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IssuesCambio climáticoLandLibrary Resource
There are 5, 898 content items of different types and languages related to Cambio climático on the Land Portal.

Cambio climático

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Payments for soil carbon sequestration – “Smallholders and the climate could lose out”

Journal Articles & Books
Julio, 2013
Global

More than three times as much carbon is stored in soils across the world as it is in the atmosphere, making them one of the most important global carbon sinks. Therefore, processes impacting on the soil in which carbon is released, such as deforestation or agricultural activities, significantly contribute to climate change. The debate on the reduction of greenhouse gas emissions from agricultural activities and their consideration in the international climate negotiations has brought soils as carbon reservoirs more to the public eye.

Tropical forage-based systems for climate-smart livestock production in Latin America

Journal Articles & Books
Octubre, 2014

Tropical forage grasses and legumes as key components of sustainable crop-livestock systems in Latin America and the Caribbean have major implications for improving food security, alleviating poverty, restoring degraded lands and mitigating climate change. Climate-smart tropical forage crops can improve the livestock productivity of smallholder farming systems and break the cycle of poverty and resource degradation.

China’s biomass energy development – a perception change from waste to resource

Journal Articles & Books
Octubre, 2014
China

China has a longstanding tradition of using biogas for decentralised energy supply. Already, there are nearly 42 million household digesters in the rural areas, a figure set to double by 2020. But the country has even more ambitious plans. In order to achieve its own climate targets and raise the share of renewables in overall energy supply to 15 per cent by 2020, it wants to set up 16,000 middle- and large-scale biogas plants. However, implementation isn’t quite so easy.

The “Green charcoal chain”

Journal Articles & Books
Febrero, 2014
Madagascar

German Development Cooperation has developed an approach for the sustainable production of charcoal that has proved to have a considerable impact in Northern Madagascar. Since both environmental and socioeconomic aspects are addressed in a very effective way, this approach has high potential referring to global challenges such as land degradation, rural poverty and climate change.

Climate change, environment and migration in the Sahel

Journal Articles & Books
Febrero, 2015
Global

In the debate on climate change, it is frequently argued that the number of “climate refugees” is going to grow world-wide. So far, however, only little evidence has been provided of links between climate change, environmental changes and migration. The transdisciplinary research project “micle”– migration, climate & environment – has examined this link in selected areas of the Sahel zone.

WORKSHOP 7: ENVIRONMENT, AGRO-ECOLOGY, SOIL, WATER, CLIMATE CHANGE

Conference Papers & Reports
Diciembre, 2016
Global

 

The dominant agricultural model, based on the abusive and destructive use of natural resources, leads us into a health, social, ecological, climatic, economic and cultural impasse.

In the North as in the South a regulatory arsenal limits the rights of peasants to exchange and reproduce their seeds. The privatization of seeds, the first link in the food chain, and the growing control over them by multinational companies seeking to increase their monopoly by imposing hybrid seeds and GMOs poses a threat to global sovereignty and food security.

Simulating the impact of future land use and climate change on soil erosion and deposition in the Mae Nam Nan sub-catchment, Thailand

Reports & Research
Diciembre, 2013
Tailandia

This paper evaluates the possible impacts of climate change and land use change and its combined effects on erosion and deposition in the Mae Nam Nan sub-catchment, Thailand. Soil loss models were employed to estimate soil loss and net soil loss under direct impact (climate change), indirect impact (land use change) and full range of impact (climate and land use change) to generate results at a 10 year interval between 2020 and 2040.