MUCER Conference 3-4 June, 2008 Global Gardening with a Leaky Bucket Managing Climate Risk Peter Read Massey University Centre for Energy Research.

Slides:



Advertisements
Similar presentations
Global Agrofuels A study by the Transnational Institute (TNI) with a contribution by the Open University Jennifer Franco, Les Levidow,
Advertisements

1 Presentation by South Africa to AWG2 Initial views on ‘how to determine further emission limitation and reduction commitments’ AD HOC WORKING GROUP ON.
Carbon Emissions. Increasing atmospheric CO2 concentration Atmospheric increase = Emissions from fossil fuels + Net emissions from changes in land use.
Director-General, The Energy and Resources Institute Chairman, Intergovernmental Panel on Climate Change 1 R. K. Pachauri 26 June 2013 Dehradun, India.
Fischer Tropsch Diesel Production Through Black Liquor Gasification Chelsey MacNeill 2006 SAE WISE Intern.
1 The African Bio-Carbon Initiative Dr Charlotte Streck.
Department of Climate Change Ad hoc Working Group on further Commitments for Annex I Parties under the Kyoto Protocol In Session Workshop on means to reach.
GEF and the Conventions The Global Environment Facility: Is the financial mechanism for the Stockholm Convention on Persistent Organic Pollutants Is the.
Climate and Energy A Today Problem with a Today Solution: Carbon Removals Peter Read Massey University Centre for Energy Researcjh.
Climate Change & Green Jobs Decent Work In A Sustainable Low-Carbon World May 17/2007 Roberto Ocon Occupational and Environmental Health & Safety Specialist.
1 POLS 422 Climate Change The Scientific Consensus International Treaties.
Office of San Francisco Mayor Gavin Newsom 1 San Francisco’s Climate Protection Strategy Johanna Partin Director of Climate Protection Initiatives Office.
Why Climate Change is important for Vietnam. Global emissions of greenhouse gases come from a wide range of sources Source: World Resources Institute.
Stakeholder consultation on discussion document on GHG mitigation potential within the agriculture and forest sector Portlaoise 15 May 2015 Eugene Hendrick.
Food and Agriculture Organization of United Nations Natural Resources Management and Environment (NR) Beyond Kyoto, Aarhus, 6 March 2009 AGRICULTURE AND.
On-line resource materials for policy making Ex-Ante Carbon-balance Tool Food and Agriculture Organization of the United Nations, FAO Learning how using.
Climate Change and Forestry Allan L. Carroll, Ph.D. Natural Resources Canada Canadian Forest Service Pacific Forestry Centre Victoria, Canada Senior Research.
Policies to Counteract Global Warming Financial Markets can Overcome the China – US Impasse Graciela Chichilnisky UNESCO Professor and Director, Columbia.
Bioenergy and Land Use Issues in Asia N. H. Ravindranath Indian Institute of Science Bangalore.
Wetlands International, Susanna Tol,
Biomass Carbon Neutrality in the Context of Forest-based Fuels and Products Al Lucier, NCASI Reid Miner, NCASI
Environmental Protection Ozone Depletion Acid Rain Water & Wastewater Pollution Resource Depletion Climate Change.
NZSSES 26 th October, 2007 Carbon Trading for Every Season Peter Read Massey University Centre for Energy Research.
Trade and Climate Change: International Perspective Mac Callaway, Ph.D UNEP-RISØ Center Technical University of Denmark CPA International.
Carbon markets An international tool for cost-effective GHG mitigation.
Brief Overview of Legal Framework: UNFCCC and Kyoto Protocol M.J.Mace Climate Change and Energy Programme, FIELD LDC Workshop Nairobi, Kenya 2-3 November.
Air Quality Control Asia-Europe Meeting (ASEM) Seminar on Capacity Building on Air Pollution Prevention and Control October 2013 Beijing, China Young-woo.
Role of Biotechnologies for Biofuel Production in Developing Countries The Bioenergy dimension Jeff Tschirley Environment, Climate change and Bioenergy.
European State Forest Association ‘Sinks’ in the EU Emissions Trading Scheme 26/06/08 Erik Kosenkranius – EUSTAFOR Executive Director Marianne Rubio -
Global Emissions from the Agriculture and Forest Sectors: Status and Trends Indu K Murthy Indian Institute of Science.
Peak Oil Opportunities and Challenge at the end of Cheap Petroleum Richard Heinberg Scripps College September 18, 2006 The Challenge of Peak Oil Richard.
Biomass/Fuels APES. PRODUCING ENERGY FROM BIOMASS  Plant materials and animal wastes can be burned to provide heat or electricity or converted into gaseous.
Energy policies and management of carbon balance in Estonia Olga Gavrilova, Tiina Randla, Raivo Vilu Tallinn University of Technology.
