As the global population is increasing and climatic conditions are becoming more uncertain, ensuring reliable food and water supply, becoming a major challenge. By 2050, 50% increase in agricultural production to provide food to 10 billion people by 2050 by 2050. While already in farming globally, 70% freshwater is being used. In this way, it is not only necessary to increase agricultural production to meet the growing food demand – but also a sustainable, justified and efficient ways Cultivation from it is also very important. Pacific, especially artificial intelligence (AI) has immense ability to solve these complex challenges. AI-run analysis and data-based decision system, efficient use of water and fertilizers can be helpful in efficient use of water and fertilizers. This is. This can help farmers to select the varieties of more competent crops and sowing and harvesting at the right time, but only the technology cannot bring long -term and effective changes. According to local conditions, it is affordable and dependent on the communities. Eligible solutions are necessary. To ensure the benefit of innovation of 50 crore small farmers of the world, which generates one-third of the global food production, it becomes necessary to work together of technological developers, policy-makers and local communities. The stage of change is Uttar Pradesh (UP) is the major wheat producer of India, which ranks second in rice production and third in agricultural exports. Efforts are now being made to connect technological progress and inclusive development here. However, the agricultural sector of Uttar Pradesh, falling groundwater level, irregular weather, and rising production costs, depending on small and marginal farmers, are facing many challenges. In order to deal with these challenges, the ‘UP PRAGATI ACECELERARE’ project was started in the year 2022. This technical assistance program includes many partners with the Uttar Pradesh government. This initiative, global expertise and local knowledge, develops solutions that help to increase the production capacity of farmers, conserve resources and make agriculture more sustainable. Could aim to support 10 lakh small farmers in the major agricultural price chains of Uttar Pradesh in five years. Innovation -based innovation is also the largest sugarcane producer of India and second largest rice producer. There are serious challenges related to stability about both crops. Sugarcane cultivation causes high consumption of soil and water resources, while due to the use of water stalled in rice production, the problem of groundwater crisis and methane emissions increases. To solve these problems, the UP PRAGATI ACECELERATOR project Under, two accurate agricultural programs called AI4SUGAR i.e. Artificial intelligence for sugars and AI4RICE ie rice are being developed. These programs are being developed. Water resources are being run in collaboration with the group. These digital platforms, satellite paintings, soil health indicators, and exact weather forecasts. This system gives the farmers accurate advice on irrigation, fertilizer use, and insect management, so They can increase crop production, reduce costs, and reduce greenhouse gas emissions. For paddy farmers, the cultivation of direct-seeded rice (DIEDED RICE, DSR) has been encouraged for paddy farmers. Going, which has more water savings capacity than traditional transplantation. This progress project in collaboration with International Rice Research Institute These seeds have strong root systems, drought tolerate capacity and anti-insect properties, which can reduce the use of farmers, fertilizers and pesticides. Results of programs effective: 2 lakh 90 thousand farmer accurate irrigation so far so far (Precision Irrigation) method has adopted, which has increased productivity along with water saving up to 18–35%. These solutions are not only helping saving important resources, but also farmers reaching carbon credit markets They are also enabled. UP Progress Project, in collaboration with the World Bank’s Climate Warehouse, is developing advanced equipment to measure, report and verify savings in water and carbon emissions. Kisan is developing its stability through this process You can mudge the benefits received from and re-invest in climate-friendly agricultural practices. While digital revolutionary based agricultural practices are presenting sustainable solutions in the tree, while digital technology is becoming the backbone of this change. The government is carrying forward the steps towards adopting a digital revolution in agriculture, in addition to the UP PRAGATI project, in collaboration with the private sector and Gates Foundation. This entire system – philosophy – Darshan (Digital Agriculture Resource System for Harmonized and Advanced Network) will be operated from an integrated web portal, where various schemes will be operated and monitored. You will also be able to monitor the action being taken on your application. Along with this, a mobile app is also being developed, which will monitor the plans in real time through Aadhaar Verification, which ensures transparency in planning implementation It will be. Digital solution to strengthen farmers, the Government of Uttar Pradesh has started the “FPO Shakti” web portal, accepting the important role of farmer productive organizations (FPOS). This portal helps farmers to connect the market and provide easy access to government schemes. Apart from this, the recently launched Kisan Mitra AI Chatbot is making the agricultural extension services digital and accessible. Initially it was available only to agricultural extension officers, but it will soon provide agricultural consultation to the farmers at direct convenience, which will give them an instantly expert advice. This increased availability of government schemes, action and progress in real time (Real-time tracking) and AI-manual advice combination, farmers’ productivity will increase, their access to the market will be easier, and their income will improve. In addition, it will also help in adopting sustainable agricultural practices. Long -term capacity building is required for ability to create capacity for decidual success. In this direction, the Uttar Pradesh government has set up a “AI and Innovation Driven Entrepreneurship Center of Excellence in Noida. .2030 Water Resource Group is ensuring that AI solutions are prepared according to the specific needs of the farmers. Major features of this center: Providing AI-based rural counseling services in local languages. Co-utilization of the Krishna machinery Developing a digital platform for (peer-to-peer renting). Conducting skill development programs for farmers, government officials and researchers. Through this initiative, the next generation of agricultural innovators will be empowered and Uttar Pradesh It will be established as a center of digital and climate-skilled agriculture. Simultaneously, in this era of a strong and constant future preparation of future and lack of resources, the maximum benefit of technology will be possible only when governments, private companies, researchers And the community should take action together. Pragati Pariyonja of Uttar Pradesh presents an effective example of this, where various stakeholders are cooperating to promote innovation according to local needs. This collaborative approach ensures that new technologies are practical and Be accessible to all – all of those who are the most affected by climate crisis. If models such as Pragati project are adopted globally, then a sustainable future should be created by using the power of this technological era. This article can be published here first.
// Select the first 5 items from the shuffled array
const selectedItems = shuffledItems.slice(0, 5);
// Loop through the selected items and display them
selectedItems.forEach(post => {
const link = post.querySelector(“link”).textContent;
const description = post.querySelector(“description”).textContent;
// Create a new post element
const postElement = document.createElement(“div”);
postElement.classList.add(“latest-post”);
postElement.innerHTML = `
// Append the new post element to the container
latestPostsContainer.appendChild(postElement);
});
})
.catch(error => console.error(‘Error fetching the latest posts:’, error));
}
// Call the function to fetch and display the latest posts
fetchLatestPosts();
