Dataset ID:	706
Last updated:	2009-10-26
Dataset creators:	Dietrich Göttlicher
Contact:	Dietrich Göttlicher
Temporal coverage:	2001-11-03 18:33:00 - 2001-11-03 18:33:00 - time zone: -5
Geographic coverage:	Landsat subset south ecuador (podocarpus) for soft classification
Abstract:	--- Abstract:
Additional info:	Creating a classification with landsat ETM+. Prepr... Additional info: Creating a classification with landsat ETM+. Preprocessing includes: Reprojection: Idrisi Import / Reproject, Projection: UTM 17 South (30 m pixel size) Subsetting: Idrisi Window, min x : 684990, max x : 758010, min y: 9493010, max y: 9601610 Geometric correction: ERDAS Imagine 8.6, Geometric model: Landsat Reference: Landsat Geocover datasets (1986, 2000, orthorectified), Digital elevation model: SRTM data, Ground Control Points: 152, Control Point Error : (X) 12.68 (Y) 13.42 (Total) 18.46 (<1 pixel), Subsetting: min x: 684990, max x: 757710,min y: 9493010, max y: 9599390 Atmospheric correction: Idrisi Atmosc (Cost model), Year: 2001, Month: 11, Day: 03, GMT: 15.00, Sun elevation: 61.8568494 Band Center (Cm) DN haze Offset Gain 1 0.485 27 -0.73807 0.11807 2 0.56 19 -0.76098 0.12098 3 0.66 12 -0.59425 0.09425 4 0.83 6 -0.60693 0.09693 5 1.65 3 -0.11912 0.01912 7 2.215 5 -0.04165 0.00665 Topographic correction: Statistical-empirical approach Idrisi Hillshade Digital elevation model: SRTM data Sun elevation: 61.8568494 Sun azimuth: 114.5874861 CLASSIFICATION: Step 1) Maximum likelihood classifier with 19 different training sites Step 2) Post-classification merging to 15 and 10 classes class 1 = Kammlage 1900-2100 class 2 = Subparamo > 2700 class 3 = Kammlagen > 2500 (gestört) class 4 = Hanglage > 2600 class 5 = Weide class 6 = vegetationslos (Strasse) class 7 = ehemalige Weide (Sukzession) class 8 = Hanglage 2200-2600 class 9 = Hanglage 1800-2100 class 10 = Kammlage 2100-2300 class 11 = Adlerfarn (Sukzession) class 12 = Kammlage > 2300 class 13 = Weide mit Busch und Waldresten class 14 = Rutschung class 15 = Wasser
Keywords:	\| land use \| raster \| classification \| landsat \|
Intellectual rights:	FOR816 data user agreement

Entity name:	likelihood class 1 (location on a ridge 1900-2100 masl)
Entity info:	one of 15 classes
Entity type:	spatialRaster (449 x 450)
Attributes:	land use (Land_use) (Unitless)

Entity name:	likelihood class 2 (Subparamo > 2700 masl)
Entity info:	one of 15 classes
Entity type:	spatialRaster (449 x 450)
Attributes:	land use (Land_use) (Unitless)

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DEM 1m (triangulated from aerial photo - color)

Dataset ID:	899
Last updated:	2013-03-01
Dataset creators:	Thomas Lotz
Contact:	Thomas Lotz
Temporal coverage:	2001-01-01 00:00:00 - 2001-01-01 00:00:00 - time zone: -5
Geographic coverage:	ECSF DEM 1m
Abstract:	The DEM is generated from stereo aerial photos by ... Abstract: The DEM is generated from stereo aerial photos by aero-triangulation. The processing was done by and is described in: Jordan, E.; Ungerechts, L.; Cáceres, B.; Penafiel, A. and Francou, B. (2005): Estimation by photogrammetry of the glacier recession on the Cotopaxi Volcano (Ecuador) between 1956 and 1997. In: Hydrological Sciences 50, 949-961. Information about further processing are rare. Information about the quality are also rare. Triangulation artefacts in shadowed areas of the picture are known.
Additional info:	--- Additional info:
Keywords:	\| raster \| DEM \| base data \| elevation \|
Intellectual rights:	FOR816 data user agreement

Entity name:	DEM 1m
Entity type:	spatialRaster (5789 x 4876)
Attributes:	elevation (El) [Meter]

