3.9 Article

Development of Tailored Early Warning Agromet Advisories for Farmers in Zambia, Indonesia, and South Africa

期刊

FRONTIERS IN CLIMATE
卷 3, 期 -, 页码 -

出版社

FRONTIERS MEDIA SA
DOI: 10.3389/fclim.2021.710625

关键词

agromet advisories; co-development; community participation; Zambia; Indonesia; South Africa

资金

  1. University of the Free State
  2. South African Agricultural Research Council
  3. South African National Research Foundation
  4. South African Water Research Commission
  5. Universatas Indonesia
  6. Canadian International Development Research Center (IDRC)
  7. Netherlands Space Office, G4AW (Geodata for Agriculture and Water)
  8. Indonesia Climate Change Trust Fund of the Ministry for Planning and Development and KONSEPSI Consortium

向作者/读者索取更多资源

Farmers often do not utilize climate and weather information due to a lack of understanding about the specific influence of weather parameters on farm-level decision making. Therefore, tailored agrometeorological advisory systems are necessary, requiring effective agricultural weather forecasts and two-way communication.
Farmers do not often use climate and weather information on a regular basis, as the specific influence of weather parameters on farm-level decision making is not well-known. Agromet advisories are needed for local farming systems. Effective agrometeorological advisory systems, need tailored agricultural weather forecasts, and two-way communication. Transdisciplinary teams together with farmers can co-develop early warning Agromet advisory systems to address farmers' needs. Three examples of Agromet advisories are discussed- CAPES in Zambia, Science Field Shops in Indonesia, and the AgriCloud mobile App in South Africa. Community Agrometeorological Participatory Extension Service (CAPES) began in Monze, Zambia to communicate seasonal climate forecasts to farmers through researchers and extension interactions. Participatory groups collected spatial and temporal data about local farming systems to highlight opportunities. Communication methods used were local radio, farmers' days, trials, with farm visits. CAPES resulted in lifelong learning about climate and co-development of tailored Agromet advisories to improve climate resilience. In Science Field Shops (SFS) groups of Indonesian farmers meet experts regularly to exchange information about climate and farming activities. Farmers measure rainfall and observe their agroecological systems each day. At monthly meetings, the seasonal forecasts are discussed using dialogue-discussion methods. Agrometeorological learning is trans-disciplinary through interaction between anthropologists, agrometeorologist, and extension personnel. SFS includes eight climate services that empower farmers to address challenges and sustain their productivity. AgriCloud is an online weather-based agricultural advisory system enriching weather forecasts with agricultural information and local knowledge. Real-time overviews and warnings are tailored to farmer's needs. AgriCloud provides farmers, extension staff, and advisors daily updated weather-related farm-specific advice in 11 South African official languages. AgriCloud is available as an android mobile App, or API to use via a platform. These examples illustrate the use of weather forecasting together with tailored forecasts and communication systems to deliver Agromet advisories, showing different aspects of the incorporation of local knowledge in co-developing advisories for the farmers. In the future, various combinations can be used around the world when co-developing with the farmers.

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