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Orlistat hexal billiger a Biodiversity and Conservation, Institute of Ecology, University Copenhagen, Denmark. "If you want to find out how trees behave, you need to know their environment," says Sven Mezher, head of the Rüdiger Loeffel Institute, which helped fund the study. For over a decade, team of ecologists led by Mezher has been developing innovative methods to estimate how trees interact with the world around them, using both high-tech sensors and traditional field techniques. A team of researchers led by Hans Schöning, a professor in the Department of Ecology and Evolutionary Biology at the University of Vienna, Austria, has taken this research to a new level by using an inexpensive device that plugs into a laptop computer and communicates with smartphones. In fact, it's not a smartphone at all, but rather a small box about the size of a shoebox. The device, known as "Tree Sensor," was developed by researchers from the Loeffel Institute, University of Vienna and the Copenhagen. The new approach is based on data-mining. "The idea was to develop a way extract information about the trees and plants interact with the real world," says Sven Mezher. The Tree Sensor collects data such as the amount of light, sound and vibrations then transmits that information to the device. "We then use this information to monitor how changes in the environment affect plants." Because the information is in real time, the Tree Sensor can provide kind of information that is most useful in ecological research. "If you want to know how a forest responds to changes in temperature or light, for example, Tretinoin microsphere gel 0.04 buy online you can use [data from the Tree Sensor] to measure how many leaf blades are growing," says Mezher. "We can also use this information to determine how well the landraces are doing. But we often don't have that kind of data." In fact, there's currently no way to gather data that tells a scientist how plants react to real-world environmental conditions. That's where the Tree Sensor could prove valuable. In an earlier study, Mezher and a team of ecologists had demonstrated that when the tree sensor was connected to a web server, it provided real-time data on how trees responded to changes in light. This new study found that the sensor could offer researchers insights on how tree species interact with the environment. "Our tree sensor gives us an idea of how plants react to changes in the environment," says Hans Schöning. "We can then use this information to predict how their range will respond to future environmental conditions." In a previous study, Schöning and his team showed that the sensor could predict how woody plants would respond to changes in temperature. see how it would perform in the context of changing environmental conditions, Schöning and Mezher teamed up again in December 2014. The researchers placed four tree species in a simulated forest the Loeffel Institute's natural facility on the University of Vienna's campus. They placed the trees into two different terrains — one filled with soil and the other artificial soil. soil provided an optimal environment for the trees. Schöning and Mezher also ensured that water runoff did not affect the growth of trees. The researchers tested Tree Sensor multiple times during the course of study to determine its potential usefulness. "In the forest, we tried several different scenarios," says Mezher. "We used the sensor to record amount of light and sound, as well the amount of water runoff and wind velocity." As expected, the sensors responded well to these variables. "Tree sensors respond very well to changes in light," says Mezher. "We found out that they responded more than 200 times better real-time measurement in the forest." The sensors also responded well to changes in wind speed and water flow, they were able to accurately determine the amount of soil erosion. When the researchers applied sensors to simulated forest, they were able to see how far apart the different species tended to grow. "This is a great result," says Schöning. "The next step is to make the devices more cost effective and easier to use. We'll also try develop sensors that use less energy. Ultimately, we'd like to have some kind of devices that can identify trees from a distance." In the future, researchers hope to see these devices being used in other studies. "We want to make it possible for ecologists to use sensors on the ground or in air to understand how plants interact with the environment," says Schöning. The new research was published in the journal Proceedings of National Academy Sciences. Explore further: The real-time sensor that can tell us how plants work.

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