Vulnerability to Climate Change in Agricultural Systems in Latin America and the Caribbean : Building Response Strategies

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作者：

World Bank

来源地址：

http://hdl.handle.net/10986/24103

关键词：

EMISSION SCENARIOS;  WATER QUALITY;  ALTITUDE;  ORGANIC MATTER;  NASH;  TEMPERATURE;  FOSSIL FUELS;  RELATIVE HUMIDITY;  GREENHOUSE GAS EMISSIONS;  CARBON;  CADMIUM;  STORMS;  METEOROLOGY;  HYDROLOGY;  EMISSIONS;  METHANE EMISSIONS;  ATMOSPHERE;  INCENTIVES;  EVAPOTRANSPIRATION;  TROPICAL FOREST;  NUTRIENTS;  GAS;  GLOBAL GREENHOUSE GAS;  HUMIDITY;  GLOBAL GREENHOUSE GAS EMISSIONS;  SOLAR RADIATION;  ACIDIFICATION;  AIR;  GREENHOUSE GAS;  PESTICIDES;  WATER RESOURCES;  HYDROLOGICAL CYCLE;  ZINC;  PLANS;  FERTILIZERS;  RADIATION;  ANNUAL PRECIPITATION;  RENEWABLE ENERGY SOURCES;  CO2;  TROPICS;  NEGATIVE IMPACT;  ENERGY SOURCES;  AGRICULTURAL TECHNOLOGY;  FLOODS;  EMISSION SCENARIO;  CAPACITY;  GHG;  EMISSIONS PROJECTIONS;  GAS PRODUCTION;  METEOROLOGICAL STATIONS;  GLOBAL WARMING;  CARBON SEQUESTRATION;  CONVENTION ON CLIMATE CHANGE;  CARBON TAXES;  RAINFALL;  LAND DEGRADATION;  SURFACE TEMPERATURE;  GLACIERS;  FORESTRY;  RESEARCH;  CYCLONES;  CLIMATE CHANGE;  TROPICAL REGIONS;  FARMERS;  GAS EMISSIONS;  NATURAL RESOURCES;  PRECIPITATION;  FUELS;  GREENHOUSE GASES;  INFRASTRUCTURE;  LAND USE;  EMISSIONS REDUCTIONS;  NATIONAL EMISSIONS;  TECHNOLOGY;  EMISSIONS SCENARIOS;  EMISSION;  GREENHOUSE;  WATERSHED MANAGEMENT;  ECOSYSTEM;  FROST;  GREENHOUSE GAS ABATEMENT;  LEAD;  CLIMATIC VARIATIONS;  PLANT BREEDING;  CROP;  CLIMATE CHANGE;  IPCC;  DROUGHT;  CARBON STORAGE;  CROP RESIDUE;  SOIL CARBON;  DEFORESTATION;  CLIMATE;  FORESTS;  REPORTS;  MEXICO;  CLIMATE SYSTEM;  NITROUS OXIDE;  CLIMATE CHANGE MITIGATION;  AGRICULTURE;  FOREST;  TROPICAL STORMS;  AGRICULTURAL SYSTEMS;  FERTILIZATION;  GLOBAL CLIMATE CHANGE;  ENERGY EFFICIENCY;  INFRASTRUCTURE INVESTMENTS;  COPPER;  LAKES;  CARBON CERTIFICATES;  CARBON SEQUESTRATION CAPACITY;  NITROGEN FIXATION;  INVESTMENT;  NITROGEN;  IRRIGATION;  WATERSHED;  WEATHER CONDITIONS;  CARBON MARKET;  RAIN;  NITROUS OXIDE EMISSIONS;  METHANE;  GCM;  ARSENIC;  GLOBAL ENVIRONMENT FACILITY;  RENEWABLE ENERGY;  GASES;  CLIMATOLOGY;  CLIMATIC VARIABILITY;  BIODIVERSITY CONSERVATION;  AFFORESTATION;  FRAMEWORK CONVENTION ON CLIMATE CHANGE;  EMISSIONS SCENARIO;  LAND?USE;  PRICES;  FOREST ECOSYSTEMS;  BENEFITS;  ENERGY;  CLEAN”  TECHNOLOGIES;  Report; 

年份：

2009

出版地：

Washington,USA

语种：

English

摘要：

This study reports the results of “action research” to identify and prioritize stakeholder driven, locally relevant response options to climate change. These response options comprise the basis of local action plans developed to address agricultural adaptations to climate change in three diverse agroecoystems: the Yaqui Valley in northwestern Mexico, the Mantaro Valley in central Peru, and the western littoral regional of Uruguay. The study has three primary objectives. The first is to develop and apply a pilot methodology for assessing agricultural vulnerability to climate change and for formulating response strategies to inform private and public sector decisions in the Latin America region. The second objective is to formulate recommendations for investments in each of the selected agro-ecosystems in a range of areas including agricultural technology adaptation, infrastructure investments, public and private sectoral support activities, and institutional and policy changes. The final objective is to disseminate the study results in the Latin America region to help increase understanding of the impacts of climate change and alternative adaptation response strategies.