Z02 - Central Scientific Service Project
The Central Scientific Service Project Z02 aims at providing support to the scientific projects of the EFForTS research consortium. Z02 will provide meteorological data and biodiversity data on arboreal arthropods for all of the EFForTS core plots. New in Phase 3, Z02 will generate spatial products, such as land use and land cover change and forest stand parameters, based on remote sensing data at different spatial levels (plot, region, landscape). Further, Z02 will act as a focal point for Convention of Biodiversity (CBD) related issues, e.g. in terms of handling of species and Access-and-Benefit-Sharing measures.
The success of the international and interdisciplinary research of the proposed Collaborative Research Centre (EFForTS) depends to a significant degree on efficient project support. There is an unusually high demand for support from scientific projects with respect to the organization and collection of background data on biota, land cover and climate, and this is met by the Central Scientific Service Project.
The project focuses on four major topics:
- (WP1) Collection of essential climate data at each of the core plots including temperature and moisture at different levels in and above the ground.
- (WP2) Processing of remote sensing data, generation of data products from the airborne laser scanning campaign and auxiliary satellite based data.
- (WP3) Organizing the identification of species and implementing the sampling, identification and monitoring of tree arthropod communities.
- (WP4) Functioning as focal point and interface for collaboration with collections in Indonesia, in particular the Indonesian Institute of Science (LIPI), and museums all over the world;
![Trennblatt Z02/WP1 B600](/storage/pictures/2f3d6195cf955e5ba3bba78f8f0b554e.jpg)
left: Field team with Dr. Christian Stiegler (2nd right) at a reference climate station
right: Field assistants installing a climate station in EFForTS research plots
![Trennblatt Z02_Lidar_B600](/storage/pictures/518e0ed8d8bf419f5e68100ec8735a16.jpg)
left: Spatial modelling of vegetation structure from LiDAR & Hyperspectral airborne data
right: Scaling-up of ecological and socio-economic functions using remote sensing
![Z02_02_WP3_B_600](/storage/pictures/9ad77d09cf134162e432ce7a2931b5fe.jpg)
left: Dr. Jochen Drescher fogging rubber canopy
right: Team of students with Dr. Purnama Hidayat (mid left) and Prof. Dr. Damayanti Buchori (mid right) at Bogor Agricultural University, IPB