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4 cze 2020 · The NITELite (Night Imaging of Terrestrial Environments Lite) system provides a means for acquiring high-quality light pollution data at a relatively low cost from a High-Altitude Balloon (HAB).
10 maj 2021 · The NITELite (Night Imaging of Terrestrial Environments Lite) system is a method of collecting regional-scale light emissions data from a latex high-altitude balloon (LHAB) platform.
NITELite is a self-contained, automated light pollution imaging system flown to altitudes between 25-30 km. The goal of the system is to image large areas (100s km2) in multiple color bands at high spatial resolution (<10m/px) and sensitivity (~10-8W/cm2/sr) for a relatively low cost (<$3000).
4 cze 2020 · Downloads: Download Paper (PDF) View PDF. 568 Views. ... Issue. Conference: 2019 Academic High Altitude Conference; Identifiers. DOI: ... K Gyuk, G Hammergren, M & Tarr, C. (2020, 6 4). NITELite: A High-Altitude Balloon Light Pollution Research Mission. Academic High Altitude Conference 2019(1) ...
28 cze 2017 · More recently, remotely sensed night lights data have found use in understanding the environmental impacts of light emissions (light pollution), including their impacts on human health.
20 lut 2024 · To unveil the adverse impacts of volatile organic compounds (VOCs) and their rapid eruption and interference in the living world, a review has been designed. This review presents an insight into the currently available VOCs, their sources, applications, sampling methods, analytic procedures, imposition on the health of aquatic and terrestrial ...
1 lis 2021 · An overview of global sources and pathways of chemical pollution and its potential impacts on the environment and human health. Six major pathways of chemical pollutants have been identified involving soil, air, water, wildlife, people and trade, as displayed in Fig. 1.