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Average monthly 2m minimum (TMin) air temperatures in the study area

Dataset ID:	720
Last updated:	2010-04-24
Dataset creators:	Jörg Bendix
Contact:	Maik Dobbermann
Temporal coverage:	1999-01-01 18:25:00 - 2007-12-31 18:25:00 - time zone: -5
Geographic coverage:	Spatial plot (as in Erdkunde article)
Abstract:	--- Abstract:
Additional info:	Publication: http://137.248.191.82/publications.do... Additional info: Publication: http://137.248.191.82/publications.do?citid=718
Keywords:	\| temperature \| raster \| TMin \| average monthly \|
Intellectual rights:	FOR816 data user agreement

Entity name:	month minimal air temperature
Entity type:	spatialRaster (511 x 479)
Attributes:	average minimum Temperature in January (TMinAverageJan) [Degrees Celsius]

Entity name:	month minimal air temperature
Entity type:	spatialRaster (511 x 479)
Attributes:	average minimum Temperature in February (TMinAverageFeb) [Degrees Celsius]

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CHM 1m (LiDAR) San Francisco basin

Dataset ID:	1442
Last updated:	2021-08-12
Dataset creators:	Brenner Silva Joerg Zeilinger Jörg Bendix
Contact:	Brenner Silva
Temporal coverage:	2012-03-07 00:00:00 - 2012-11-19 00:00:00 - time zone: -5
Geographic coverage:	San francisco basin
Abstract:	The Canopy Height Model(CHM) is the calculated dif... Abstract: The Canopy Height Model(CHM) is the calculated difference between DSM and DTM, the first products of the LiDAR survey. The second entity is the canopy height model in 10 m resolution derived from the LiDAR survey. The helicopter-based survey of the Rio San Francisco catchment has been conducted in the periods of March 7-17, 2012 and November 12-19, 2012. Coordinate System UTM, Datum WGS84, Zone 17S, and Geoid EGM96 - for orthometric height - are used. The horizontal accuracy is within 5cm (based on control landmark of the IGM geodetic network). Quality assurance is done by visually inspection and correction of classification and ghost reflections. Additional quality control is done for completeness of the point cloud density and for models creation, which assured internal consistency of terrain representation (removal of artifacts due to misclassification) and seamless integration between tiles. Total data extent, considering all tiles is W: 704190.00, S: 9552910.00, N: 718190.00, E:9564110.00. The DTM has the spatial resolution of 1m, which is confirmed based on independent GPS control points measured on plane areas. The LiDAR survey has been carried out under the working group of Prof. J. Bendix. Operational support and quality check: Jörg Zeilinger, Brenner Silva, Thomaz Lotz
Additional info:	The usage of the LiDAR DSM/DTM is restricted to th... Additional info: The usage of the LiDAR DSM/DTM is restricted to the RU816 members. The usage for publications has to be agreed in advance with Prof. J. Bendix. In addition please check the PAK 823-825 data user agreement. (www.tropicalmountainforest.org/dataagreementp3.do)
Keywords:	\| height \| raster \| canopy \|
Intellectual rights:	This dataset is released under the CC-BY license. https://creativecommons.org/licenses/by/3.0/de/deed.en Please use the citation string (Cite as:) in the metadata to fulfill the attribution part.

Entity name:	dsm-dtm_difference_1m
Entity info:	CHM 1m (derived from LiDAR survey)
Entity type:	otherEntity

Entity name:	sfmetrics_ch
Entity info:	CHM 10m (derived from LiDAR survey
Entity type:	otherEntity

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Discrete Vertical Distribution Ratio

Dataset ID:	1443
Last updated:	2016-02-22
Dataset creators:	Brenner Silva
Contact:	Brenner Silva
Temporal coverage:	2012-03-07 00:00:00 - 2012-11-19 00:00:00 - time zone: -5
Geographic coverage:	San francisco basin
Abstract:	This dataset represents the vertical distribution ... Abstract: This dataset represents the vertical distribution of intercepted canopy elements (biomass). This is a second level product from the LiDAR survey.
Additional info:	The usage of the LiDAR DSM/DTM is restricted to th... Additional info: The usage of the LiDAR DSM/DTM is restricted to the RU816 members. The usage for publications has to be agreed in advance with Prof. J. Bendix. In addition please check the PAK 823-825 data user agreement. (www.tropicalmountainforest.org/dataagreementp3.do)
Keywords:	\| raster \| canopy \| aboveground biomass \|
Intellectual rights:	PAK 823-825 data user agreement. (www.tropicalmountainforest.org/dataagreementp3.do)

