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By 2050, the proportion of the population facing stressed water supplies is expected to increase by 500% and the number facing full water scarcity is expected to increase by 800%[1]. Climate variability is expected to impact many major crops , cutting productivity in key food crops like irrigated rice by as much as 27%, rainfed wheat by 25%, and rainfed maize by 15%.

Broad bed furrow (BBF) system is beneficial for soybean crops due to 1. **Improved Water Management**: BBF helps in better water infiltration and retention. The raised beds allow excess water to drain away from the crop roots, preventing waterlogging which can be detrimental to soybean plants. 2. **Enhanced Root Growth**: Soybeans develop a robust root system when grown in broad bed furrows. The well-drained beds encourage deeper root penetration, which aids in accessing nutrients and moisture from deeper soil layers. 3. **Reduced Soil Erosion**: By forming raised beds, BBF reduces soil erosion caused by water runoff. This is especially important for soybean crops, which are often grown on sloping terrain where erosion control is crucial. 4. **Optimized Planting Conditions**: BBF provides a better planting environment, especially in heavy clay soils or areas prone to flooding. It allows for earlier planting in wet conditions since the raised beds facilitate soil warming and drying. 5. **Increased Yield Potential**: Studies have shown that soybeans grown in broad bed furrows can yield higher compared to those grown on flat surfaces. This is partly due to improved soil structure, reduced stress from waterlogging, and better nutrient availability. 6. **Ease of Management**: Managing weeds and applying fertilizers or pesticides can be more efficient in BBF systems. The distinct raised beds make it easier to apply inputs precisely where needed without affecting the crop directly. broad bed furrow systems offer significant advantages for soybean cultivation by enhancing water management, root growth, erosion control, and overall yield potential. These benefits contribute to better crop health and productivity in soybean farming.

Amid a relentless #Heatwave, #India's key reservoirs are down to 23% of capacity, with eight at zero storage, according to the #CWC data. This threatens summer crop yields and highlights the critical need for an 'above normal' #Monsoon. To combat this, we must enhance #Rainwater harvesting, improve irrigation efficiency, promote sustainable farming practices, and prioritize the restoration of water bodies. MoEF&CC Read more: https://lnkd.in/d7SiAezc

Telangana's meteoric rise to India's top rice producer is a remarkable achievement. ✨ When the state was formed in 2014, Telangana was not even among the top ten rice producing states. This rare feat was possible only due to the visionary leadership of former CM Sri K. Chandrasekhar Rao garu. From a dry and arid region to record-breaking food grain production, Telangana's success story is truly inspiring. The statistics published for the year 2023-24 in the Central Government's Dept. of Agriculture website, clearly depict this. Under the guidance of Sri KCR garu, a farmer himself, Telangana has implemented key initiatives that have transformed the state's agricultural landscape. The Kaleshwaram Project, the world's largest lift irrigation system, has been a game-changer, providing water to the once arid lands. Other key initiatives included; - Rythu Bandhu Scheme: Investment support for farmers - 24-hour Free Electricity: Uninterrupted power supply - Complete Paddy Procurement & Storage facilities. Hearty congratulations to Telangana's farmers, whose perseverance and commitment have made this milestone possible. Jai Telangana! * Infographic Source: https://upag.gov.in/

The lifeblood of the nearly $3.5-trillion economy, the monsoon brings nearly 70 per cent of the rain India needs to water farms and refill reservoirs and aquifers. In the absence of irrigation, nearly half the farmland in the world's second-biggest producer of rice, wheat and sugar depends on the annual rains that usually run until September. #indianeconomy #india #indianagriculture #inflation #productivity

#Groundwater is vital for #farming in India. But overexploitation — years of it — has led to steadily drying aquifers. Major crops like #sugarcane, #rice, #cotton, and #wheat are becoming more and more difficult to cultivate, given their water-intensive nature. Yet, government policies by and large favour the growth of staple water-intensive cereal crops. The result: an impending #watercrisis. https://lnkd.in/gw8nMBqr

Uninterrupted water supply – an untapped solution for enhancing crop production, a crucial facet discussed by Sindh's Irrigation Minister, Jam Khan Shoro. He delves into the water scarcity issues presently bothering Sindh, stressing the equity of water distribution among different canals. The government’s goals are not only limited to ensuring a constant flow of water for crops but also involve the strategic drainage of rainwater in pertinent locations. However, steps towards this may have potential impacts on the sowing of key crops such as cotton and rice in the region. Amidst these challenges, the Sindh government puts forward the necessity of maximal water releases from reservoirs to facilitate the timely cultivation of different crops. Though successful crop production is a statewide priority, the impacts of any water shortage should be uniformly shared across all provinces to avoid catastrophic losses in Kharif crop production. Explore the complete story to understand the blend of challenges and strategies revolving around water supply in Sindh. Don’t forget to follow us for more updates. 🔗 : [Read More](https://lnkd.in/ddgrk7uQ) #WaterSupply #Pakistan #Sindh #CropProduction #WaterScarcity #Agriculture #Irrigation #SustainableFarming #KharifCrops #Rice #Cotton #TarbelaReservoir #Wapda #IRSA #DroughtManagement #WaterManagement

The major problem with rice is huge methane emissions. Alternate wetting and drying (AWD) reduces emissions and increases yield due to carbon finance paying for irrigation. No more herbicides. The paddling movement of the ducklings/ducks stimulates the rice plants to produce massive tillers. Duck manure fertilizes the soil and eventually eliminates the need for synthetic fertilizers. The ducks also eat the harmful insects and weeds, thus eliminating the need for pesticides and herbicides.

Groundwater is vital for farming in India. But overexploitation — years of it — has led to steadily drying aquifers. Major crops like sugarcane, rice, cotton, and wheat are becoming more and more difficult to cultivate, given their water-intensive nature. Yet, government policies by and large favour the growth of staple water-intensive cereal crops. The result: an impending water crisis. https://lnkd.in/gbiY9CmY