CLIMATE CHANGE – THE FUTURE OF FARMING AND FORESTRY IN THE COTSWOLDS Richard Lloyd Board Member.

Slides:



Advertisements
Similar presentations
Module #6 Forage Selection Pine Silvopasture in the Southeast.
Advertisements

Mitigation and Adaptation Strategies in RA V to Impacts of Climate Change/Variability and Natural Disasters Lourdes V. Tibig Philippines.
May 9, Subgroup 4: Management of forests and forest-influenced landscapes Konstantin von Teuffel and Hubert Sterba.
Chief Scientific Advisor, Defra
Effect of Climate Change on Canada’s Forests and Rural Communities Senate Standing Committee on Agriculture & Forestry Avrim Lazar President & CEO Forest.
Ecosystem-based adaptation helps to build the resilience of natural habitat and communities to climate change impacts and thereby reduce their vulnerability.
Climate Change Impacts and Adaptation in Agriculture Daniel J. Archambault Research Scientist Alberta Research Council February 25 th,2003.
THE POTENTIAL AND OPPORTUNITIES FOR AGROFORESTRY SYSTEMS IN IRELAND by
The Impact of Achieving Targets set out in Food Harvest 2020 on Nitrogen and Phosphorus Usage Noel Culleton.
Adapting landscapes and farming to a changing climate Jim Smyllie Executive Director, Regional Delivery.
Engage- Agriculture Farmer’s Care. Trend in Agriculture Produce more with less 1950 – 2.47 billion people in world 2000 – 6.06 billion people 2050 –
Climate Smart Agriculture East Africa Regional Knowledge Sharing Meeting Thomas Cole June 11, 2012, Addis Ababa, Ethiopia.
Univ. of Alberta Climate Change Impacts on Canadian Agriculture R.F. Grant Dept. of Renewable Resources, Univ. of Alberta, Edmonton,Alberta.
Farming in a protected area Fraser Hugill. The North York Moors National Park.
Priorities of Soil Management for Extreme Events and Drought Charles W. Rice University Distinguished Professor Soil Microbiology Department of Agronomy.
AGRICULTURAL RESEARCH SCIENCE INITIATIVE – contribution to climate change adaptation and mitigation KOMUTUNGA EVERLINE (PhD) Agro-meteorologist National.
„ „Plant Production and Environment“ WorkshopWorkshop A.
CLIMATE CHANGE: IMPLICATIONS FOR SK FORESTRY AND AGRICULTURE Silvia Lac On behalf of: Saskatchewan Environmental Society Nature Saskatchewan.
Agriculture and Greenhouse Gases Jill Heemstra, University of Nebraska - Lincoln Building Environmental Leaders in Animal Agriculture (BELAA)
Zero net land degradation - a SDG for Rio+20
Carbon Offsets – Agriculture & Forestry Neil Sampson June 25, 2004.
Increasing productivity and resilience Messages and project examples.
Efficiency in Farming systems Survey – enhancing cooperation with IITA.
Soil ecosystem services their value and use in promoting sustainable farming Katarina Hedlund Lund university SOIL SERVICE project (FP7)
Policies addressing climate change and agriculture in the EU Nikiforos SIVENAS European Commission, DG AGRI.
Climate Change and Douglas-fir Dave Spittlehouse, Research Branch, BC Min. Forest and Range, Victoria.
AGRICULTURE ENVIRONMENT UNITAGRICULTURE ENVIRONMENT UNIT Kyoto Protocol enters into force on Feb 16, 2005 Countries celebrating countries have ratified.
Agriculture and Agri-Food Canada Canadian Agriculture and Climate Change: Challenges and Opportunities.
Rural Development Council, October 2009 The Climate Change (Scotland) Act – A Framework for a Low Carbon Scotland Philip Wright, Deputy Director, Scottish.
(Mt/Ag/EnSc/EnSt 404/504 - Global Change) Agriculture Impacts Impacts of Climate Change on Agriculture Assembled by Brian Viner and Gene Takle.
Ecosystem Services What Nature Does for Us.
The NFU champions British farming and provides professional representation and services to its farmer and grower members Sustainable Intensification The.
DISASTER RISK REDUCTION vs. CLIMATE CHANGE ADAPTATION: Sharing of Good Practice Options Satendra Executive Director NIDM.
Current Issue Grasses, Grazing, & Pastures System is created by grasses, management, and animals Each system is unique Pastures serve as a source of food,
