The Vaisala HM70 Handheld Humidity Meter is a user-friendly meter for demanding spot-checking humidity and temperature measurements.
|Image||Part #||Product Description||Price||Stock||Order|
|HM70D4A1A0AB||HM70 handheld humidity & temperature meter with HMP75 probe, 1.9m cable||Usually ships in 1-2 weeks|
|HM70D4B1A0AB||HM70 handheld humidity & temperature meter with HMP76 probe, 1.9m cable||
Usually ships in 1-2 weeks
|HM70D4D1A0AB||HM70 handheld humidity & temperature meter with HMP77 probe, 1.9m cable (5m probe cable)||
Usually ships in 1-2 weeks
Can I monitor data on my PC?
It is possible to monitor HM70 readings directly with a PC by using the MI70 Link program and USB interface cable that come with the meter. It is easy to transfer logged and real time measurement data from the HM70 to a PC.
What parameters can be displayed?
The HM70 humidity meter can display relative humidity, temperature, dew point, absolute humidity, wet bulb and much more. Up to three measurements can be displayed at at time
Though the numbers of Loggerhead sea turtles that swim into Chesapeake Bay each year are staggering -- 5,000 to 10,000 come in annually to feed -- there really aren’t that many of the turtles swimming elsewhere. As a species, the turtles are listed as threatened because they have a lot to contend with in the ocean. Known threats like pollution, habitat loss and ship propellers commonly contribute to sea turtle mortality. But one big question remains for a few researchers near the bay: What happens to the carcasses of the dead turtles? Scientists at the Virginia Institute of Marine Science (VIMS) are using a novel approach to finding an answer.Read More
Wetlands provide important habitat for numerous creatures and aquatic life. But that role largely depends on how much water they contain, which is something that is difficult to gauge at times. For some wetlands in Illinois, researchers at Southern Illinois University Carbondale are working to improve models of how wet the areas are as part of a bid to help protect the state’s wetlands in the future . Scientists at the university plan to use ground surveys and radar imaging in the effort. The hope is that those tools will provide the data needed to modify wetland habitat management objectives to help Illinois wetlands that aren’t producing like they should. Also, investigators are looking to fill gaps in understanding how wetland water levels naturally vary.Read More
Predicting climate change effects is only possible with an accurate understanding of the world’s carbon budget. Scientists at Georgia Tech show in a recent study that a missing sink in estimates of the world carbon budget might be partially explained using a predictive model that emphasizes the influence of soil erosion. Holcombe’s Branch watershed in South Carolina, an area plagued by soil erosion, was used to gather data for the high-resolution model, called the Triangulated Irregular Network-based Real-time Integrated Basin-Simulator-Erosion and Carbon Oxidation model. The model incorporates topographic gradients in complicated watershed morphology and includes effects from single, influential events such as heavy rains, something earlier models don’t capture.Read More