The Post- Copenhagen Food Challenge Mark Barthel Special Adviser WRAP 27 January 2010.

Slides:



Advertisements
Similar presentations
Cities consume a lot – and can do a lot MEP Satu Hassi Greens/EFA Open Days 11 October 2011.
Advertisements

The Cost of Consumption: Pollution of the Livestock Industry Clemente Velasco-Annis University of Massachusetts, Amherst.
Livestock Production and Climate Change
THE LIVESTOCK INDUSTRY: GLOBAL OPPORTUNITIES AND CHALLENGES IFAD Jimmy W. Smith, Livestock Team Leader The World Bank.
Climate Change & Green Jobs Decent Work In A Sustainable Low-Carbon World May 17/2007 Roberto Ocon Occupational and Environmental Health & Safety Specialist.
CARBON FOOTPRINT AQUATREAT By Jan Vandersypen Distributors meeting
1 IPCC R K Pachauri Chairman, IPCC Director-General, TERI Gent 30 th August 2008 Less Meat, Less Heat: Impacts of livestock on climate change.
Carbon Sequestration Akilah Martin Fall Outline Pre-Assessment  Student learning goals  Carbon Sequestration Background  Century Model Overview.
Ministry of Food Agriculture and Fisheries Danish Institute of Agricultural Sciences Options for reducing the greenhouse gas emissions from agriculture.
Climate Change. Climate change: Changes in many climatic factors. Global warming: The rise in global temperatures.
1 Global Change: Greenhouse Gases Environmental Sustainability Educational Resources prepared by Gregory A. Keoleian Associate Research Scientist, School.
Why Climate Change is important for Vietnam. Global emissions of greenhouse gases come from a wide range of sources Source: World Resources Institute.
The current causes of climate change: the human causes.
CLIMATE CHANGE, GREENHOUSE GASES, AND THE LIVESTOCK INDUSTRY KASIMIR BOGIELSKI PUBLIC AFFAIRS JOHN GLENN SCHOOL OF PUBLIC AFFAIRS.
1 Calculating Mode Shift and Congestion Relief-Related Greenhouse Gas Displacement For the Current Year (see last slide for contact information)
Food, sustainability and climate change
Activity: Can eating lower on the food chain affect available energy?
GHG and Carbon Pie. Atmospheric Gases Gas Symbol Content Nitrogen N % Oxygen O % Argon Ar 0.934% Carbon Dioxide CO % Neon Ne
UK Renewable Energy Policy with particular reference to bioenergy
Global Emissions from the Agriculture and Forest Sectors: Status and Trends Indu K Murthy Indian Institute of Science.
HS415 Environmental Health Unit 6 Greenhouse Gases, etc.
Measuring Institutional Carbon Foodprints Leana Houser Johns Hopkins University.
Food security… ... exists when all people, at all times, have physical, social and economic access to sufficient, safe, and nutritious food to meet their.
Counteracting Climate Change
The Cycling of Materials
Global Warming By: Danielle Hughes, Margaret Spell, Michael Phuster, Daniel Gonzalez.
Earth’s Changing Environment Lecture 13 Global Warming.
Global Warming Vs Climate Change
Rising to the Challenge of Climate Change in the South East Local Presenter & Organisation Partner’s Logo.
GLOBAL WARMING. What is Global Warming ?  is basically the increase in the temperatures of the Earth's atmosphere, land masses and oceans.  is when.
Climate Change Climate Change vs. Global Warming Global Warming Long-term rise in Earth’s temperature (a few degrees) Increase in greenhouse effect.
1 Future CAP for Scotland: Challenges for post 2013 Climate Change Graham Kerr Group Manager, SAC Consulting.
The Science and Economics of Climate Change Based on presentations by John Houghton of IPCC, Earthguage, the Met. Office and the Stern Review.
THE BCFN YOUTH MANIFESTO Parma, September Milan, September 23 Wasting food is wasting money: the economic value of sustainability Monica Rivelli.
Climate Change. Climate Change: What is a Greenhouse Gas?
The Impact of Our Food Choices on Climate Change and the Environment.
Ecology & Environmental Problems Dr. Ron Chesser Lecture #8 Environmental Disasters.
Our Carbon Footprints The primary footprint is a measure of our direct emissions of CO2 from the burning of fossil fuels including domestic energy consumption.
June 2013 Brian Lipinski, Associate, World Resources Report Photo: WRAP REDUCING FOOD LOSS AND WASTE Installment 2 of “Creating a Sustainable Food Future”
Global Warming.
Global Warming Chapter 13 Section 3. Learning Targets Students will understand the importance of the greenhouse effect. Students will understand why the.
Food Loss and Waste: A global challenge SAVE FOOD CONGRESS 2014 James Lomax UNEP Agri-food Programme Officer.
 Eliminating Meat & Dairy The fastest, most cost effective way to reducing 1 billion tons of emissions out of the atmosphere per year.
CLIMATE CHANGE & POPULATION Ian Lowe. GEO4: “Unprecedented environmental change at global and regional levels” Increasing global average temperatures,
Genetically modified crops and foods have advantages and disadvantages.
W ARMUP Describe the Greenhouse Effect. What gas is most linked to the Greenhouse Effect?
1.3 What are the causes of climate change? a)The evidence for climate change b)The atmospheric processes that result in climate change c)The relative.
1 Environmental Services Training Group LOCAL AUTHORITY ENVIRONMENT CONFERENCE 2015 Protecting Our Environment Hodson Bay Hotel, Athlone, May 2015.
How are human actions contributing to global warming?
Energy Conservation and Public Policy. Scope 1 Emission Sources: fugitive emissions Stationary Combustion Mobile Combustion Process Emissions Fugitive.
Water Footprints of Nations From: Hoekstra, A.Y., & Chapagain, A.K. (2007) Water footprints of nations: Water use by people as a function of their consumption.
What is Global Warming?. Why should we be concerned about Global Warming?
The Greenhouse Effect Integrated Science. What is it? Works the same way as a plant’s greenhouse. The trapping of heat from the sun in the earth’s atmosphere.
© Centre for Environmental Research & Education (CERE) 2011.
Global Warming Vs Climate Change
What are the key issues around land use & what are the trade-offs between food security and GHG mitigation objectives on the land? Pete Smith ClimateXChange.
D EFORESTATION AND B URNING F OSSIL F UELS Due to Increased Industrialization 2.6.3a.
The Greenhouse Effect. Natural heating of earth’s surface caused by greenhouse gases –CO 2 (Carbon Dioxide) –CH 3 (Methane) –N 2 O (Nitrous Oxide) –H.
Greenhouse effect what is it?.  In the absence of the greenhouse effect and an atmosphere, the Earth's average surface temperature of 14 °C (57 °F) could.
Our Vision: A new, positive relationship between people and the environment.
To what extent can climate change in Australia be linked to human activity? Prepared by: Taher Nematollahi.
Carbon Sequestration Akilah Martin Fall 2005.
Robin Matthews Climate Change Theme Leader Macaulay Institute
Wasted food also lets off harmful gases in landfill.
THE ULTIMATE TOWN DRAW THE MOUNTAINS Small Stream Large River
Key Messages Human influence on the climate system is clear
Climate change or Natural process Human intervention.
GLOBAL EFFECTS.
PROMOTING ENVIRONMENTAL HEALTH
AD at the centre of the energy and food waste nexus
Presentation transcript:

