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In the face of climate change, the agriculture industry confronts a significant challenge with reduced agricultural productivity projected to decrease by 17 by 2050 World Resources Institute via PNAS, 2013. This is attributed to various climate phenomena like floods, droughts, and storms that heavily impact crop yields.
Farmers, who are depent on weather conditions, struggle with adapting to unpredictable climates. Extreme events such as prolonged droughts and heavy rnfall negatively influence crop growth by causing land drought, stunted plant development, and crop flure in high temperatures Cambridge University Press, 2013. Similarly, erratic weather affects pest and disease management in plants due to warmer conditions that speed up their life cycles and continuous rn that contributes to plant diseases. Moreover, planting and harvesting times are disrupted requiring precise dly weather forecasts for farmers to manage crop growth amidst rapidly changing conditions.
Introducing the Smart Weather Forecast feature on FarmCloud, a revolutionary mobile application designed to connect farmers with an -to- ecosystem and transparent interaction with agribusinesses. This feature empowers farmers by delivering accurate and location-specific insights directly to their FarmCloud dashboards through real-time weather data and advanced analytics, revolutionizing farming practices.
A weather forecast is the prediction of atmospheric conditions at a specific time using variables like temperature, pressure, humidity, wind direction and speed, and rnfall patterns Dana Szymanski, D. W., 2021. In agriculture, these forecasts are crucial to ensure activities are suitable or unsuitable for farming.
With FarmCloud's Smart Weather Forecast feature, farmers receive up-to-date forecasts tlored for their current location enabling proactive planning decisions that align with weather conditions specific to their region. It offers personalized agricultural recommations based on the forecast, leveraging expert insights from Koltiva’s Agronomists and Data Scientists. This allows farmers to make informed choices about planting schedules, crop management strategies, pest control methods, and harvesting times.
By utilizing these features, farmers can adapt to changing weather conditions more efficiently, minimize risks associated with unpredictable climates, optimize resource use for better yields, and enhance the sustnability of their agricultural practices.
In , integrating smart weather forecasts into farming operations through platforms like FarmCloud is critical in today's ever-changing climate. It provides farmers with valuable insights that help mitigate risks related to extreme weather events and supports sustnable agriculture by ensuring efficient use of resources and timely decision-making based on precise information.
To learn more about how smart weather forecasting can revolutionize your agricultural practices, visit our blog or contact us directly for personalized guidance and solutions tlored to your needs.
References:
Szymanski, D. W., Nelson, G. C. 2013. High Level Expert Forum: Global agriculture towards 2050. Retrieved from HLEF2050_Global_Agriculture.pdf fao.org
Weather Forecasting Definition:Types Tools by Dana Szymanski, D. W., 2021
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Smart Weather Forecast for Agriculture Success Seamless Farming with Accurate Predictions Sustainable Agriculture through Climate Adaptation Optimizing Resources with Real Time Data Adaptive Farming Strategies Against Climate Change Revolutionizing Crop Management with Technology