North America Soil Monitoring Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Market Trends and Insights

Water Scarcity and Drought Resilience Programs

Water scarcity has made soil moisture measurement a practical requirement for irrigation planning in many western production areas. Public drought programs are building reference networks that also strengthen the case for commercial monitoring deployments. In 2025, the United States Army Corps of Engineers worked with state mesonets, the Natural Resources Conservation Service, and landowners to address gaps in soil moisture coverage in the Upper Missouri River Basin^[1]. These networks give commercial suppliers data points that can support local calibration and improve confidence in field readings. The North America soil monitoring market benefits when public and private measurements can be used together. Companies that support compatible formats can make their products more useful to irrigation managers.

Precision Irrigation and Root-Zone Monitoring

Precision irrigation is increasing the demand for readings at several depths rather than occasional surface checks. This need is most visible in high-value irrigated crops where root-zone conditions affect water use and crop performance. In April 2026, CropX Technologies launched the Apex sensor with 12-inch, 24-inch, and 36-inch configurations and readings at 4-inch intervals. The product shows how suppliers are designing hardware around the need for vertical detail in the soil profile. Continuous readings also help operators place irrigation decisions within their existing daily workflow. The North American soil monitoring market gains value when information arrives in time to guide irrigation, rather than only documenting field conditions afterward. It also helps users compare moisture conditions across soil depths before deciding whether to apply water. This makes monitoring more directly relevant to the operating decisions made during an irrigation cycle.

United States Department of Agriculture Conservation Funding

United States Department of Agriculture funding is reducing the initial barrier to soil measurement for farms that need support to purchase monitoring tools. In December 2025, the Natural Resources Conservation Service launched the Regenerative Pilot Program with USD 700 million in funding, including USD 400 million from the Environmental Quality Incentives Program and USD 300 million from the Conservation Stewardship Program. The program requires soil health testing during the first and final year of participating contracts. That requirement creates recurring demand for equipment and data collection rather than a one-time purchase cycle. The North America soil monitoring market also has a future procurement path through the 2026 Conservation Innovation Grants On-Farm Trials program, which makes up to USD 50 million available for eligible projects. Suppliers that align with program requirements can reach farms that would otherwise delay adoption.

High-Resolution Soil Variability Mapping

High-resolution soil maps are becoming an operational input for variable-rate decisions rather than a record prepared only during field setup. This raises the value of repeated measurement across large and variable fields. Commercial mapping providers are expanding their analytical capacity to turn field observations into useful maps. This work reflects the calibration effort needed to connect spatial data with measured soil conditions. Remote sensing needs dependable ground measurements if its outputs are to support decisions across whole farms. The North American soil monitoring market can therefore support both field sensors and spatial data products, which are used as complementary tools.

High Upfront Costs and Uncertain Return on Investment

Upfront sensor costs remain a serious constraint for farms that cannot distribute those costs across a large acreage base. The issue is especially acute when growers need equipment, connectivity, installation, and agronomic support simultaneously. Environmental Quality Incentives Program cost-sharing can reduce acquisition costs for eligible producers, but state payment rates are reviewed annually and may not align with sensor prices. This creates uncertainty for both farms and suppliers that sell through assisted programs. Mexico faces a sharper affordability challenge because smaller, rainfed operations often operate on limited margins. Deveron Corp.'s 2025 financial update also showed that labor-dependent soil data services can face challenging revenue-per-acre economics.

Calibration and Accuracy Challenges

Calibration remains difficult when a field includes saline or high-clay soil conditions. Sensor readings can vary across soil textures, which makes automated irrigation decisions harder to trust. This issue is important in irrigated areas of the western United States and Mexico, where salinity can affect dielectric measurements. In 2025, METER Group introduced the SOLYX 14 with complex dielectric with intersections technology to address salinity-related measurement challenges. The North America soil monitoring market depends on repeat use, so inconsistent readings can limit replacement purchases and reduce referrals. Providers need clear calibration guidance and dependable performance across local conditions.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

North America Soil Monitoring Market Segment Analysis

Hardware held 58% of regional revenue in 2025, making it the largest component. Physical sensors, data loggers, and communication modules remain necessary in every monitoring deployment. Campbell Scientific supports this installed base through its SoilVue 10 time-domain reflectometry profile sensor and CR-series data loggers. Hardware demand is supported by the need for continuous measurements of moisture and electrical conductivity. It also remains the entry point for suppliers that want to build an ongoing customer relationship.

Software is the fastest component, with a 17.5% CAGR during 2026-2031. Its growth reflects a shift from device sales to subscriptions that help users interpret sensor data. The Toro Company showed this approach in 2025 through its TerraRad partnership and Spatial Adjust software. Services remain the smallest component, but installation, calibration, maintenance, and interpretation are important when networks require documented performance. The North American soil monitoring industry is shifting toward a model in which hardware establishes the system and software enables recurring use.