Climate Change as a Threat to Livelihoods in the South Bernd Brouns Research Group „Energy, Transport, and Climate Policy” 11th EADI General Conference.
MFAT stakeholders meeting 16 th August, 2007 The threat of accelerating, abrupt or rapid climate change: implications for LULUCF Peter Read Massey University.
Earth’s Changing Environment Lecture 13 Global Warming.
Biofuels, Food Security and Environmental Sustainability: Global Challenges and Opportunities Daniel G. De La Torre Ugarte The Politics of Food Conference.
Implementation of the Kyoto Protocol: what does it mean for bioenergy and C sequestration? Implementation of the Kyoto Protocol: what does it mean for.
GIS bioenergy Options for GIS bioenergy projects Andreas Türk 25. April 2008.
Forests and Climate Change: Mitigation and Adaptation through Sustainable Forest Management Pekka Patosaari Director, UN Forum on Forests Secretariat 6.
Asian perspectives on Climate Change and Food and Energy Security by H.E. Ambassador Ngurah Swajaya At the 5th Asia Economic Forum Phnom Penh, 7 April.
Global Environmental Change Impacts on the Caribbean Food System Ulric O’D Trotz, Ph.D Project Manager ACCC Project.
The Role of Biofuels in the Transformation of Agriculture Daniel G. De La Torre Ugarte and Chad M. Hellwinckel The Economics of Alternative Energy Sources.
1 Warwick J McKibbin ANU Centre for Applied Macroeconomic Analysis (CAMA), RSPAS and Lowy Institute for International Policy Indonesia in a Changing Global.
FOREST SECTOR MITIGATION IN INDIA Ravindranath, Sudha & Sandhya Indian Institute of Science Bangalore.
ENERGY Energy is the capacity of a system to do work Energy is always conserved but … … can be transformed from one form to another Energy, E (unit: 1.
Can Biofuels be Sustainable in an Unsustainable Agriculture? Daniel G. De La Torre Ugarte Chad M. Hellwinckel Chad M. Hellwinckel American Chemical Society.
1 Input by South Africa on responses to climate change Seminar of Governmental Experts 16 & 17 May 2005, Bonn.
1 IPCC The challenges of climate change WMO UNEP R. K. Pachauri Chairman, IPCC Director-General, TERI Helsinki University 14 th February 2008.
1 Protection of soil carbon content as a climate change mitigation tool Peter Wehrheim Head of Unit, DG CLIMA Unit A2: Climate finance and deforestation.
Seite 1 Stand: Article 3.4 and CDM outcomes: implications for wood based industries / bioenergy Bernhard Schlamadinger IEA Bioenergy Task 38,
Rationale: A need for concerted action A strategic response from all 14 CPF members.
0 National Inter-Ministerial Dialogue on Climate Change Cape Hotel Monrovia, Liberia June 25, 2009 Assessing and Developing Policy Options for Addressing.
1 Climate Change; a Latin American and Caribbean Perspective. Joseluis Samaniego Chief Sustainable Development Division UN Economic Commission for LAC.
1 Environmental Services Training Group LOCAL AUTHORITY ENVIRONMENT CONFERENCE 2015 Protecting Our Environment Hodson Bay Hotel, Athlone, May 2015.
REDD and Governance Challenges in Indonesia Iman Santoso Center for Socio-economic and Policy Forest Research and Development.
AWG in session workshop LULUCF Treatment of LULUCF Need to make sure that we do not re-write the Marrakech Accords Need to keep accounting approaches as.
Forest management, forest products & the climate.
Carbon Markets and Carbon Crediting For Forestry West and Central Africa Tropical Forest Investment Forum – August 28 th to 30 th 2007 Timothy Pearson.
Copa-Cogeca Workshop “Sustainable use of forests in Europe” EU 2020 Strategy, resource efficiency and the potential of EU forests Hilkka Summa.
Brief Overview of Legal Framework: UNFCCC and Kyoto Protocol M.J.Mace Climate Change and Energy Programme, FIELD LDC Workshop Montreal Canada November.
Forest Carbon Calculator Forest Carbon Reporting Initiative of USAID’s Global Climate Change Program Nancy Harris, Winrock International Sandra Brown,
Climate Change Mitigation and Complexity Agus P Sari Country Director, Indonesia EcoSecurities.
Cities & Adaptations Ajaz Ahmed. Climate Change A global problem and serious threat Risk to socioeconomic systems – exposure Solution – Mitigation & adaptation.
© Cambridge University Press 2014 Fiona Tonizzo Chapter 1 Sustainability.
Forest Management and the Expanding Global Forest Carbon Sink
Afforestation Green cover and REDD+
Peatlands and the Pulp and Paper Industry in Indonesia
The Scientific Consensus International Treaties
Agriculture’s contribution to a carbon neutral Europe
Presentation transcript:

