Posts by Edaphic Scientific
Biochar water retention and conductivity curves: a case study
Soil degradation is a widespread issue affecting the efficiency of agricultural production in Australia and New Zealand. Degraded soils have poor water quality characteristics such as low water holding capacity and infiltration. One strategy to improve soil water characteristics is to add biochar (biological charcoal) to degraded sites. A recent scientific publication suggests that biochar…
Read MoreHow Accurate is the ATMOS 41 Weather Station?
Weather monitoring is crucial in Australian and New Zealand environmental research, agriculture, and hydrological studies. The accuracy and reliability of weather data can significantly impact decision-making and research outcomes. This brings us to the ATMOS 41 all-in-one weather station, a tool designed by METER Group to offer comprehensive and precise weather data. But how accurate…
Read MoreEdaphic Scientific and SWAP Instruments collaborate on soil redox
In the realm of soil science and biogeochemistry research, the importance of accurate and real-time soil monitoring is paramount. Edaphic Scientific, a renowned provider of environmental monitoring solutions, has recently formed a strategic partnership with SWAP Instruments to extend comprehensive support for their cutting-edge soil redox probes in Australia and New Zealand. This collaboration marks…
Read MoreCO2 and indoor air quality of Australian offices and schools
Increasingly, modern Australian offices and indoor workspaces are designed to be energy-efficient and comfortable for the people working there. However, well-sealed and insulated buildings can also negatively impact indoor air quality (IAQ) if there isn’t enough ventilation. This can seriously affect employees’ health, well-being, and productivity. Monitoring and managing IAQ using devices like CO2 meters…
Read MoreAn endangered frog and soil water potential
Soil water potential, an endangered frog and climate change are three topics rarely discussed together. Yet, recent research from the University of Western Australia found that the successful breeding of an endangered frog is intricately linked with soil water potential which, in turn, may be altered by climate change dynamics. Understanding the interplay of these…
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