Climate change impacts on droughts

Subtitle
Desertification, Land Degradation and Drought (DLDD), and bio-physical modelling for crop yield estimation in Latin America under a changing climate, Deliverable No. 8
Volume, number, page
28 p.
Year of Publication
2016
Author(s)
CARRÃO H
NAUMANN G.
BARBOSA P.
Editor(s)
JRC
Organization Name
Joint Research Centre - European Commission
Acronym
JRC
Publisher
European Commission
City
Luxemburg
Full Date
2016
ISBN or ISSN
978-92-79-64586-0
Category
Official Documents
Keyword(s)
Environmental technology
Climate Change
Climate change mitigation
Balance of ecological impacts
Environmental damage
Environmental impact
Drought
Natural catastrophes
EUROCLIMA
Food Security
Causes of environmental damage
Changes in the ecological balance
Environmental damage to the soil
Desertification
Soil erosion
Deforestation
Destruction of forests
Latin America
Crop Yield
Adaptation to Climate Change
Climatology
Meteorology
Abstract
This Technical Report was developed in the framework of Component 3 of the second phase of the Programme EUROCLIMA: “Sustainable Agriculture, Food Security and Climate Change in Latin America: Strengthening the capacities of key stakeholders to adapt agriculture to climate change and mitigate its effects”. EUROCLIMA is a regional cooperation program between the European Union and Latin America aiming at facilitating the integration of mitigation and adaptation strategies into climate change public policies and development plans in Latin America. In the framework of EUROCLIMA, EU development assistance funding has been provided through the Commission’s Directorate General for International Cooperation and Development (AA JRC No. 2013/332-909) to work on the topics of Desertification, Land Degradation and Drought (DLDD), as well as on bio-physical modelling for crop yield estimation in Latin America. This study makes use of the most current General Circulation Models (GCMs) forced with CMIP5 climate projections to quantify the projected changes in intra-annual drought characteristics for South–Central America during the next century at a fine gridded scale. Since the analysis is based on GCMs and South–Central America region is part of the integrated framework that contributes to the global conditions used to stimulate the various climate projections, we decided also to conduct our analysis from a global to a continental perspective (in order to place South–Central America in the globe).
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