Entity name:	sfmetrics_dvdr
Entity info:	Vertical distribution of intercepted canopy elements (biomass)
Entity type:	otherEntity

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Average monthly 2m maximum (TMax) air temperatures in the study area

Dataset ID:	690
Last updated:	2010-04-24
Dataset creators:	Jörg Bendix
Contact:	Maik Dobbermann
Temporal coverage:	1999-01-01 19:32:00 - 2007-12-31 19:33:00 - time zone: -5
Geographic coverage:	Spatial plot (as in Erdkunde article)
Abstract:	--- Abstract:
Additional info:	--- Additional info:
Keywords:	\| temperature \| raster \| average monthly \| TMax \|
Intellectual rights:	FOR816 data user agreement

Entity name:	month max mean temperatur
Entity type:	spatialRaster (511 x 479)
Attributes:	average maximum Temperature in January (TMaxAverageJan) [Degrees Celsius]

Entity name:	month max mean temperatur
Entity type:	spatialRaster (511 x 479)
Attributes:	average maximum Temperature in February (TMaxAverageFeb) [Degrees Celsius]

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Landcover classification Ecuador (10 classes)

Dataset ID:	704
Last updated:	2009-10-23
Dataset creators:	Dietrich Göttlicher
Contact:	Dietrich Göttlicher
Temporal coverage:	2001-11-03 16:57:00 - 2001-11-03 16:57:00 - time zone: -5
Geographic coverage:	Landsat subset south ecuador (podocarpus)
Abstract:	--- Abstract:
Additional info:	Creating a classification with landsat ETM+. Prepr... Additional info: Creating a classification with landsat ETM+. Preprocessing includes: Reprojection: Idrisi Import / Reproject, Projection: UTM 17 South (30 m pixel size) Subsetting: Idrisi Window, min x : 684990, max x : 758010, min y: 9493010, max y: 9601610 Geometric correction: ERDAS Imagine 8.6, Geometric model: Landsat Reference: Landsat Geocover datasets (1986, 2000, orthorectified), Digital elevation model: SRTM data, Ground Control Points: 152, Control Point Error : (X) 12.68 (Y) 13.42 (Total) 18.46 (<1 pixel), Subsetting: min x: 684990, max x: 757710,min y: 9493010, max y: 9599390 Atmospheric correction: Idrisi Atmosc (Cost model), Year: 2001, Month: 11, Day: 03, GMT: 15.00, Sun elevation: 61.8568494 Band Center (Cm) DN haze Offset Gain 1 0.485 27 -0.73807 0.11807 2 0.56 19 -0.76098 0.12098 3 0.66 12 -0.59425 0.09425 4 0.83 6 -0.60693 0.09693 5 1.65 3 -0.11912 0.01912 7 2.215 5 -0.04165 0.00665 Topographic correction: Statistical-empirical approach Idrisi Hillshade Digital elevation model: SRTM data Sun elevation: 61.8568494 Sun azimuth: 114.5874861 CLASSIFICATION: Step 1) Maximum likelihood classifier with 19 different training sites Step 2) Post-classification merging to 15 and 10 classes
Keywords:	\| raster \| classification \| land cover \| landsat \|
Intellectual rights:	FOR816 data user agreement

Entity name:	landcover classification ecuador
Entity type:	spatialRaster (2424 x 3546)
Attributes:	land use (Land_use) (Unitless)

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Average monthly 2m mean (TMean) air temperatures in the study area

Dataset ID:	730
Last updated:	2010-04-24
Dataset creators:	Jörg Bendix
Contact:	Maik Dobbermann
Temporal coverage:	1999-01-01 18:25:00 - 2007-12-31 18:25:00 - time zone: -5
Geographic coverage:	Spatial plot (as in Erdkunde article)
Abstract:	Publication: http://137.248.191.82/publications.do... Abstract: Publication: http://137.248.191.82/publications.do?citid=718
Additional info:	--- Additional info:
Keywords:	\| air temperature \| raster \| average monthly \| TMean \|
Intellectual rights:	FOR816 data user agreement

