London commuters
NIC’s distribution of one million new houses by 2050 Currently planned homes ‘Cambs’ ‘Northants’ London commuter homes ‘Bucks/Beds’ Additional Ox-Cam ‘Arc’ homes Oxon The total of all the additional new houses (all pie-charts) across the Arc is 1,021,000 23% of ALL new houses are ear-marked for London commuters
Two key documents appeared in February 2021 The ‘Arc Spatial Framework’ (economics, housing, environment) HM Government and the Ministry of Housing Communities and Local Government, MHCLG https://www.noexpressway.org/news-updates/2021/2/19/at-last-the-arc-spatial-plan https://www.noexpressway.org/news-updates/2021/4/17/neg-talk-at-the-coalition-for-healthy-streets-and- active-travel-cohsat-webinar-150421
Two key documents appeared in February 2021 The ‘Arc Spatial Framework’ (economics, housing, environment) HM Government and the Ministry of Housing Communities and Local Government, MHCLG https://www.noexpressway.org/news-updates/2021/2/19/at-last-the-arc-spatial-plan The ‘Regional Transport Strategy’ (rail, roads) England’s Economic Heartland (EEH) – Department for Transport. The EEH area is the Ox-Cam Arc area plus Hertfordshire & Swindon https://www.noexpressway.org/news-updates/2021/2/27/eehs-regional-transport-strategy https://www.noexpressway.org/news-updates/2021/4/17/neg-talk-at-the-coalition-for-healthy-streets-and- active-travel-cohsat-webinar-150421
Two key documents appeared in February 2021 The ‘Arc Spatial Framework’ (economics, housing, environment) HM Government and the Ministry of Housing Communities and Local Government, MHCLG https://www.noexpressway.org/news-updates/2021/2/19/at-last-the-arc-spatial-plan The ‘Regional Transport Strategy’ (rail, roads) England’s Economic Heartland (EEH) – Department for Transport. The EEH area is the Ox-Cam Arc area plus Hertfordshire & Swindon https://www.noexpressway.org/news-updates/2021/2/27/eehs-regional-transport-strategy https://www.noexpressway.org/news-updates/2021/4/17/neg-talk-at-the-coalition-for-healthy-streets-and- active-travel-cohsat-webinar-150421
To date there has been absolutely no democratic engagement whatsoever ……..not a single public meeting anywhere, with any of the c. 3.7 million people who live in the Arc at present. “It’s a Whitehall plan………..” Kris Krasnowski, Portfolio Director for the Oxford to Cambridge Arc, February 2021
The ONS predicts an increase in the UK population of about 16% to 2050, requiring approximately 3.0 million more houses.
The ONS predicts an increase in the UK population of about 16% to 2050, requiring approximately 3.0 million more houses. Up to 1 million of those new houses will go into the Ox-Cam Arc (NIC figures).
The ONS predicts an increase in the UK population of about 16% to 2050, requiring approximately 3.0 million more houses. Why should one third of UK housing Up to 1 million of those growth to 2050 new houses will go into go into less the Ox-Cam Arc (NIC figures). than one twentieth (4.7%) of the UK’s land area ? (with only 5.7% of the UK’s population)
The Over-development of the Ox-Cam Arc Possible Development Zones Possible development zones
The Over-development of the Ox-Cam Arc Possible Development Zones Environmental + Offsetting Opportunities Opportunity area ”Areas that might offer Possible offsetting opportunities development zonesto developers” (Local Nature Partnerships)
The Over-development of the Ox-Cam Arc Possible Development Zones Environmental + Offsetting Opportunities Opportunity area ”Areas that might offer Possible offsetting opportunities development zonesto developers” (Local Nature Partnerships) OR “Core areas of existing high value for Nature” (BBOWT)
The Over-development of the Ox-Cam Arc Possible Development Zones Environmental + Offsetting Opportunities Opportunity area + Nature Recovery Networks ”Areas that might offer Possible offsetting opportunities development zonesto developers” (Local Nature Partnerships) OR “Core areas of existing high value for Nature” (BBOWT)
The Over-development of the Ox-Cam Arc Possible Development Zones Environmental England’s Economic + Offsetting Opportunities Opportunity area Heartland’s road + Nature Recovery Networks corridor ”Areas that might offer Possible + Road Corridors improvement offsetting map to opportunities development zones developers” (Local Nature Partnerships) OR “Core areas of existing high value for Nature” (BBOWT)
The Over-development of the Ox-Cam Arc Possible Development Zones Environmental England’s Economic + Offsetting Opportunities Opportunity area Heartland’s road + Nature Recovery Networks corridor ”Areas that might offer Possible + Road Corridors improvement offsetting map to opportunities development zones developers” (Local Nature Partnerships) OR “Core areas of existing high value for Nature” (BBOWT) We can’t have it all. But how much of each do we want or need?