1 UK Climate Projections 2009 Regional Data – North East.
Pakistan’s Increasing Vulnerability to Climate Change: Policy Response Pakistan’s Increasing Vulnerability to Climate Change: Policy Response Dr. Qamar-uz-Zaman.
IMPACTS OF CLIMATE CHANGE ON FOREST ECOSYSTEMS 22 nd September 2015 New Delhi.
Investment in Sustainable Natural Resource Management (focus: Agriculture) increases in agricultural productivity have come in part at the expense of deterioration.
Climate Change Overview Samoa Climate Change Summit 2009 Willy Morrell UNDP Samoa Multi Country Office – serving Samoa, Cook Islands, Tokelau and Niue.
The NFU champions British farming and provides professional representation and services to its farmer and grower members Cotswold AONB Paul Cottington.
Linking Agri-Environmental Water Quality Indicators (AEWQIs) to Policy: the Canadian Experience Trilateral Cooperation to Promote the Protection of Water.
Climate Change and Energy Impacts on Water and Food Scarcity Mark W. Rosegrant Director Environment and Production Technology Division High-level Panel.
Sustainable Agriculture UNIT 1 – SUSTAINABLE DEVELOPMENT
The most important implications of climate change for : -Biodiversity -Thailand is situated a hot and humid climatic zone, supporting a variety of tropical.
1 Summary of Vulnerability Assessment & Farming System Change under the Second National Communication to the UNFCCC Ministry of Environment and Tourism.
Fig. 10-4, p. 193 Support energy flow and chemical cycling Reduce soil erosion Absorb and release water Purify water and air Influence local and regional.
Presentation Title Capacity Building Programme on the Economics of Adaptation Supporting National/Sub-National Adaptation Planning and Action Adaptation.
Agricultural Biomass Resources, Opportunities, and Constraints Presentation to the Western Governors’ Association Clean and Diversified Energy Advisory.
Climate Change Mitigation through Technology Innovations in Agriculture Bettina Hedden-Dunkhorst and Paul Vlek Center for Development Research, University.
Chittenden County Climate Action Planning CCRPC Board Presentation February 15, 2012 Julie Potter, Senior Planner.
The developing private sector engagement in the UNESCO World Biosphere Reserve Andy Bell, Manager North Devon UNESCO World Biosphere.
Current Scenarios of Forage and Forage Seed Production and Use in Ethiopia Getnet Assefa November, 2015.
Towards a Land Degradation Neutral World
Business Opportunities from Climate Change Will Climate Change equal profit or loss? Chris Barnes, CEO, BLEDP Ltd.
Agriculture Outlook 2008: Farm Bill, Wind Energy and Climate Change Climate Change and Agriculture John M. Antle Dept. of Ag Econ & Econ.
Agriculture and the Changing Climate: Resilience in Uncertain Times Kim McCracken NRCS State Soil Scientist November 7, 2015.
Rutgers, The State University of New Jersey Recommendations From the New Jersey Climate Adaptation Alliance Marjorie B. Kaplan, Associate Director Rutgers.
Climate Smart Agriculture to Foster Food Production by Dyborn Chibonga, NASFAM CEO Prepared for WFO Annual General Assembly in Livingstone, Zambia -
Primary sector The primary sector consist of economic activities( crop agriculture, livestock farming forestry and fishing) that obtain resources of nature.
Honduras’ experience on NAP
Robin Matthews Climate Change Theme Leader Macaulay Institute
The Biggest Sources of Greenhouse Gases
CLIMATE CHANGE – FUNDAMENTALS
Impacts of Climate Change on Agriculture
Climate Change and the Land/Water Relationship
Impacts of Climate Change on Vegetable Production
Local Government Climate Change Support Program 2016
Ecosystem Services Examples:
Climate-Smart Agriculture in the Near East North Africa Region
TOWARDS A CARBON- NEUTRAL MILK CHAIN − WHEN AND HOW IS IT POSSIBLE?
Presentation transcript:

CLIMATE CHANGE – THE FUTURE OF FARMING AND FORESTRY IN THE COTSWOLDS Richard Lloyd Board Member

