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Agriculture is the foundation of the world’s food supply. Water availability, soil conditions, rainfall variability, and climate change may all be challenging issues for farmers and the population’s food security. Farmers, food manufacturers, agronomists, and agricultural politicians who want to improve output and profitability would benefit from space-based technologies for climate-smart agriculture. Satellite remote sensing data is critical for monitoring soil, drought, snow cover, and crop development. Satellite rainfall estimates, for example, assist farmers in planning the quantity and timing of irrigation required for their crops.
Reliable information and analysis may also assist in estimating a region’s agricultural production months ahead of time. It is essential in anticipating and reducing the consequences of food shortages and starvation.
What is Climate Smart Agriculture?
• Increasing production and earnings in a sustainable manner • Adapting to climate change
Climate-Smart Agriculture (CSA) is a strategy for assisting those in charge of agricultural systems in responding successfully to climate change. The CSA method aims to achieve the following goals:
The CSA method attempts to eliminate trade-offs and enhance synergies by using these objectives to guide decisions at all sizes, from local to global, and across short and long time horizons, to generate locally acceptable solutions.
How are farmers improving adaptability with the use of satellites?
Farmers’ efforts worldwide are critical to supplying us with the food we love and require to thrive. However, the consequences of climate change, including rising temperatures, increasingly erratic rain patterns, and an increase in the rate of extreme weather events, all pose a danger to farm output. Satellite technology is changing the way farmers manage crops and animals. It may include part of the solution to how agriculture can adapt to the effects of climate change.
Potential of Precision farming in Climate Smart Agriculture for farmers
Precision farming, often known as precision agriculture, has been a growing technology field since the 1990s. It applies a wide range of technology – GPS, robotics, drones, and sensors – to improve knowledge and efficiency in agricultural activities. With these in hand, farmers use less energy and fertilizer to get more significant results on a more efficient farm, making it more sustainable.
Climate Smart Agriculture with Satellite-based Technology
Satellites float above us at altitudes of up to 36,000 km. From their vantage position, they can see vast swaths of farmland and provide us with more complex information to understand from ground level. Satellites can help farmers make more efficient and sustainable decisions in three ways:
• Mapping entails determining how vast amounts of land are used for various forms of agriculture. • Measuring entails feeding satellite data into sophisticated algorithms to produce measurements on various attributes such as yield and crop growth stage. • Monitoring — pictures let scientists and farmers monitor how land usage has changed over time and changes in rainfall and drought patterns.
The knowledge acquired through these procedures can assist farmers in better understanding a variety of farming concerns, such as regions that require more or less irrigation; where their animals wander; which fertilizer to use, and when; the influence of new weather patterns; and much more.
Quality seeds and planting materials of well-adapted cultivars are essential inputs for climate-smart agricultural production. It is challenging to grow healthy harvests from poor seeds. At the national and worldwide levels, plant breeding initiatives often entail multilocational experiments to generate crop varieties that are more resistant to climate-related phenomena and are effective in their use of resources, hence lowering their influence on the agricultural environment. Drought, salinity, and floods resistance are the most frequent climate-related characteristics for developing crop varieties. The satellite-based climate smart agriculture technology, which provides solutions for the climatic changes, and also will produce more yield.
Benefits of Satellite Technology for Climate Smart Agriculture
Increase Efficiency and Lower Fertilizer Consumption
Refining procedures in agriculture allows farmers to manage less resource-intensive farms. Utilizing satellite data assists farmers in deciding how much fertilizer to put on their crops and how to distribute it. Traditionally, farmers would treat all field areas similarly; however, data from satellite photos show that soil quality and mineral richness vary. It is excellent for farmers because they can use fertilizers more efficiently and save money, but it is also helpful for the environment since fertilizers are used more sparingly.
Crop Health Monitoring
Satellites can monitor agricultural conditions across thousands of square meters. Farmers may use satellite data to detect soil and crop conditions and features, monitor growth, and analyze soil and irrigation requirements.
Weather Forecasting
Flooding, droughts, heavy rains, and other severe weather occurrences substantially influence crops and cattle. Farmers benefit from knowing about anticipated weather patterns as soon as possible. It enables them to plan or react so that their farm produce has the highest chance of survival.
Water Administration
Satellite technology may notify farmers where water needs to be distributed, preventing over-or under-irrigation and potentially conserving a farm’s water supply significantly. Water conservation is a critical problem because inefficient water usage may be costly to a farmer and the larger society, and the environment.
Farmsio’s Climate Smart Agriculture Solution
Climate change’s influence on agriculture will be monitored and mitigated by giving options for adapting to climate-smart agriculture practices with our Farmsio solution. Farmsio monitors and provides tools for mitigating climate change, impacting agriculture productivity, particularly for smallholder farmers unaware of the tools and know-how to handle these difficulties.
Using the Farmsio solution, farmers can get weather-specific, soil-specific, site-specific management, and remote monitoring solutions. It can increase production efficiency by adapting crop inputs, notably fertilizers and agrochemicals, to changing local circumstances within a field and collecting site-specific data on crop growth and yield-affecting factors. Farmsio efficiently employs a satellite-based solution to provide various advisory services for the organization that works with farmers. Crop stress management, nutrient management, crop damage assessment, crop modeling, and various additional decision tools are among them.
Farmsio uses satellite solutions for crop acreage determination, remote monitoring, weather forecasting and providing historical data, and generating decision tools for the BFSI industry for making improved decisions.
The Farmsio Climate Smart Agriculture module focuses on the following objectives.
• Increasing agricultural output to support modest gains in income and food security. • Adapting to and strengthening resistance to climate change and • Getting better insights into weather forecasting techniques.
Wrapping Up
Farmsio’s vast experience in Sustainable Agriculture Methods and Modern Digital Agriculture Technology skills can ensure climate-smart agriculture solutions with satellite integration to discover the proper tailor-made, result-oriented, climate smart solutions.
If you would love to include Climate Smart Agriculture techniques in your farm, click here to contact us for a demo.
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