MUCER Conference 3-4 June, 2008 Global Gardening with a Leaky Bucket Managing Climate Risk Peter Read Massey University Centre for Energy Research

What climatic risk? (The bad news)

Surface Melt on Greenland Melt descending into a moulin, a vertical shaft carrying water to ice sheet base Source: Roger Braithwaite, University of Manchester Quite a bit of basal lubrication here ! (PR)

→ Ca year deglaciations followed by slower glaciating phases in the last ~half million years. * indicates the insolation peaks ending the warming phases. Note → the increase of CO2 levels since the last (St1) insolation peak, attributed to anthropogenic emissions related to forest fire deforestation in the course of land clearance for agricultural expansion (PR)

Thermal input to the climate system in the last half century and in the next if emissions are reduced to zero by 2035 A B

Art 3.3 The Parties should take precautionary measures…. Where there are threats of serious or irreversible damage, lack of full scientific certainty should not be used as reason for postponing such measures …[which] … should be cost effective so as to ensure global benefits

The good news EMMISSIONS REDUCTIONS is hard and can’t do the job But CARBON REMOVALS is easy Read, P. “Commercial forestry and LULUCF for a ‘carbon neutral New Zealand’ – the ‘leaky bucket’.” IPS Working Paper 2008/01, VUW.

Comparison of carbon removals (F) with emission reductions (Z) in mitigating the level of CO 2 (in ppm) in the atmosphere A SRES-A2 ZSRES-A2 with a transition to zero emissions technologies between 2011 and 2035 FSRES-A2 with a transition to land improvement carbon removal technologies over the same period, with land use change complete by 2035 and technological progress to 2060

Global gardening CARBON REMOVALS is widely beneficial because it means Better soil quality Better water management Better rural livelihoods Secure food supplies Geographically diversified energy supply Etc etc etc

1.Invest in forest plantations to stock carbon and act as a strategic reserve of biomass raw material (quite useful as timber if the climate change panic goes away) NZ carbon neutral by 2020 EASY 2.Invest in a vehicle fleet that is compatible with biofuels (a useful hedge against ‘peak oil’ – the dear oil age which is the main cause of high food prices 3.Invest in biofuel supply systems maybe 2 nd generation cellulosic ethanol maybe gasification and Fischer Tropsche liquids most likely pyrolysis with biochar for soil improvement maybe on-farm gasification linked to ‘herd-homes’ and riparian tree plantations to prevent pollution of our rivers

Where? Potential rain-fed arable land, net of protected land and urban settlement, has been estimated by Moreira [28] based on IPCC and FAO studies [29,30], viz: Gha%usedavailable (Gha) Sub Saharan Africa North Africa and Near East North Asia Urals Eastwards Asia and Pacific South and Central America North America Europe World of which 1.99 tropical.38 temperate THERE’S PLENTY OF LAND – THE NEED IS TO INVEST IN LAND NOT CHASE AFTER INCREASINGLY HARD TO FIND OIL

The Silver Teaspoon The Kyoto Protocol’s CDM (the Clean Development Mechanism) for transferring mitigation funds to the South is a silver teaspoon Perverse Incentives driven by negative psychology of emissions reductions against an emissions cap Additionality High transactions costs Not much use for baling CO2 out of the atmosphere

The Leaky Bucket The need is to incentivize management to get into the technologies of carbon removals A bucket for baling CO2 out of the atmosphere But measurement difficulties vitiate deployment under the CDM The need is for carbon removals policies and measures as ex-ante buy-out of commitments to replace the ex-post offsets of the CDM

Thank you