THE COTSWOLDS AONB THE LARGEST AONB AT ALMOST 800 SQ MILES

LAND USE IN THE COTSWOLDS

THREE FUTURE CLIMATE CHANGE SCENARIOS by 2030 A worst case scenario A best case scenario A most likely scenario Two parameters o Climate Change o Responses to climate change

High ResponseMedium ResponseLow Response Low Climate Change Best Case Scenario Mid Range Climate Change Most Likely Scenario High Climate Change Worst Case Scenario CLIMATE CHANGE SCENARIOS

BEST CASE SCENARIO High degree of response Low degree of climate change

WORST CASE SCENARIO High degree of climate change Low degree of response

MOST LIKELY SCENARIO Mid range degree of climate change by 2030 –Summer temperatures + 1.6ºC –Summer rainfall – 7% –Winter temperatures + 1.3ºC –Winter rainfall + 7% Moderately positive degree of response

CROPS AND GRASS Increased yields, but with greater variability Little change in area of winter wheat and oil seed rape, but crop varieties and management methods likely to change More forage maize and bioenergy crops, and also novel crops Perhaps some small vineyards Little change in area of grassland, although its management may become more extensive

LIVESTOCK Continuing reduction in livestock numbers Main reductions expected in dairy cattle and pigs, with numbers of beef cattle and sheep reducing more gradually Heat stress in summer could impact on livestock fertility, lactation and growth rates New types and breeds of livestock likely to be introduced

OTHER FARMING TRENDS Greater incidence of pests and diseases Greater importance attached to soil and nutrient management, water conservation and energy efficiency More on-farm renewable energy production More mixed farming and diversified enterprises More cooperation between farms

SUMMARY OF FARMING IMPACTS (1) 2007 trend to 2030 Wheat31,421 ha  Oil seed rape12,902 ha  Spring barley8,640 ha  Maize 1,489 ha  Set-aside/bare/fallow11,509 ha  Temp. & perm. grassland 80,964 ha  Rough grazing3,726 ha  Area of biofuel/biomass crops  Area of novel crops  Area of forage crops  Crop and grass yields  Variability in yield & quality  Crop failure  Pests and diseases in crops  Types of crop rotation  Baling/sale/export of straw 

SUMMARY OF FARMING IMPACTS (2) 2007 trend to 2030 Dairy cows11,516  Beef cows10,779  Total cattle69,872  Pigs23,060  Sheep258,477  Livestock fertility  Livestock lactation  Livestock growth rates  New types and breeds of stock  Traditional and hill breeds  Pests and diseases in livestock  Retention of manure and slurry  Mixed farming  Diversified enterprises  Soil and nutrient management  Energy efficiency measures  Energy production on-farm  Water conservation measures  Long term planning  Risk management 

FORESTRY IMPACTS Increased timber and biomass yields Timber quality affected by summer droughts Oak and sweet chestnut will fare well Beech could be affected by drought More damage from fungal diseases and insect and other pests More wind damage and increased risks of fire Planting regimes made more resilient to climate change The trend towards broadleaves continues Market opportunities

SUMMARY OF FORESTRY IMPACTS 2007 trend to 2030 Broadleaved woodland13,445 ha  Coniferous woodland3,161ha  Total Woodland20,657 ha  Timber and biomass yields  Timber quality  Variability in species success  Damage from wind, pests, disease and fire  Woodland gaps and patchiness  Changes in rotation length/ thinning  Mixed species/provenance planting  Higher stocking rates  Planting to buffer/connect  Woodfuel/bio-energy sector  Diversified enterprises 

FARMING, FORESTRY AND ECOSYSTEM SERVICES Improving carbon storage Contributing to water management Reducing greenhouse gas emissions

POLICY AND PLANNING Climate change-proof all AONB policies Develop a Climate Change Action Plan

RESEARCH AND MONITORING Develop a set farming and forestry change indicators Support appropriate research activity to inform management

LANDSCAPE Refine and adapt Environmental Stewardship and England Woodland Grant Scheme prescriptions to suit changing landscape and biodiversity needs Promote the protection, expansion and linking of key habitats Climate change-proof and refine the Board’s landscape strategy and guidelines

DIVERSIFICATION AND BUSINESS SUPPORT Project officer to promote diversification activities which contribute to climate change adaptation and mitigation