The commodification of Nature 1) Early protection of the environment (rare species) was through legislation (SSSIs, SACs etc.). 2) Planning laws protected other areas such a Green Belts for their public health and amenity values. 3) Pressure on land for infrastructure (HS2) or housing (Green Belts) was often resolved by relaxing or ignoring the rules (e.g. HS2 as an NSIP and Green Belt ‘exceptional circumstances’ clause.) 4) Could inevitable habitat destruction in some places be compensated for by protection elsewhere? ‘Offsetting’ and ‘Net Biodiversity Gain’ approaches. 5) Each needed a metric, e.g. DEFRA’s Biodiversity Metric (v. 2). 6) Natural Capital Accounting puts a monetary value on gains and losses (e.g.Woodlands with a similar biodiversity metric may have different Natural Capital Values).
DEFRA Net Gain Consultation 2018
DEFRA Net Gain Consultation 2018
DEFRA Net Gain Consultation 2018
DEFRA Net Gain Consultation 2018
For the Ox-Cam Arc, No development = No funds for Nature DEFRA Net Gain Consultation 2018
Biodiversity offsetting is like taking Westminster Abbey…..
Biodiversity offsetting is like taking Westminster Abbey….. …..demolishing it…..
Biodiversity offsetting is like taking Westminster Abbey….. …..demolishing it…..
…..moving the pile of stones elsewhere…….. …..and saying “It’s the same”
Offsetting is the certain destruction of habitats in one place for the uncertain hope of reconstructing them elsewhere. Offsetting has been official policy in Austria and Germany for 40 years: “a substantial proportion of offsetting has failed to achieve the stated objectives with another significant number either not being implemented or taking place but failing to meet the aim of compensating for harm”.
Offsetting is the certain destruction of habitats in one place for the uncertain hope of reconstructing them elsewhere. Offsetting has been official policy in Austria and Germany for 40 years: “a substantial proportion of offsetting has failed to achieve the stated objectives with another significant number either not being implemented or taking place but failing to meet the aim of compensating for harm”. ….. and in Australia (NSW) for 10 years: “the policies being pursued would not provide no net loss of biodiversity, as proponents had advocated, for 146 years”.
Offsetting is the certain destruction of habitats in one place for the uncertain hope of reconstructing them elsewhere. Offsetting has been official policy in Austria and Germany for 40 years: “a substantial proportion of offsetting has failed to achieve the stated objectives with another significant number either not being implemented or taking place but failing to meet the aim of compensating for harm”. ….. and in Australia (NSW) for 10 years: “the policies being pursued would not provide no net loss of biodiversity, as proponents had advocated, for 146 years”. The UK has limited/no experience of offsetting: A 2014 review of 2-year pilot offset projects (either theoretical or retrospective studies) concluded that “the markets for offsets was immature” Shortage of expertise, or of suitable offset sites, and an unwillingness of developers to pay for the full impacts identified by the biodiversity metric, were all contributors to this outcome.
Offsetting is the certain destruction of habitats in one place for Athe uncertain 2019 survey by hope DICE ofof15,715 reconstructing them articles globally elsewhere. revealed 32 studies (from 5 countries) that could be assessed properly for No Net Loss (NNL); these Offsetting studies were has been ha of 300,000 official policy of offsets andin Austria 180,000 and ha of Germany impacts, ~ 2% for of global offset areas. 40 years: “a substantial proportion of offsetting has failed to achieve the stated objectives with another significant number either not being implemented or taking place but failing to meet the aim of compensating for harm”. ….. and in Australia (NSW) for 10 years: “the policies being pursued would not provide no net loss of biodiversity, Zu Ermgassen, S. O. S. E., Baker, J., Griffiths, R.A., as proponents had advocated, for 146 years”. Strange, N., Struebig, M.J., & Bull, J.W. (2019). Conservation Letters. doi 10.1111/conl.12664) The UK has limited/no experience of offsetting: A 2014 review of 2-year pilot offset projects (either theoretical or Only one third of retrospective projects studies) achievedthat concluded NNL“the(green); markets twoforthirds offsetsdidwasnot, had mixed outcomes immature” or could not be determined. Wetlands tended to have good Shortage of expertise, or of suitable offset sites, and an unwillingness of developers to outcomes; there pay for the full was impacts Net by identified Loss in all forest the biodiversity habitats/species metric, studied were all contributors to this outcome.
