"Springer Science + Business Media" . . . "2"^^ . . "Comparison of reflected solar radiation, air temperature and relative humidity in different ecosystems (from fish pond and wet meadows to concrete surface)"@en . "Pokorn\u00FD, Jan" . "solar radiation; humidity; temperature; ecosystem"@en . . . "1"^^ . "Dortrecht" . "Comparison of reflected solar radiation, air temperature and relative humidity in different ecosystems (from fish pond and wet meadows to concrete surface)" . "Water and Nutriet Management in Natural and Constructed Wetlands" . "Incoming and reflected shortware solar radiation, temperature and relative humidity of air at 0,3 and 2 m were measured continuously during the veg. season at six different sites. For data evaluation the 183 days of the veg. season were divided into 3 classes according to the amout of incoming solar energy they received. The albedo od water was 2 times lower than albedo of the field and 3 times lower than albedo of the concrete surface, which also had the highest average temperature. The lowest average temperature was measured at the wet meadows. The lowest average daily amplitude (difference daily max. and min.) was measured at fishpond. The highest difference in average temperature at 0,3 m among sites was found for wet meadows and concrete surface on clean days and 2,49\u00B0C for all days of the veg. season. Daily time courses of relative air humidity on sunny days show the ability of vegetation to buffer air humidity extremes. We conclude that changes of land results in changes of average temperature."@en . . "Incoming and reflected shortware solar radiation, temperature and relative humidity of air at 0,3 and 2 m were measured continuously during the veg. season at six different sites. For data evaluation the 183 days of the veg. season were divided into 3 classes according to the amout of incoming solar energy they received. The albedo od water was 2 times lower than albedo of the field and 3 times lower than albedo of the concrete surface, which also had the highest average temperature. The lowest average temperature was measured at the wet meadows. The lowest average daily amplitude (difference daily max. and min.) was measured at fishpond. The highest difference in average temperature at 0,3 m among sites was found for wet meadows and concrete surface on clean days and 2,49\u00B0C for all days of the veg. season. Daily time courses of relative air humidity on sunny days show the ability of vegetation to buffer air humidity extremes. We conclude that changes of land results in changes of average temperature." . . . . "Comparison of reflected solar radiation, air temperature and relative humidity in different ecosystems (from fish pond and wet meadows to concrete surface)" . "Huryna, H." . . "P(2B06023)" . . "[42BB317A53E6]" . . "RIV/25173154:_____/10:#0000169" . "RIV/25173154:_____/10:#0000169!RIV11-MSM-25173154" . . . "978-90-481-9584-8" . "251509" . . "375"^^ . "18"^^ . "Comparison of reflected solar radiation, air temperature and relative humidity in different ecosystems (from fish pond and wet meadows to concrete surface)"@en . .