Search results for: 'drive irrigation in agriculture'

Irrigation enables controlled, supervised provision of water to vegetation, avoiding wastage due to evaporation, wind, drainage, or overflow. This prevents over- and under-irrigation of landscapes and fields that can affect plant growth and health, adapting to crop-specific demands and water availability. Technology-based irrigation, excluding ...

Irrigation enables a controlled and supervised provision of water to vegetation, avoiding water waste because of evaporation, wind, drainage, or overflow, ensuring an even distribution of resources. Managed water use is aligned with sustainability concerns and prevents the over- and under-irrigation of landscapes and fields that can have a negative...

Precision agriculture is an emerging concept in the field of agriculture. Unlike conventional methods, where the farmers decision making is based on his/her intuition, precision agriculture provides quantitative evidence. The data collected using various enabling technologies helps the farmers in recognising patterns, based on which strategic decis...

The growing demand for food, weather-related uncertainties , productivity losses, low yields due to the lack of operational efficiency, and the need for technology to improve all these factors has stimulated the precision/smart agriculture technology market. The use of advanced equipment in farming (driverless tractors, drones, robots), new cultiv...

26 Aug 2022  |  Global  |  Market Research

Artificial Intelligence (AI) in Agriculture: Global Growth Opportunities

AI Adoption in Agriculture will Create New Business Growth Opportunities

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In this research service, Frost & Sullivan analyzes the core capabilities of AI technology in the agriculture industry. The study examines the growth environment that drives new use-cases and greater adoption as AI-based solutions are adding new value to ​​farming operations. The core essence of digital agriculture practices is to create actionable...

Technologies play a major role in reducing water consumption. This current research service discusses about management practices and seven technologies that can reduce water consumption in agriculture: Drip irrigation, desalination, hydroponics, variable rate irrigation (VRI), aeroponics, atmospheric water generation (AWG), and sensors and smart me...

21 Dec 2022  |  Global  |  Technology Research

Promising Digital Innovations in the Agriculture Sector

Transformational Growth of Crop Yield due to High-Accuracy Data Collection, Real-time Communication, and Precise Analytics

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The global population is estimated to increase by 25% and reach 9 billion by 2050. The rising population, coupled with an improved standard of living, results in increased nutrient consumption per capita, driving food demand. Freshwater resources are declining, and frequent cropping to meet the growing demand damages the soil. Water and soil are am...

The primary objective of this Frost & Sullivan analysis is to examine the current state of unmanned aerial systems (UAS) integration in agriculture in South America, identifying trends, potential use cases, key benefits, challenges, and growth opportunities. The market is segmented into different platform types based on their price range, as well a...

This research service provides qualitative analyses of drivers of decarbonizing the agriculture and nutrition value chain. The research analyzes the impact of different types of greenhouse gas (GHG) emissions on the value chain and highlights the reduction initiatives and targets of stakeholders across the food and beverage value chain. It explores...