Offsetting is the certain destruction of habitats in one place for Athe uncertain 2019 survey by hope DICE ofof15,715 reconstructing them articles globally elsewhere. revealed 32 studies (from 5 countries) that could be assessed properly for No Net Loss (NNL); these Offsetting studies were has been ha of 300,000 official policy of offsets andin Austria 180,000 and ha of Germany impacts, ~ 2% for of global offset areas. 40 years: “No-one has yet achieved net “a substantial proportion of offsetting has failed to achieve the stated objectives with another significant number either not being implemented or taking place but failing to meet the aim of compensating for harm”. environmental ….. and in Australia (NSW) forgain 10 years:at scale” “the policies being pursued would not provide no net loss of biodiversity, Zu Ermgassen, S. O. S. E., Baker, J., Griffiths, R.A., as proponents had advocated, for 146 years”. Strange, N., Struebig, M.J., & Bull, J.W. (2019). Dieter Helm, Chair of the Natural Capital Committee, November Conservation 2019 Letters. doi 10.1111/conl.12664) The UK has limited/no experience of offsetting: A 2014 review of 2-year pilot offset projects (either theoretical or Only one third of retrospective projects studies) achievedthat concluded NNL“the(green); markets twoforthirds offsetsdidwasnot, had mixed outcomes immature” or could not be determined. Wetlands tended to have good Shortage of expertise, or of suitable offset sites, and an unwillingness of developers to outcomes; there pay for the full was impacts Net by identified Loss in all forest the biodiversity habitats/species metric, studied were all contributors to this outcome.
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. compensation = 8) 3. Habitat condition , I, (Poor = 1, Good = 3) 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 5. Strategic significance, O, (Not in local strategy = 1, High strategic significance = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. compensation = 8) 3. Habitat condition , I, (Poor = 1, Good = 3) 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 5. Strategic significance, O, (Not in local strategy = 1, High strategic significance = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 189.7. Do the same for off-site habitat creation (here we’ll try to create an identical habitat) which requires TWO additional factors. 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 7. Temporal, T, (1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a metric of A*G*I*L*O*D*T = 30.7. To achieve 10% Net Gain (metric = 208.7) you must offset 68 ha (74ha for a 20% net gain). Like-for-Like offset is NOT Area-for-Area!
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. compensation = 8) 3. Habitat condition , I, (Poor = 1, Good = 3) 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 5. Strategic significance, O, (Not in local strategy = 1, High strategic significance = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 189.7. Do the same for off-site habitat creation (here we’ll try to create an identical habitat) which requires TWO additional factors. 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 7. Temporal, T, (1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a metric of A*G*I*L*O*D*T = 30.7. To achieve 10% Net Gain (metric = 208.7) you must offset 68 ha (74ha for a 20% net gain). Like-for-Like offset is NOT Area-for-Area!
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. compensation = 8) 3. Habitat condition , I, (Poor = 1, Good = 3) 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 5. Strategic significance, O, (Not in local strategy = 1, High strategic significance = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 189.7. Do the same for off-site habitat creation (here we’ll try to create an identical habitat) which requires TWO additional factors. 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 7. Temporal, T, (1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a metric of A*G*I*L*O*D*T = 30.7. To achieve 10% Net Gain (metric = 208.7) you must offset 68 ha (74ha for a 20% net gain). Like-for-Like offset is NOT Area-for-Area!
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 1) It’s NOT a biodiversity metric because biodiversity is 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. not measured. compensation = 8) Habitat 3. Habitat type ,isI, (Poor condition taken = 1,as a proxy Good = 3) for biodiversity. 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 5. Strategic significance, O, (Not in local strategy = 1, High strategic significance = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 189.7. Do the same for off-site habitat creation (here we’ll try to create an identical habitat) which requires TWO additional factors. 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 7. Temporal, T, (1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a metric of A*G*I*L*O*D*T = 30.7. To achieve 10% Net Gain (metric = 208.7) you must offset 68 ha (74ha for a 20% net gain). Like-for-Like offset is NOT Area-for-Area!
