In addition to risk reduction, mixed cropping provides several other benefits. It optimizes land use by utilizing available space more efficiently, enhances soil fertility through diverse root systems and nutrient uptake patterns, reduces pest and disease pressure through natural pest ...

Mixed cropping offers farmers a form of insurance against the failure of one crop by spreading the risk across multiple crops. If adverse conditions affect one crop species, the presence of other crops can help compensate for potential losses. This ...

Common examples of mixed cropping combinations include wheat + gram, wheat + mustard, and groundnut + sunflower. These combinations are selected based on crop compatibility, resource requirements, and complementary growth patterns, aiming to maximize land productivity while minimizing risks associated ...

Mixed cropping involves growing two or more crops simultaneously on the same piece of land, whereas mono-cropping involves cultivating a single crop on a given plot. Mixed cropping diversifies agricultural production by intercropping different crops together, providing several benefits such ...

Check-dams serve a dual purpose in water resource management. Firstly, they prevent rainwater from swiftly flowing away, allowing it to infiltrate into the soil and recharge groundwater aquifers. Secondly, by slowing down the flow of water, they help reduce soil ...

Watershed management involves implementing measures to conserve and manage water resources within a specific watershed or catchment area. Building small check-dams is one such measure that helps increase groundwater levels by impounding rainwater runoff. These check-dams prevent rainwater from flowing ...

Rainwater harvesting involves the collection and storage of rainwater for various purposes, including irrigation. By capturing rainwater through methods such as rooftop harvesting, surface runoff collection, and recharge pits, farmers can supplement their water resources, reducing reliance on external sources ...

Two prominent initiatives are rainwater harvesting and watershed management. These strategies focus on capturing and managing rainwater effectively to augment agricultural water supplies and mitigate water scarcity challenges.

Tanks contribute to sustainable water management by harvesting rainwater and runoff, thus conserving water resources and reducing reliance on external sources. Additionally, they support agricultural activities by providing a dependable water supply for irrigation, particularly in areas where access to ...

Tanks serve as small-scale storage reservoirs that capture and store runoff from smaller catchment areas. These tanks play a crucial role in augmenting irrigation in regions with limited water resources by providing a localized supply of water for agricultural use. ...