State-of-the-art Laboratory
Explore our selection of state-of-the-art laboratory instruments and field equipment designed for soil and water quality research. Each tool has been carefully chosen to ensure accurate and reliable results, helping us advance our understanding of environmental health. Our commitment to quality and innovation drives our research efforts, allowing us to contribute valuable insights to the field. The advanced technology supports our mission in environmental science.
Dual Channel Ion Chromatograph
Introducing the Shimadzu HIC-ESP/NS Dual Channel Ion Chromatograph, designed for the simultaneous analysis of anions, cations, and various nutrients in water, soil, and wetland-extract solutions. This advanced instrument streamlines the analytical processes, delivering accurate and reliable results to meet our research needs. This state-of-the-art analytical instrument enhances our laboratory capabilities with this cutting-edge technology that ensures efficiency and precision.
Autosorb Surface Area Analyzer
Introducing the Anton Paar Autosorb iQ-2ST, a state-of-the-art two-station physisorption analyzer designed to provide precise measurements of micropore and mesopore size distributions, as well as surface area for any solid environmental sample. This innovative instrument is perfect for researchers and professionals looking to enhance their material characterization capabilities. With its user-friendly interface and advanced technology, the Autosorb iQ-2ST delivers accurate and reliable tailored to our specific research needs.
HOBOnet Wireless Sensor Network
Onset HOBOnet MicroRX Wireless Sensors are being installed in the field. These advanced sensors provide real-time tracking and monitoring of essential data on soil moisture, rainfall, temperature, water level, and evapotranspiration. This network will help us stay informed and make data-driven decisions with reliable insights that enhance our environmental monitoring efforts.
Rainfall Simulator
We are using Royal Eijkelkamp Rainfall Simulator, where we replicate rainfall events to enhance simulation environment. Our advanced technology allows for accurate estimations of runoff while quantifying sediment and nutrient losses in the field. With this equipment, we employ the precision and reliability of the simulator to optimize our environmental studies and research that let us help achieve our project goals with cutting-edge simulation capabilities.
pH/Electrical Conductivity Meter
The Thermo Scientific Orion Star A215 Advanced pH/conductivity benchtop meter is an essential tool for accurately measuring the pH and electrical conductivity of water and soil extracts. This instrument provides precise readings, allowing for effective monitoring of salt content and other critical parameter such as soil reaction. With its advanced features, the Orion Star A215 ensures reliable data collection, which is vital for various analytical applications in environmental and agricultural research.
Wet Sieving Apparatus
The Royal Eihkelkamp Wet Sieving Apparatus is a vital tool for determining the aggregate of soil, which reflects its resistance to destructive forces like rainfall. Understanding aggregate stability is crucial for enhancing plant growth and mitigating soil loss, making this apparatus essential in agriculture and land conservation efforts. Its applications are particularly beneficial for researchers and scientists studying soil erosion, land degradation, and sustainable agricultural practices. By utilizing this method, we can better assess and improve soil health and sustainability.
Suction Cup Lysimeters
Soil Moisture Equipment Corp's Model 1900 Suction Cup Lysimeters are essential tools for collecting field leachate water samples following rainfall events. These reliable water samplers ensure accurate and efficient monitoring of leachate water quality and soluble nutrient levels, helping us better understand the movement of water and nutrients through the soil.
Bulk Density Core Samplers
The AMS Soil Core Samplers are essential tools for collecting bulk density soil samples directly from the field. By analyzing the data obtained from these samplers, we can effectively evaluate soil density, as well as carbon and nitrogen stocks at various soil depths. This information is crucial for understanding soil health and making informed agricultural decisions.
Cone Penetrometers
We use the Cone Penetrometer from Soil Moisture Equipment Corp, the essential tool for evaluating soil compaction depth. This reliable soil compaction tester provides accurate measurements to help us assess soil health and optimize the agronomic practices. With its user-friendly design and robust features, we can easily determine the compaction levels of the studied soils.