In-situ sensors accounted for 55% of product-type revenue in 2025, making them the largest product type. They provide continuous readings at specified locations and depths within a field. This is useful for irrigation control because operators need data during the growing cycle. Satellite and airborne tools cannot provide the same point-level timing on their own. In-situ systems, therefore, remain central to operational decisions that require frequent moisture data.

Remote sensing platforms are the fastest product type, with an 18.7% CAGR during 2026-2031. They combine hyperspectral and synthetic aperture radar information with ground measurements to map variability across larger areas. Commercial mapping providers are increasing the analysis and calibration used for spatial soil data products. Portable probes and test kits serve a separate role in spot checks and pre-installation assessment. Their lower purchase price makes them relevant for agronomists and smaller operations that do not need a continuous network.

Wireless technologies held 68% of revenue in 2025, making wireless the largest connectivity category in the North America soil monitoring market. Low-Power Wide-Area Networks, cellular links, and satellite links are suited to fields where trenching cables is impractical. Battery-powered nodes can extend measurement coverage across large or remote plots. This matters in North America because farms can span extensive and uneven acreage. Wireless connections also support the data flow needed for cloud analytics and remote irrigation decisions.

Wireless is also the fastest connectivity category, growing at a 16.3% CAGR during 2026-2031. This combination suggests that the category is expanding from a substantial installed base rather than only from a small starting point. Platform providers are combining soil-probe monitoring, infiltration mapping, and irrigation automation into a single operating interface. Wired systems still have a role in protected cultivation, where installed infrastructure can reduce cabling barriers. Their reliability can be useful in fertigation control systems that require stable, low-latency links.

Open-field agriculture accounted for 72% of revenue in 2025, making it the largest application in the North America soil monitoring market. Row crops, grains, and vegetables across the United States and Canada use soil measurements to schedule irrigation and manage nutrients. Open field networks generally prioritize broad coverage across acreage. This results in lower sensor density per acre than is common in controlled growing environments. The size of cultivated field acreage keeps this application central to regional demand. Field operators also need data that can guide irrigation across different soil zones without requiring continuous manual checks. This makes open-field demand dependent on durable devices, practical communication, and simple farm-level interpretation.

Protected cultivation is the fastest application, with a 17.8% CAGR during 2026-2031. Greenhouses and specialty crop systems have higher input intensity and need close control of root-zone conditions. Dense monitoring can help prevent over-irrigation and stress that could affect production quality. Soil salinity mapping is one example of the additional analytics sought by intensive growers. Forestry remains the smallest application and is linked mainly to research installations that monitor soil carbon dynamics. The Natural Resources Conservation Service soil carbon network supports the need for consistent sampling protocols in these settings.

Large commercial farms held 62% of end-user revenue in 2025, making them the largest end-user group. Multi-field operations can spread sensor and subscription costs across more acres. Their procurement commonly involves integration with farm management software and multi-year supply arrangements. These arrangements create switching costs for users once historical data has accumulated in a platform. They also give suppliers a more stable revenue base than single-field deployments.

Research institutes and universities are the fastest end-user group, with a 16.8% CAGR during 2026-2031. Federal soil monitoring initiatives need research-grade equipment and consistent records over multiple years. The 2025 National Soil Moisture Workshop highlighted the role of research and agency collaboration in making soil moisture science useful for management^[2]. Smallholder and cooperative farms remain underserved due to high costs and limited agronomic capacity. Government and nonprofit users provide a smaller but steadier source of demand when procurement is guided by policy requirements rather than by direct farm returns.

Geography Analysis

The United States held 78% of regional revenue in 2025. Large irrigated operations and established precision agriculture practices support this position. The Environmental Quality Incentives Program can recognize soil moisture sensors as qualifying conservation components for irrigation water management practices. The December 2025 Regenerative Pilot Program also created a multi-year requirement for soil health testing. Federal datasets also provide suppliers with a useful basis for local calibration.

Canada accounted for the larger part of that group through Prairie grain farming and British Columbia's specialty fruit and berry production. Agriculture and Agri-Food Canada's Real-Time In-Situ Soil Monitoring for Agriculture network provides reference data on soil moisture, temperature, and precipitation across Saskatchewan, Manitoba, and Ontario^[3]. In March 2026, the Government of Canada announced work on a National Agricultural Soil Health Strategy with the Soil Conservation Council of Canada.

Mexico is the fastest geography, with an 18.2% CAGR during 2026-2031. Government-supported digital water and fertilizer monitoring programs are extending the path to sensor adoption among irrigated-crop producers. The Secretariat of Agriculture and Rural Development expanded its monitoring system to 30,000 hectares across 4,000 producers and planned further coverage in Sinaloa and other states. In 2025, Mexico's Soil Alliance developed a National Soil Restoration Program that targeted rehabilitation of 25% of eroded areas. The North America soil monitoring market has an early entry opportunity in Mexico because dealer and agronomist relationships are still developing. Suppliers need offers that fit local crop systems and producer budgets. Early commercial relationships can help vendors understand installation practices, support needs, and the data requirements of irrigated-crop producers.