As an AI language model, I don’t have access to the real-time data or the ability to predict the future, but I can provide some information on rainfall patterns in Balangir District, Belpara Block.
Balangir is located in the western part of Odisha, which is known for its scanty rainfall. The monsoon season in Balangir starts in June and lasts until September. During this time, the district witnesses an average rainfall of 1086 mm. However, the rainfall patterns can be quite erratic, with some years experiencing drought-like conditions and others experiencing excessive rainfall.
Belpara Block is one of the subdivisions of Balangir District, covering an area of 302 square kilometers. The block is predominantly rural and agriculture-based, with the majority of the people depending on rainfall for their crops.
The rainfall pattern in Belpara Block is similar to that of the rest of Balangir District. The district receives most of its rainfall from the south-west monsoon winds. The rainfall is usually heavy in July and August, with occasional rainfall in June and September.
The district administration in Balangir has set up a network of rain gauge stations to monitor the rainfall pattern across the district. The data collected from these stations is used to predict the weather and plan agricultural activities accordingly.
The district administration also takes various measures to mitigate the impact of drought and excessive rainfall. The government provides compensation to farmers who face crop loss due to drought or excessive rainfall. The district administration also encourages the adoption of sustainable agricultural practices that can help farmers cope with erratic rainfall patterns.
In conclusion, rainfall patterns in Balangir District, Belpara Block can be quite unpredictable, with the district witnessing both drought-like conditions and excessive rainfall in some years. The district administration has set up a network of rain gauge stations to monitor rainfall patterns and takes various measures to mitigate the impact of erratic rainfall on agriculture.