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 1) It’s NOT a biodiversity metric because biodiversity is 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. not measured. compensation = 8) Habitat 3. Habitat type ,isI, (Poor condition taken = 1,as a proxy Good = 3) for biodiversity. 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 2) 5. Offset Strategicareas will O, significance, be(Not managed under in local strategy = 1,covenants High strategic of 30+ years, paid for significance by developers, and carried out by wildlife = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O NGOs. e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 189.7. Do the same for off-site habitat creation (here we’ll try to create an identical habitat) which requires TWO additional factors. 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 7. Temporal, T, (1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a metric of A*G*I*L*O*D*T = 30.7. To achieve 10% Net Gain (metric = 208.7) you must offset 68 ha (74ha for a 20% net gain). Like-for-Like offset is NOT Area-for-Area!
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 1) It’s NOT a biodiversity metric because biodiversity is 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. not measured. compensation = 8) Habitat 3. Habitat type ,isI, (Poor condition taken = 1,as a proxy Good = 3) for biodiversity. 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 2) 5. Offset Strategicareas will O, significance, be(Not managed under in local strategy = 1,covenants High strategic of 30+ years, paid for significance by developers, and carried out by wildlife = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O NGOs. e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 3)189.7 Offset . Doland the same willforbe unavailable off-site for (here habitat creation any we’ll other purpose. try to create an Aidentical farmer habitat) which requires TWO additional factors. will lose control of offset land, i.e. as if she’d 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 sold it (forever) 7. Temporal, T, .(1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a metric of A*G*I*L*O*D*T = 30.7. To achieve 10% Net Gain (metric = 208.7) you must offset 68 ha (74ha for a 20% net gain). Like-for-Like offset is NOT Area-for-Area!
And the DEFRA Biodiversity metric? 1. Identify development site habitat type, and area, A (133 types defined) 1) It’s NOT a biodiversity metric because biodiversity is 2. Habitat distinctiveness, G, (Compensation not required = 0, Esp. not measured. compensation = 8) Habitat 3. Habitat type ,isI, (Poor condition taken = 1,as a proxy Good = 3) for biodiversity. 4. Ecological connectivity, L, (Unconnected = 1, Highly connected = 1.15) 2) 5. Offset Strategicareas will O, significance, be(Not managed under in local strategy = 1,covenants High strategic of 30+ years, paid for significance by developers, and carried out by wildlife = 1.15) Total Habitat Units (the metric ) = A*G*I*L*O NGOs. e.g. 10 ha of upland calcareous grassland has a metric (6, 2.5, 1.15, 1.1) of 3)189.7 Offset . Doland the samewillforbe unavailable off-site for (here habitat creation any we’ll other purpose. try to create an Aidentical farmer habitat) which requires TWO additional factors. will lose control of offset land, i.e. as if she’d 6. Difficulty, D, (Very difficult = 0.1, Not difficult = 1) …here it is 0.33 sold it (forever) 7. Temporal, T, .(1 year = 0.965 , 32+ years = 0.32) ..here it is 0.49 So creating 10 ha of upland calcareous grassland on an offset site gives a 4)metric It seems unlikely =that of A*G*I*L*O*D*T 30.7.enough offset land will be available To achievelocally. 10% NetCommunities will Gain (metric = 208.7) youlose musttheir offsetamenities, 68 ha (74ha and seenetnogain) for a 20% offset . benefits. Like-for-Like offset is NOT Area-for-Area!
