Soil Monitoring Market Global Trends and Forecasts to 2023-2032

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Market Research Future Insights :

The Soil Monitoring market industry is projected to grow from USD 398.88 Billion in 2023 to USD 1008.99 Billion by 2032, exhibiting a compound annual growth rate (CAGR) of 12.3% during the forecast period (2023 - 2032). Global soil monitoring entails assessing the consistency, composition, and physical state of the soil to evaluate or ensure that it is acceptable for usage. Compaction, pollutant buildup, organic material degradation, stability difficulties, flooding, salinization, and acidification all pose risks to the soil. The use of soil monitoring facilitates the identification of these and other potential dangers to the soil, local climate, animal health, and human health. The growing requirement to increase farm output in order to meet the expanding worldwide food demand is what is driving the global soil monitoring market. Due to the growing acceptance of sustainable agriculture practises, the global soil monitoring system is gaining prominence.

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Key Players:

Key Companies in the Soil Monitoring market include

  • Stevens Water Monitoring Systems (US)
  • SGS Group (Switzerland)
  • METER Group (US)
  • Element Material Technology (UK)
  • The Toro Company (US)
  • Campbell Scientific (US)
  • Sontok Technologies (Australia)
  • Spectrum Technologies (US)
  • Irromotor (US)
  • Cropx Technologies (Israel) 

The demand for worldwide soil monitoring systems is expected to increase as a result of technological developments in agricultural practises, such as soil moisture monitors, which encourage water conservation and increase farm productivity. A result of greater public investment for agricultural R&D activities are improved soil monitoring systems. The need to regulate the soil is driven by environmental issues such declining water supplies, climate change, and vulnerable ecosystems. The demand for soil monitoring systems has grown as a result of the scarcity of natural resources like freshwater and arable land. With the development of smart cities in developing countries, it is projected that the use of soil monitoring systems in agriculture would rise, providing important industry players with exciting potential in the years to come.

Regional Analysis:

Due to better awareness and use of global soil monitoring technology for improving agricultural production and quality, North America has made the largest contribution to the development of global soil monitoring systems. Several nations in this region are increasing their financial commitments to agricultural technologies. Farmers in this region have started using remote sensing imaging technology as a result of a labour shortage, which will increase the demand for sophisticated soil moisture monitoring equipment. Over the course of the projection period, it is anticipated that the market for global soil monitoring systems would expand as a result of the rising use of automated equipment.

Throughout the projected timeframe, Asia-Pacific is anticipated to have strong growth. One of the main factors propelling the market expansion of global soil monitoring systems is the extensive usage of ground-based and sensing imaging systems for global soil monitoring to ensure optimal plant development and high agricultural yields. Asia-Pacific nations like India, China, Japan, and Australia have considerable development opportunities in the global soil monitoring market due to the presence of multiple local and international players in the field of soil monitoring. Additionally, to enhance crop quality and yield, a number of governments in the APAC area are heavily pushing agriculture digitization.

Market Segmentation:

The offering, type, application, and geographic segments are used to divide the worldwide soil monitoring market.

By providing equipment, software, and services Due to the rising usage of worldwide soil monitoring instruments including soil sensors, soil scanners, weather stations, and other soil monitoring tools, the hardware industry would be the one driving the soil monitoring market expansion throughout the projection period. As a result, the market is expanding as a result of the rising demand for high-quality hardware for monitoring systems. High-quality hardware that can tolerate a variety of environmental conditions is required for these devices.

The market for soil monitoring by type consists of sensing and imaging, ground-based sensing, robotics, and telematics. Due to the rising demand for sensors and other monitoring tools from forward-thinking farmers around the world, ground-based monitoring systems are projected to dominate the market for the duration of the estimated period. As a result, this tool provides a number of benefits that enable farmers to apply site-specific input to crops. The market for worldwide soil monitoring systems is anticipated to rise at a higher rate in the near future due to the dominance of telematics and robotics. This is due to the fact that farmers are currently dealing with serious difficulties like a labour scarcity and related expenses.

It is separated into Agriculture and Non-Agricultural applications. In order to use soil for agricultural purposes, a global soil monitoring system is essential. Systems for monitoring the soil globally aid in managing irrigation effectively. Irrigators may produce a healthy crop, use fewer inputs, and boost profitability with effective irrigation management. An irrigator can better comprehend what's happening in a crop's root zone with the use of a soil moisture sensor. The demand for global soil monitoring systems will be driven by the agricultural industry between 2022 and 2030.

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Soil Monitoring Industry Developments:

January (2023): Sentek Technologies, a leading provider of soil monitoring solutions, announced the launch of its new Soil Moisture Sensor. The sensor is designed to provide accurate and reliable measurements of soil moisture, even in difficult-to-measure soils.

February (2023): The Toro Company, a manufacturer of irrigation and landscaping products, introduced its new Soil Scout soil moisture monitoring system. The system uses wireless sensors to collect soil moisture data, which can be viewed and analyzed on a mobile app.

March (2023): Stevens Water Monitoring Systems, a provider of water quality and soil monitoring solutions, announced the release of its new SoilTemp sensor. The sensor is designed to measure soil temperature, which can be used to track the growth of plants and the development of soil microbes.

April (2023): Irrometer Company, a manufacturer of irrigation and soil monitoring products, launched its new Soil Moisture Transmitter. The transmitter is designed to send soil moisture data to a central receiver, where it can be viewed and analyzed.

May (2023): Campbell Scientific, a provider of environmental monitoring solutions, introduced its new FieldView Soil Moisture sensor. The sensor is designed to measure soil moisture and temperature, and the data can be viewed and analyzed on a mobile app.

June (2023): Decagon Devices, a manufacturer of soil moisture sensors, announced the release of its new EC-5 Soil Moisture Sensor. The sensor is designed to measure soil moisture and electrical conductivity, which can be used to assess the health of soil.

July (2023): Acclima, a provider of soil monitoring solutions, launched its new Soil Scout Pro soil moisture monitoring system. The system uses wireless sensors to collect soil moisture data, which can be viewed and analyzed on a web-based portal.

These are just a few of the soil monitoring industry developments that have taken place in 2023. As the demand for soil monitoring solutions continues to grow, we can expect to see even more innovation in this space in the years to come.

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