Entity name:	average monthly mean temperature
Entity type:	spatialRaster (511 x 479)
Attributes:	average mean temperature in January (TMeanAverageJan) [Degrees Celsius]

Entity name:	average monthly mean temperature
Entity type:	spatialRaster (511 x 479)
Attributes:	average mean temperature in February (TMeanAverageFeb) [Degrees Celsius]

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DEM 10m (triangulated from aerial photo - b/w)

Dataset ID:	901
Last updated:	2013-03-01
Dataset creators:	Lars Ungerechts
Contact:	Thomas Lotz
Temporal coverage:	1997-01-01 00:00:00 - 1997-01-01 00:00:00 - time zone: -5
Geographic coverage:	Loja region
Abstract:	The DEM is generated from stereo aerial photos by ... Abstract: The DEM is generated from stereo aerial photos by aero-triangulation. The processing was done by and is described in: Jordan, E.; Ungerechts, L.; Cáceres, B.; Penafiel, A. and Francou, B. (2005): Estimation by photogrammetry of the glacier recession on the Cotopaxi Volcano (Ecuador) between 1956 and 1997. In: Hydrological Sciences 50, 949-961. Information about further processing are rare. Information about the quality are also rare. Triangulation artefacts in shadowed areas of the photos are known.
Additional info:	--- Additional info:
Keywords:	\| raster \| DEM \| base data \| elevation \|
Intellectual rights:	FOR816 data user agreement

Entity name:	DEM 10m
Entity type:	spatialRaster (6257 x 6625)
Attributes:	elevation (El) [Meter]

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Mode of vegetation heigh in the vertical density function

Dataset ID:	1444
Last updated:	2016-02-22
Dataset creators:	Brenner Silva
Contact:	Brenner Silva
Temporal coverage:	2012-03-07 00:00:00 - 2012-11-19 00:00:00 - time zone: -5
Geographic coverage:	San francisco basin
Abstract:	This dataset represents the statistical mode of ve... Abstract: This dataset represents the statistical mode of vegetation heigh in the vertical density function. This is a second level product of the LiDAR survey.
Additional info:	The usage of the LiDAR data is restricted to the R... Additional info: The usage of the LiDAR data is restricted to the RU816 members. The usage for publications has to be agreed in advance with Prof. J. Bendix. In addition please check the PAK 823-825 data user agreement. (www.tropicalmountainforest.org/dataagreementp3.do)
Keywords:	\| raster \| canopy \|
Intellectual rights:	PAK 823-825 data user agreement. (www.tropicalmountainforest.org/dataagreementp3.do)

Entity name:	sfmetrics_mdh
Entity info:	Mode of vegetation heigh in the vertical density function
Entity type:	otherEntity

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DEM 90m (SRTM)

Dataset ID:	900
Last updated:	2012-03-02
Dataset creators:	Thomas Lotz
Contact:	Thomas Lotz
Temporal coverage:	2000-02-01 00:00:00 - 2000-02-29 23:59:00 - time zone: -5
Geographic coverage:	South Ecuador
Abstract:	This might not be the latest version (and highest ... Abstract: This might not be the latest version (and highest quality) of SRTM data. Use http://srtm.csi.cgiar.org/ to download the latest version. Information about processing are rare.
Additional info:	--- Additional info:
Keywords:	\| raster \| DEM \| base data \| elevation \| SRTM \|
Intellectual rights:	FOR816 data user agreement

Entity name:	DEM 90m
Entity type:	spatialRaster (3600 x 3600)
Attributes:	elevation (El) [Meter]

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Map of Reference Soil Groups (WRB)

