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Search results for: "keyword:"Climate - Evaporation - Evapotranspiration - Hydrologic cycle - Relative air humidity - Transpiratio""

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Scintillometer measurements on pasture

Dataset ID:	1553
Last updated:	2017-03-07
Dataset creators:	Brenner Silva
Contact:	Brenner Silva
Temporal coverage:	2013-11-11 15:20:00 - 2013-11-19 18:25:00 - time zone: -5
Geographic coverage:	ECSF pasture
Abstract:	Measurements were carried out by using a surface l... Abstract: Measurements were carried out by using a surface laser scintillometer (SLS) (Scintec SLS40, Scintec AG, Rottenburg). The SLS was installed two meters aboveground and with a propagation path length of 89 meters in relatively flat terrain covered the pasture grass Setaria sphacelata (average plant height of 0.53 meters). An automatic weather station was installed at the SLS receiver to measure net radiation, soil heat flux, air temperature, and relative humidity.
Additional info:	Silva, B.; Strobl, S.; Bendix, J. & Beck, E. (2016... Additional info: Silva, B.; Strobl, S.; Bendix, J. & Beck, E. (2016): Canopy evapotranspiration, leaf transpiration and water use efficiency of an Andean pasture in SE-Ecuador – a case study. Erdkunde 70(1), 5-8 DOI: http://dx.doi.org/10.3112/erdkunde.2016.01.02.
Keywords:	\| climate \| pasture \| Climate - Evaporation - Evapotranspiration - Hydrologic cycle - Relative air humidity - Transpiratio \| Evapotranspiration \| scintillometry \|
Intellectual rights:	PAK 823-825 data user agreement. (www.tropicalmountainforest.org/dataagreementp3.do)

Entity name:	2013-11-19_5min
Entity type:	dataTable
Attributes:	Date and Time (datetime) (Unitless) Sensible Heat Flux density (heatflux_sensible) [Watt per square meter] Wind velocity under atmospheric friction drag (friction_velocity) [Meter per second] Force generated by molecular diffusion (momentum_flux) [Newton per square meter] Latent Heat Flux (heatflux_latent) [Watt per square meter] Water Evapotranspiration (evapotranspiration) [Millimeter per hour] Atmospheric Pressure (pressure_atm) [Hectopascal] Air humidity 2m (Huma_2m) [Percent] air temperature in 2m (Ta_2m) [Degrees Celsius] air temperature in 30cm (Ta_30cm) [Degrees Celsius] radiation balance 20m (Q) [Watt per square meter] Soil Heat Flux at 10cm (heatflux_soil_10cm) [Watt per square meter] precipitation (PCP) [Millimeter]

carbon flux and climate data from Eddy-Covariance Tower ECSF

Dataset ID:	2046
Last updated:	2025-02-28
Dataset creators:	Charuta Prakash Murkute
Contact:	Sebastian Scholz Charuta Prakash Murkute
Temporal coverage:	2020-01-01 00:00:00 - 2022-12-31 23:30:00 - time zone: Europe/Berlin
Geographic coverage:	ECSF forest tower fetch
Abstract:	--- Abstract:
Additional info:	--- Additional info:
Keywords:	\| climate \| ECSF \| Climate - Evaporation - Evapotranspiration - Hydrologic cycle - Relative air humidity - Transpiratio \| Eddy covariance \| MRF Tower \|
DOI:	https://www.mdpi.com/1999-4907/15/10/1828
Intellectual rights:	Copyright 2025 Chair of Atmospheric Processes Brandenburg University of Technology (BTU) Cottbus-Senftenberg. Free for use duals provided that the owners are acknowledged in any use or publication.

Entity name:	mrf_forest_20200101_20221231_renamed
Entity type:	dataTable
Attributes:	Date and Time (datetime) (Unitless) Wind velocity under atmospheric friction drag (friction_velocity) [Meter per second] Wind direction at a certain height (Wind_direction_1) [Degree] Wind speed at a certain height (Windspeed_1) [Meter per second] total net radiation (NetTot_Avg) [Watt per square meter] Air humidity 20m (Huma_20m) [Percent] Air temperature in 20 m (Ta_20m) [Degrees Celsius] Incoming Shortwave Radiation (rad_sw_in) [Watt per square meter] photosynthetic active radiation 20m (PAR_20m) [Photon per square meter per second] Upward mole flux of carbon dioxide (upward_mole_flux_of_carbon_dioxide) [Micromol per square meter per second] precipitation (PCP) [Millimeter] Soil Heat Flux at 20cm (heatflux_soil_20cm) [Watt per square meter] Sensible Heat Flux density (heatflux_sensible) [Watt per square meter] Latent Heat Flux (heatflux_latent) [Watt per square meter]