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The researchers measured the amount of black carbon particles captured by post oak and live oak trees and the amount of the black carbon transported to the ground with falling leaves.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
The researchers measured the amount of black carbon particles captured by post oak and live oak trees and the amount of the black carbon transported to the ground with falling leaves.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
Black carbon can be stored in the soil for hundreds of years, keeping it out of the air where it can no longer affect climate or health. While in the ground black carbon can also stick to pollutants like heavy metals and prevent them from leaching into surface and groundwaters.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
Researchers measured the amount of black carbon particles captured by post oak and live oak trees and the amount of the black carbon transported to the ground with falling leaves.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
Researchers at the University of North Texas have found that two oak tree species, widespread across the U.S. South, remove black carbon from the urban atmosphere.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
the team estimated that post oak and live oak trees potentially capture approximately 32 percent of the city’s yearly black carbon vehicle emissions.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
The researchers measured the amount of black carbon particles captured by post oak and live oak trees and the amount of the black carbon transported to the ground with falling leaves.
Researchers at UNT find oak trees in Southern U.S. cities are natural urban air filters
The new facilities have allowed UNT to recruit new faculty and students to its growing biomedical engineering program. Four new full-time faculty are joining the department this fall, bringing with them a range of expertise from neuroelectronics to electrophysiology.
Biomedical Engineering Opens New Building
The new facilities have allowed UNT to recruit new faculty and students to its growing biomedical engineering program. Four new full-time faculty are joining the department this fall, bringing with them a range of expertise from neuroelectronics to electrophysiology.
Biomedical Engineering Opens New Building
The new facilities have allowed UNT to recruit new faculty and students to its growing biomedical engineering program. Four new full-time faculty are joining the department this fall, bringing with them a range of expertise from neuroelectronics to electrophysiology.
Biomedical Engineering Opens New Building
The new facilities have allowed UNT to recruit new faculty and students to its growing biomedical engineering program. Four new full-time faculty are joining the department this fall, bringing with them a range of expertise from neuroelectronics to electrophysiology.
Biomedical Engineering Opens New Building
The new labs feature hi-tech instruments such as a bio 3D printer that prints cells mimicking human tissue and a virtual dissection table that allows students to delve inside the human body without a scalpel.
Biomedical Engineering Opens New Building
The new labs feature hi-tech instruments such as a bio 3D printer that prints cells mimicking human tissue and a virtual dissection table that allows students to delve inside the human body without a scalpel.
Biomedical Engineering Opens New Building
Inside research labs, faculty investigate exoskeleton technology that may someday help people with limited mobility; develop nanotechnology and optics to diagnose cancer; and biopolymers and flexible bioelectronics that may help doctors deliver medications and manage illnesses.
Biomedical Engineering Opens New Building
The new facilities have allowed UNT to recruit new faculty and students to its growing biomedical engineering program. Four new full-time faculty are joining the department this fall, bringing with them a range of expertise from neuroelectronics to electrophysiology.
Biomedical Engineering Opens New Building
Mark McLellan
Mark McLellan

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