Block Level Weather Advisory through the Indian Meteorological Department

About :

In the Crop Doctor 2.0 project, we have developed a valuable service called "Block Level Weather Advisory through the Indian Meteorological Department." This service leverages the expertise and data provided by the Indian Meteorological Department to deliver timely and accurate weather information at the block level, benefiting farmers in their agricultural decision-making.
The service utilizes real-time data, weather models, and advanced algorithms to provide reliable weather forecasts, including temperature, precipitation, humidity, wind patterns, and other relevant meteorological parameters.
The block level advisory is particularly crucial as it takes into account the micro-climatic variations within different blocks. This helps farmers make localized and precise decisions, considering the specific weather patterns and conditions that may differ from nearby regions.
The block level weather advisory service is continuously updated with the latest data and weather models. This ensures that farmers receive the most accurate and up-to-date information for their decision-making process. The app also provides alerts and notifications to farmers in case of significant weather events or changes that may impact their crops.
In summary, Byintegrating this service into their agricultural practices, farmers can plan and manage their farming activities more effectively, optimizing their yields and minimizing risks associated with changing weather conditions.

Salient Features

• Block-level weather information for precise agricultural planning and decision-making.
• Accurate forecasts of temperature, precipitation, wind patterns, and humidity at the local level.
• Timely alerts and notifications for significant weather events or changes impacting crop growth.
• Integration of historical weather data for trend analysis and better long-term planning.
• Tailored recommendations for sowing, irrigation, and crop protection based on localized weather conditions.