• Home
• About
  • About the project
  • Approach
  • Study area
  • Subprojects
  • Contact
  • DFG Science TV
  • ECSF virtual field trip
• Staff
• Publications
  • List publications
• Documents and Services
  • General Information
• Data
  • List datasets
  • Category tree
  • Plots of climate datasets
• RESPECT Phase 1
  • About the project
  • Approach
  • Study area
  • Subprojects
  • Staff
  • Contact
  • DFG Science TV
  • General Information
• PAK 823-825(2013-2018)
  • Overall aims
  • Structure
  • Subprojects
  • Staff
  • Counterparts
  • Study area
  • Contact
  • Links
  • News
  • Data agreement
• FOR816/2(2010-2013)
  • Overall aims
  • Structure
  • Subprojects
  • Staff
  • Counterparts
  • Study area
  • Contact
  • Links
  • FOR816 Data user agreement

Platform data

Overview

Detailed view

Orthomosaic containing Georeferenced NDVI Values from ecsf forest aquired with a low flying UAV.

Corrected plots from Bombuscaro, ECSF, Cajanuma, Zamora and Laipuna region as shape files.

Soil texture were sampled in the young landslide in front of the station, on the other side of the San Francisco river. Soil samples were analysed in the laboratory of the University of Bayreuth.

This dataset contains fruit phenology data from 37 fleshy-fruited species at three different altitudes (1000, 2000, 3000 masl) over 10 months (2019 & 2020).

Weekly time series of precipitation data from the San Francisco area at 2000 m a.s.l. at the measuring station FN2 located at the intersection of Camino Canal and Camino Zig-Zag. Precipitation was measured with 5 Hellmann-type pluviometers. The resulting weekly replicates of precipitation were volume-weighted and bulked to one sample per collecting interval. Electrical conductivity and pH values were measured immediately in unfiltered aliquots in the laboratory at the ECSF.

Aggregated values from 1998 are incomplete (March to December).

"Orthomosaic containing Georeferenced Band Values from Laipuna pasture acquired with a low flying UAV."

Orthomosaic containing georeferenced NDVI Values from ecsf pasture aquired with a low flying UAV.

This dataset extends dataset ECSF Climate station best estimate Ver. 2 (id: 1415)
Basis of extension is the raw data of ECSF Thies Station. Various gaps are filled with stations nearby: ECSF Campbell Station, ECSF Pluvio, Campbell Tower Scintillometer Station, Campbell Tower ECOv station and Thies pasture station. The known drift in the Thies temperature sensor is corrected with regression methods based on the ECSF Campbell station temperature.

Caution! Humidity seems to be too high, further checks necessary.

The mycobionts of 103 terrestrial and epiphytic orchid individuals, sampled in the RBSF from permanently estabished orchid plots, were identified by sequencing the whole ITS1-5.8S-ITS2 region and part of 28S rDNA. Tulasnellales, Sebacinales and for the first time Atractiellales were found.

Plots were established by members of UTPL, Dr. Juan Pablo Suarez and his coworkers, on the orchid regeneration land slide, on basis of T1 and in uppar part of T2 as given by geographic parameters. All laboratory work was carried out by the UTPL group mentioned above.

Please refer to "Ließ et al. (2016), Improving the spatial prediction of soil organic carbon stocks in a complex tropical mountain landscape by methodological specifications in machine learning approaches. PLoS ONE, 11(4): e0153673. doi:10.1371/journal.pone.0153673" for further datails.

Weekly time series of measured concentrations of Al, Mn, Zn, Cl, PO4-P, Total P, NH4-N, NO3-N, Total N, K, Na, Mg, Ca and Total organic C in precipitation in the ECSF area at the FN3 site on T2 near the ECSF meteorological station. The weekly time series extends between May 2000 and May 2013. Precipitation was sampled with 5 Hellmann-type collectors. Replicates were collected, volume-weighted and bulked to one sample per plot. Samples were immediately filtered (4-7 µm) in the laboratory of the ECSF and stored at -20 °C until transport in frozen state to Germany or to Switzerland for concentration measurements.

Orthomosaic containing Georeferenced RGB Imagery from ECSF Pasture aquired with a low flying UAV.

Operational taxonomic units (OTUs) of arbuscular mycorrhizal fungi (AMF) detected in roots sampled at the 2000m NUMEX sites in October 2010.

Position of trees in the natural forest experiment was calculated using trigonometric measurements from 2004 and 2009. Precision is estimated to be between 0-10m.

Weekly time series of throughfall data from the ECSF area in the microcatchment Q2 (transects Q2.1, Q2.2 and Q2.3). Throughfall was measured weekly with 20 Hellmann-type pluviometers at each transect. The weekly replicates were volume-weighted and bulked to one sample per collecting interval and transect. Electrical conductivity and pH values were measured immediately in unfiltered aliquots in the laboratory at the ECSF.

GPS points of the ECSF_PINOS PLOT, original files and corrected with the NCI GPS data.

Orthomosaic containing Georeferenced RGB Imagery from ECSF forest aquired with a low flying UAV.