生态农业知识中心

知识共创和分享: 通过参与性进程共创农业创新能够更好地应对当地挑战

生态农业以特定环境下的知识为基础,不会提供一个固定的解决方案。相反,生态农业方法都是因地制宜的,以适应具体的环境、社会、经济、文化和政治条件。知识共创和分享在发展和落实生态农业创新的过程中发挥着核心作用,以应对适应气候变化等粮食系统面临的挑战。通过共创过程,生态农业融合了传统和本地知识、生产者和贸易商的实践知识以及全球科学知识。在这个过程中,生产者在农业生态多样性方面的知识、在具体情况下的管理经验以及对市场和机构的了解绝对发挥了核心作用。

正式和非正式的教育在分享由共创的农业生态创新方面发挥根本作用。例如,过去三十多年来,扁平化组织“农民之路”在分享生态农业知识、联系数十万拉美生产者方面扮演了至关重要的角色。相反,自上而下的技术转让模式只取得了有限的成功。

鼓励参与式进程和建立互信的机制创新使得知识共创和分享成为可能,促进具有相关性和包容性的生态农业过渡进程。

Database

In Latin America, numerous farmers' movements, civil society organizations, and scientists involved with the public sector have formed the agroecological movement as a response to the agricultural and food crisis that has been fundamentally shifting from the implementation and expansion of intensive agriculture. Through this movement, they aim to redefine...
论文
2020
The COVID-19 pandemic has confirmed the place of women in the front line: as nurturers, caretakers, responsible for domestic tasks and education, their workload has increased tenfold due to state measures to fight the virus, and they have been more severely impacted than men have in economic terms. Questioning gender inequalities...
论文
2021
Current food and agricultural systems face major environmental, climate and health challenges while struggling to respond to the challenges of food and nutrition security. The Coalition for food systems’ transformation through agroecology (Agroecology Coalition or AE Coalition for short) was created in 2021 at the margins of the UN Food...
活动
2022
In this webinar, participants will listen to policymakers from Africa, Asia, Latin America, and Europe share their experiences in developing and implementing public policies and initiatives that support transitions from pesticide dependence to agroecology. This proven approach to farming — grounded in principles of equity, collectivity, and food sovereignty — has...
Argentina - Benin - India - Mexico - Spain
活动
2021
In Cambodia, small-scale farmers are facing the issue of low economic returns from their rice farming because of low productivity and high input costs. The system of rice intensification (SRI) allows farmers to use less inputs. In dry areas, SRI could result in an average yield of 3.6 tonnes/ha, while...
Cambodia
创新
2018