With a steadily increasing population of 160 million people, its low elevation and coastal location, Bangladesh is among the most vulnerable countries to climate change. Flood and droughts ravage the lowlands, while salinity intrusion, land subsidence, cyclones, and rising sea-levels endanger the population living in the Bay of Bengal. According to a report by USAID, 56% of the population lives in high climate exposure area. Simultaneously, 70% of Bangladeshis live in rural areas, among which 87% depend on agriculture. Weather affects 80% of crop-yield variability—making those farmers subject to an uncertain economic future due to variation in the monsoon onset, drought incidences, and flood occurrences. At the same time, accurate and location-specific meteorological forecasts offer great potentials for securing food production against climate-related risks. Climate change is a national threat and requires solutions that can be easily scaled to the entire country.

Agro-meteorological forecasts and advisories for climate-proof food production in Bangladesh

Weather Impact cooperates with New Amsterdam Consultant and Delta Research Initiative to develop weather services for Bangladeshi farmers. Within the Water for Food Programm from NWP (Netherlands Water Partnership) we aim to increase farmers’ capacity to make data-driven decisions regarding water-management, irrigation, planting calendar and extreme weather mitigation. We will focus on the lower Ganges Delta in Bangladesh, a vulnerable place due to increased climate variability. By bridging the gap between farmers and weather information, we want to increase water use efficiency and increase food production.

We have the opportunity to make a difference for farmers by providing the following services;

These services will be provided via the Weather Impact mobile application and social media. We will first target farmers from the Waterapps project, an initiative coordinated by our close partner Wageningen University.
The agro-meteorological forecasts and advisories to Bangladeshi farmers can have a direct effect on food security in the region. The weather forecasts are localized and interpreted into a tailored message for agricultural planning, depending on crop-type and farm location. With daily weather forecast, farmers have access to local information about the weather up to 7 days ahead, combined with an agricultural advice—a translation of the weather forecast into suitability for certain farming activities. An example of such advice would be a suitability indication to fertilize and weed on Tuesday, while Friday might be better for harrowing. This type of information guides farmer on daily farming activities and optimizes the growth, health, and quantity of their harvest.

More news about this project:

NWP winning proposal

Location of this project