Dataset ID:	897
Last updated:	2010-09-13
Dataset creators:	Mareike Ließ
Contact:	Mareike Ließ
Temporal coverage:	2001-05-13 11:32:00 - 2001-05-13 11:32:00 - time zone: -5
Geographic coverage:	ECSF DEM 10m
Abstract:	Soil-landscape modelling is based on understanding... Abstract: Soil-landscape modelling is based on understanding the spatial distribution patterns of soil characteristics. A model relating the soil?s properties to its position within the landscape is used to predict soil properties in other similar landscape positions. To develop soil landscape models, the interaction of geographic information technology, advanced statistics and soil science is needed. The focus of this work is to predict the distribution of the different soil types in a tropical mountain forest area in southern Ecuador from relief and hydrological parameters using a classification tree model (CART) for soil regionalisation. Soils were sampled along transects from ridges towards side valley creeks using a sampling design with 24 relief units. Major soil types of the research area are Histosols associated with Stagnosols, Cambisols and Regosols. Umbrisols and Leptosols are present to a lesser degree. Stagnosols gain importance with increasing altitude and with decreasing slope angle. Umbrisols are to be found only on slopes <30°. Cambisols occurrence might be related to landslides. The CART model was established by a data set of 315 auger sampling points. Bedrock and relief curvature had no influence on model development. Applying the CART model to the research area, Histosols and Stagnosols were identified as dominant soil types. Model prediction left out Cambisols and overestimated Umbrisols, but showed a realistic prediction for Histosols, Stagnosols and Leptosols.
Additional info:	Number codes: 2= Histosol, 3=Leptosol,4= Regosol,... Additional info: Number codes: 2= Histosol, 3=Leptosol,4= Regosol, 5= Stagnosol,6= Umbrisol
Keywords:	\| soil characteristics \| soil classification \| output \| raster \|
Intellectual rights:	FOR816 data user agreement

Entity name:	soil type distribution
Entity type:	spatialRaster (598 x 507)
Attributes:	Soil type after "world reference base" (Soil_typeWRB) (Unitless)

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Landcover classification Ecuador (15 classes)

Dataset ID:	705
Last updated:	2009-10-23
Dataset creators:	Dietrich Göttlicher
Contact:	Dietrich Göttlicher
Temporal coverage:	2001-11-03 17:34:00 - 2001-11-03 17:35:00 - time zone: -5
Geographic coverage:	Landsat subset south ecuador (podocarpus)
Abstract:	--- Abstract:
Additional info:	Creating a classification with landsat ETM+. Prepr... Additional info: Creating a classification with landsat ETM+. Preprocessing includes: Reprojection: Idrisi Import / Reproject, Projection: UTM 17 South (30 m pixel size) Subsetting: Idrisi Window, min x : 684990, max x : 758010, min y: 9493010, max y: 9601610 Geometric correction: ERDAS Imagine 8.6, Geometric model: Landsat Reference: Landsat Geocover datasets (1986, 2000, orthorectified), Digital elevation model: SRTM data, Ground Control Points: 152, Control Point Error : (X) 12.68 (Y) 13.42 (Total) 18.46 (<1 pixel), Subsetting: min x: 684990, max x: 757710,min y: 9493010, max y: 9599390 Atmospheric correction: Idrisi Atmosc (Cost model), Year: 2001, Month: 11, Day: 03, GMT: 15.00, Sun elevation: 61.8568494 Band Center (Cm) DN haze Offset Gain 1 0.485 27 -0.73807 0.11807 2 0.56 19 -0.76098 0.12098 3 0.66 12 -0.59425 0.09425 4 0.83 6 -0.60693 0.09693 5 1.65 3 -0.11912 0.01912 7 2.215 5 -0.04165 0.00665 Topographic correction: Statistical-empirical approach Idrisi Hillshade Digital elevation model: SRTM data Sun elevation: 61.8568494 Sun azimuth: 114.5874861 CLASSIFICATION: Step 1) Maximum likelihood classifier with 19 different training sites Step 2) Post-classification merging to 15 and 10 classes
Keywords:	\| land use \| raster \| classification \| landsat \|
Intellectual rights:	FOR816 data user agreement

Entity name:	landsat classification ecuador 15 classes
Entity type:	spatialRaster (2424 x 3546)
Attributes:	land use (Land_use) (Unitless)

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Environmental changes in biodiversity hotspot ecosystems of
South Ecuador: RESPonse and feedback effECTs (FOR2730)

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Environmental changes in biodiversity hotspot ecosystems of South Ecuador: RESPonse and feedback effECTs (FOR2730)

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Environmental changes in biodiversity hotspot ecosystems of
South Ecuador: RESPonse and feedback effECTs (FOR2730)