The Post- Copenhagen Food Challenge Mark Barthel Special Adviser WRAP 27 January 2010

Our shrinking Earth: 35% of the Earth’s surface is already used for agriculture – further expansion has serious implications for forests, peat land and biodiversity (a further 20% of grassland and forest land is projected to be converted primarily to agriculture by 2050)

The forecast increase in world population between now and 2050 is more that the total population of the planet in 1950

In the last century the Earth’s average temperature has increased by 0.74  C Limiting temperatures to 2  C is already too late for some Globally agriculture accounts for 14% of GHG emissions with a further 18% of emissions resulting from land- use change* *Sources: UN FAO (2009) Low Greenhouse Gas Agriculture and UN FAO (2006) Livestock’s Long Shadow: Environmental issues and options

*excluding GHG emissions from land use change / 30% of GHG emissions with UK food consumption induced emissions included Sources: Pie chart: Food 2030 – Defra 2010; Bar Chart: Food Matters report – PMSU 2008; WWF-FCRN (2010) How low can we go? The food chain accounted for an estimated 22%* of UK GHG emissions (160Mt CO2e) in 2006: –Agriculture accounts for 7% of total UK GHG emissions, 37% of methane emissions and 67% of nitrous oxide emissions –Decarbonising the food chain is difficult as GHG emissions are “hardwired” into agricultural systems – technological and behavioural change will be required to deliver substantive emissions reductions

Source: Tara Garnett, FCRN – September 2009

Source: Chapagain & Hoekstra 2004 quoted in IGD Embedded water in food production – Global water use for agriculture amounts to around 6,390 billion cubic metres a year including irrigation and soil water …equivalent to 200,000,000 litres of water a second to grow food.

40% of food harvested in the developing world is lost before consumption due to inadequacies of processing, storage and transport (World Resources Institute) Source: Food Matters report

India – a case in point Source: Jeff Rees, The Logistics Business – Dec 2009

Waste not, want not? For every tonne of food waste saved, we save 4.2 tonnes of CO 2 1 Sources: WRAP estimates and WRAP (2009) Household Food & Drink Waste in the UK

Avoidable food and drink waste is responsible for the equivalent of 20 million tonnes of carbon dioxide equivalent emissions – that’s like taking 25% of cars off of UK roads

Source: UN GRID Kicking the Climate Habit – June 2006

Thank you

Mark Barthel Special Adviser, WRAP Office Tel: (Amanda Gadd) Mobile: Web: