Instrumentation
We offer a variety of products that can be used to create systems for Agriculture and Soils Research Instrumentation. Many of the major components used to create these systems are listed below. Please let us know if we can help you configure a system.
More Details about Our Agriculture and Soils Research Instrumentation Systems
Weather Stations and Evapotranspiration Stations
Our weather stations provide long-term, stand-alone monitoring of meteorological parameters for all types of agricultural research applications. Programmable data loggers allow multiple options for station configuration, measurement and output intervals, and data retrieval. Almost any meteorological sensor can be used including: wind speed, wind direction, solar radiation, air temperature, water temperature, soil temperature, relative humidity, dew point, precipitation, leaf wetness, and barometric pressure. Wind vector, vapor pressure, histogram, and sample on maxima or minima are standard in the data logger instruction sets. Data are typically viewed and stored in the units of your choice (e.g., wind speed in mph, m/s, knots).
Pre-programmed stations calculate potential evapotranspiration using the Penman-Monteith equation; other evapotranspiration algorithms can be entered if preferred.
Our evapotranspiration stations help provide an accurate method of estimating crop water needs to eliminate under- and over-watering, which saves money and improves crop quality. These automated stations calculate ETo using the Penman-Monteith equation. The output provides daily estimates of water needs. Our low-cost, preconfigured station calculates ETo from a reduced set of sensors.
System Components
Our stations are based around state-of-the-art instrumentation that features proven reliability, even in harsh environments. Most telecommunications and onsite communications methods are compatible with our systems, including phone (land-line, cellular, and voice-synthesized), radio, short haul and the Internet.
Surface Flux Measurements
Our flux systems can measure atmospheric gradients or vertical turbulent transport directly. Standard systems that support either aerodynamic or Bowen ratio gradient techniques are available for measuring heat, water vapor, and CO2 fluxes. Our standard eddy covariance systems use our three-dimensional sonic anemometer and either our open-path krypton hygrometer or our open-path H2O and CO2 analyzer.
Soil Measurements
We can measure nearly every commercially available soil sensor, including tensiometers, heat flux plates, thermocouples, psychrometers, lysimeters, and gypsum blocks.
Our soil water instrumentation is used extensively to monitor soil water content and soil water matric potential. Our time-domain reflectometry (TDR) systems provide accurate, reliable measurements of soil volumetric water content and bulk electrical conductivity in soils over a wide range of textures and soluble salt concentrations. We offer both long-term, multi-point (up to 512 probes) systems and a portable system for instantaneous soil water content readings. Our sensors that measure soil water matric potential use heat dissipation and electrical resistance methods.
Soil moisture sensors also provide water management information. They can be added to weather/evapotranspiration stations or used independently. For portable water content measurements, the hand-held HS2 HydroSense® II probe can be easily carried from site to site and provides instantaneous soil water content readings.
Agricultural Research System Components
Data Loggers
All of our measurement systems are based around programmable data loggers that measure the sensors, then process or store the data. We designed our data loggers to allow a high degree of flexibility. Measurement types, scan rates, and recording intervals are all programmable. On-board processing instruction sets contain programmed algorithms that process measurements and output results in the desired units of measure. Our data loggers can also control external devices, such as valves and samplers.
Sensors
Most sensors, even those made by other manufacturers, interface directly to our data loggers. Sensors used in our agricultural research (micromet) systems include sonic anemometers, hygrometers, fine wire thermocouples, and open path gas analyzers, and closed path gas analyzers.
Data Retrieval
We offer multiple communications options for data retrieval; options can be mixed within the same network. Telecommunications options include landline telephone, voice-synthesized telephone, cellular telephone, radio, multidrop, short-haul, and satellite. On-site options include storage module, PDA, and laptop computer.
Greenhouse and Growth Chamber Measurements
Our systems can be configured to provide accurate, stand-alone monitoring of greenhouse or growth chamber conditions for use in agricultural and plant physiology research applications. Programmable data loggers allow multiple options for system configuration, measurement and output intervals, and data retrieval. A variety of sensors can be used including: solar radiation, temperature (air, water, soil), relative humidity, dew point, leaf wetness, and barometric pressure. Data are typically viewed and stored in the units of your choice. In addition, the system can easily be configured to monitor electrical power or water usage to provide data on consumption. The system can also be programmed to sound audible alerts or call out via voice synthesized modem if alarm-level conditions are reached.
Plant Physiology System Components
Data Loggers used in Plant Physiology
All of our measurement systems are based around programmable data loggers that measure the sensors, then process or store the data. We designed our data loggers to allow a high degree of flexibility. Measurement types, scan rates, and recording intervals are all programmable. On-board processing instruction sets contain programmed algorithms that process measurements and output results in the desired units of measure. Our data loggers can also control external devices, such as valves and samplers.
Sensors used in Plant Physiology
Most sensors, even those made by other manufacturers, interface directly to our data loggers. Sensors used in our agricultural research (micromet) systems include sonic anemometers, hygrometers, fine wire thermocouples, and open and closed path gas analyzers.
Data Retrieval
We offer multiple communications options for data retrieval; options can be mixed within the same network. Telecommunications options include telephone (landline, voice-synthesized, cellular), radio, multidrop, short-haul, and satellite. On-site options include storage module, PDA, displays, and laptop computer.
Case Studies
International partnerships for sustainable innovations Improved water use in agriculture is essential to successfully adapt to......read more
The Silkwood sugarcane water-quality monitoring site was established in 2014 as part of the Paddock......read more
The Hubbard Brook Experimental Forest (HBEF), located in the White Mountain National Forest of central......read more
Horseshoe Irrigation is a small rural irrigation company in central Utah, managing approximately 15,000 water shares......read more
Washington State University’s AgWeatherNet (AWN) is a large automated network composed almost entirely of Campbell......read more
The semiarid region just north of the Black Hills in western South Dakota has vast......read more
Project LocationTrebonne- Ingham (S18.62843 E146.06468) System PurposeTo monitor surface water runoff from 2 different cane farming......read more
Alfalfa is a thirsty crop. It uses more than 20 percent of all of the......read more
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Customise a System
In addition to our standard systems available, many of the systems we provide are customised. Tell us what you need, and we’ll help you configure a system that meets your exact needs.