JHM
This website provides supplementary information to a research paper by Biemans et al. It contains analyses of discharge uncertainty caused by precipitation input uncertainty for 300 global river basins. The calculated discharge is compared with observations if information is available.
In summary, this project aims to develop and advance the technical capability to measure GHG emissions, to validate and integrate these measurements and finally to develop a sound and Tier 3 compatible monitoring system of GHG emissions. The project is executed within the framework of the BSIK-KvR (BSIK-Climate Changes Spatial Planning) research program.
To develop an advanced GHG-information system — consisting of a comprehensive set of monitoring systems, combined with a complementary suite of 3D-models — that is able to quantify the magnitude, trends and associated uncertainties of the biogenic and antropogenic greenhouse-gas budgets high spatial and temporal resolutions. While doing so, we will develop a protocol to provide an independent reference estimate for the verification of national emissions reported by the parties in the UNFCCC and Kyoto framework.
(in Dutch)
- Studie "Gemeten actuele verdamping voor twaalf locaties in Nederland"
- Boshydrologie project
- Lysimeters Castricum
online data available 
The project is part of the "Large scale Biosphere Atmosphere Experiment in Amazonia (LBA)" programme. LBA is a long-term Brazilian initiative to generate scientific data to better understand the functioning of Amazonia as a regional entity. It will also provide answers on how biological, chemical and physical functioning is affected by land use changes, and how these changes in Amazonia affect the global climate.
Alteddy version 3.71 is a Visual Fortran program developed and used at Alterra for the processing of raw eddy correlation data.