William Wordsworth’s ‘Daffodils’ Ullswater “I wandered lonely as a cloud That floats on high o'er vales and hills, When all at once I saw a crowd, A host of golden daffodils; Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ Imagine that…..‘Eco-burns’, a company ‘with fantastic green credentials’, wishes to build a waste incinerator in Ullswater. “I wandered lonely as a cloud That floats on high o'er vales and hills, When all at once I saw a crowd, A host of golden daffodils; Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ A Natural Capital approach “I wandered lonely as a cloud That floats on high o'er vales and hills, When all at once I saw a crowd, A host of golden daffodils; Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ Amenity + Flood prevention value £500 A Natural Capital approach “I wandered lonely as a cloud That floats on high o'er vales and hills, When all at once I saw a crowd, A host of golden daffodils; Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ Amenity + Flood prevention value £500 A Natural Capital approach “I wandered lonely as a cloud Market That floats on high o'er vales and hills, value £50 When all at once I saw a crowd, A host of golden daffodils; Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ Amenity + Water Flood company prevention value £1000 value £500 A Natural Capital approach “I wandered lonely as a cloud Market That floats on high o'er vales and hills, value £50 When all at once I saw a crowd, A host of golden daffodils; Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ Amenity + Water Flood company prevention value £1000 value £500 A Natural Capital approach “I wandered lonely as a cloud Market That floats on high o'er vales and hills, value £50 When all at once I saw a crowd, Timber + amenity A host of golden daffodils; value £200 Beside the lake, beneath the trees, Fluttering and dancing in the breeze.”
William Wordsworth’s ‘Daffodils’ Amenity + Water Flood company prevention value £1000 value £500 A Natural Capital approach “I wandered lonely as a cloud Market That floats on high o'er vales and hills, value £50 When all at once I saw a crowd, Timber + amenity A host of golden daffodils; value £200 Beside the lake, beneath the trees, Public Fluttering and dancing in the breeze.” Health (pollution avoidance) value £100
William Wordsworth’s ‘Daffodils’ Amenity + Water Flood company prevention value £1000 value £500 A Natural Capital approach “I wandered lonely as a cloud Market That floats on high o'er vales and hills, value £50 When all at once I saw a crowd, Timber + amenity A host of golden daffodils; value £200 Beside the lake, beneath the trees, Public Fluttering and dancing in the breeze.” Health (pollution avoidance) TOTAL Natural Capital Value = £1,850 p.a. value £100
William Wordsworth’s ‘Daffodils’ Amenity + Water Flood company prevention value £1000 value £500 A Natural Capital approach “I wandered lonely as a cloud Market That floats on high o'er vales and hills, value £50 When all at once I saw a crowd, Timber + amenity A host of golden daffodils; value £200 Beside the lake, beneath the trees, Public Fluttering and dancing in the breeze.” Health (pollution avoidance) TOTAL Natural Capital Value = £1,850 p.a. value £100 ‘Eco-burns’ Waste Incinerator Benefit= £2,500 p.a.
Spatial Framework Aims “….growing the £2.27 billion of value the Arc’s natural environment provides each year in ecosystem services.” (p.2)
Spatial Framework Aims “….growing the £2.27 billion of value the Arc’s natural environment provides each year in ecosystem services.” (p.2) “…..economic output growing by between £80.4 billion and £163 billion per annum.” (p.3)
Spatial Framework Aims “….growing the £2.27 billion of value the Arc’s natural environment provides each year in ecosystem services.” (p.2) “…..economic output growing by between £80.4 billion and £163 billion per annum.” (p.3)
Spatial Framework Aims “….growing the £2.27 billion of value the Arc’s natural environment provides each year in ecosystem services.” (p.2) “…..economic output growing by between £80.4 billion and £163 billion per annum.” (p.3) So why bother to save nature across the Arc?
The difference between yields and stock
The difference between yields and stock Capital Stock Human Stock Natural Stock
The difference between yields and stock Yield Capital Stock Human Stock Yield Yield Yield Natural Stock
The difference between yields and stock Yield Capital Stock Human Stock Yield Impact Impact Yield Yield Natural Stock
The difference between yields and stock Yield GDP/GVA Capital Stock Human Stock Yield Impact Impact Yield Yield Natural Stock
The difference between yields and stock Yield GDP/GVA 1) We have concentrated on GDP as the soleCapital measureStock of Human Stock economic success and ‘sustainability’. Yield Impact Impact Yield Yield Natural Stock
The difference between yields and stock Yield GDP/GVA 1) We have concentrated on GDP as the soleCapital measureStock of Human Stock economic success and ‘sustainability’. Yield Impact 2) The Impact race for GDP growth has blinded us to the impacts on all other aspects of our Yieldlife on Earth. Yield Natural Stock
The effect of concentrating on GDP as the sole measure of economic success. Capital Stock Human Stock Natural Stock
The effect of concentrating on GDP as the sole measure of economic success. 3) ‘Wealth’ = Stocks + Yields is a better measure of how well we are doing on planet Earth. ProperCapital Stock sustainability will only be reached when total wealth Human Stock is maintained or increased. Natural Stock
The Arc’s promise to ‘double nature’
The Arc’s promise to ‘double nature’ “Putting nature at the heart of Cambridgeshire’s agenda To place nature at the heart of our agenda by doubling the area of rich wildlife and green- space, ensuring that Cambridgeshire has the highest quality of life and environment where people thrive and businesses prosper. …developed in Cambridge
The Arc’s promise to ‘double nature’ “Putting nature at the heart of Cambridgeshire’s agenda To place nature at the heart of our agenda by doubling the area of rich wildlife and green- space, ensuring that Cambridgeshire has the highest quality of life and environment where people thrive and businesses prosper. …developed in Cambridge …to be applied across the Arc
Cambridge’s Protected Habitats and Priority Habitats Not much to double!
