Agroecology Knowledge Hub

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Agroecology plays an important role in contributing to the eradication of hunger and extreme poverty, and as a means to facilitate the transition to more productive, sustainable and inclusive food systems. Creating a greater awareness of agroecology and its advantages is an important step to help policy-makers, farmers and researchers to apply this approach to achieve a world without hunger.

The database provides a starting point to organize the existing knowledge on agroecology, collecting articles, videos, case studies, books and other important material in one place. The objective is to support policy-makers, farmers, researchers and other relevant stakeholders through knowledge exchange and knowledge transfer. The database is a ‘living process’ that is constantly being updated.

The external references on this website are provided for informational purpose only - they do not constitute an endorsement or an approval by FAO.

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The Huangpu River, a source of drinking water, has been highly contaminated in recent years by fertilizer-rich agricultural drainage from extensive fertilizer uses in vegetable farms for high yields in the suburbs of Shanghai. A fertilizer-use reduction experiment (between 20 and 40%), in combination with a newly composed mixture of...
China
Journal article
2012
The loss of nitrogen and phosphorus due to excessive fertilizer application has become a major form of agricultural non-point pollution. In order to explore the impact of different planting patterns (conventional cultivation, green rice-frog ecosystem and organic rice-frog ecosystem) on nitrogen and phosphorus loss, a field experiment in three paddy...
China
Journal article
2014
The elemental composition of a subcellular compartment, cell, tissue or organism is termed as ionome, which involves of all mineral elements of life, regardless of chemical forms these occur. Ionome is the inorganic chemical element’s fingerprint of plant that quantitatively and accurately reflects inorganic response of plants to environment stimuli....
China
Journal article
2016
Key measures of eco-agricultural practices include landscape design at landscape level, circulation system design at ecosystem level and biological relationship design at community or sub-community level. Landscape design includes biological conservation design, resources utilization framework design, ecological safety design, and aesthetic landscape design. Circulation system design includes field circulation system,...
China
Journal article
2008
Following the basic organization hierarchy of biology, eco-agricultural models can be classified into the following fundamental classes: landscape model (at landscape level), in which agricultural land arrangement pattern is essential; cycling model (at ecosystem level), in which the core model is linked to different compartments of agro-ecosystems through energy and...
China
Journal article
2009
A technical package for eco-agriculture is the assembly of multiple techniques for a functional and goal-oriented agro-ecosystem management. The resources can originate from traditional agro-practices, modern agro-practices and high-tech innovations. There are inseparable, compatible, or incompatible relationships between a single technique and a specific agro-ecosystem. Also, there are mutually dependent,...
China
Journal article
2010
Total results:2689