Improving the Soil Fertility Based on Soil Texture and Climate Change

Our India is the backbone for the agriculture land and various crops and spices. These days our culture and crops are devasted due to chemical fertilizers and pesticides. To ensure the quality and quantity of life of our lands should be enhanced by organic fertilizers and proper acknowledgment of farmers practicing agriculture. As of now Indian poverty rate is high and by 2040 it will increase by 3.5%, to prohibit these problems we should help farmers to get idea of cropping plants with proper mechanisms based on climatic actions and fertility of soil. The development of soil fertility along with climatic condition increases the crop yield and production by mapping the parameters of soil properties. Analyzing the data from different soil texture and soil humus level can give a good application to plant the crops and help to prevent poverty of India. Even due to climatic change soil erosion is occurring at very high rate and crops are not giving proper yield and expected efficiency. This project will help to prevent all these circumstances and improve the quality of soil by mapping report of particular lands. The options for increasing soil fertility are covered in this abstract in relation to soil texture and climate change. A key component of sustainable agriculture is soil fertility, which is impacted by a number of factors such as soil composition and climate. To enhance soil fertility, it is recommended to start with soil testing and analysis to determine nutrient levels and pH. Organic matter addition through composting, cover cropping, and residue incorporation improves soil structure and nutrient availability. Nutrient management based on soil tests, crop rotation, and conservation tillage are vital practices. Climateadaptive strategies, such as adjusting planting and irrigation, are crucial in the face of changing weather patterns. Effective water management, soil erosion control, and agroforestry are additional tools to consider. Continuous monitoring and adaptive management, coupled with education and training, contribute to long-term soil fertility improvement and climateresilient agriculture.