Cambridge’s Protected Habitats and Priority Habitats ‘Priority Habitats are “the most threatened and require conservation action under the UK Biodiversity Action Plan” Not much to double!
Cambridge’s Protected Habitats and Priority Habitats ‘Priority Habitats are “the most threatened and require conservation action under the UK Biodiversity Action Plan” Not much to double!
Cambridge’s Protected Habitats and Priority Habitats ‘Priority Habitats are “the most threatened and require conservation action under the UK Biodiversity Action Plan” Not much to double!
% of each Arc county that is Protected Habitat
% of each Arc county that is Protected Habitat …. but the average patch size is very small
% of each Arc county that is Protected Habitat …. but the average patch size is very small One Rugby pitch
% of each Arc county that is Protected Habitat …. but the average patch size is very small One Rugby pitch …. and the smaller the patch size, the fewer the species
% of each Arc county that is Protected Habitat In 2010 John Lawton’s ‘Making Space for Nature’ asked …. but the average patch size is very small for up to £1.1 billion annually – no strings attached - to protect and enhance Nature - to make it ‘bigger, better and more joined up.’ One Rugby pitch …. and the smaller the patch size, the fewer the species
% of each Arc county that is Protected Habitat In 2010 John Lawton’s ‘Making Space for Nature’ asked …. but the average patch size is very small for up to £1.1 billion annually – no strings attached - to protect and enhance Nature - to make it ‘bigger, better and more joined up.’ Exactly 10 years later John Lawton wrote again to the Prime Minister pointing out how little has been achieved One Rugby pitch in the interim and repeating his request for ‘no strings attached’ funding for Nature. …. and the smaller the patch size, the fewer the species
% of each Arc county that is Protected Habitat In 2010 John Lawton’s ‘Making Space for Nature’ asked …. but the average patch size is very small for up to £1.1 billion annually – no strings attached - to protect and enhance Nature - to make it ‘bigger, better and more joined up.’ Exactly 10 years later John Lawton wrote again to the Prime Minister pointing out how little has been achieved One Rugby pitch in the interim and repeating his request for ‘no strings attached’ funding for Nature. With Net Gain and Natural Capital approaches, some parts of Nature may improved, but only at the cost of losing other parts of Nature to development. …. and the smaller the patch size, the fewer the species The yield might increase (that 10% gain) but the stock will diminish.
Conclusions
Conclusions 1) The Ox-Cam Arc is not unique. There are other areas in the UK with equal or better potential. 2) Squeezing one third of housing growth to 2050 into < 5% of the UK land area will put huge pressure on existing resources, communities and Nature across the Arc. 3) The ‘silo mentality’ of developing new communities, preserving Nature, providing offsetting opportunities, creating Nature Recovery Networks and enhancing the transport network creates irreconcilable conflicts. More holistic and joined-up thinking is required. 4) Biodiversity Net Gain metrics are suspect; Natural Capital Accounting concentrates on yields rather than stock. The global experience with BNG and NNL is poor. UK experience is very limited, and outcomes poor. 5) Proper methods of accounting for Human, Natural and Capital Yield and Stock will lead to real sustainability. ‘Silo thinking’ suggests we can have it all. We can’t. 6) ‘Doubling Nature’ from a very sparse and fragmented base requires more than just doubling the present areas of protected habitats. 7) We need “Bigger, Better and more Joined-up” Nature, and Arc thinking.
“For the many not the few”
money view “For the many not the few” © Moor Laughter, 2019 Pericles would not support the Oxford-Cambridge Arc (probably)
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