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Relevancy: 1%

FOR 536 P1: Amount, composition, and turnover of organic matter pools in grassland soils under typical steppe vegetation types of the Xilin River Basin (Inner Mongolia) with different grazing management (Project)

Heavy grazing in Leymus chinensis-dominated semi-arid grasslands results in changes in the amount, composition, and turnover of soil organic matter (SOM), due to the degradation of soil aggregation and release of aggregate-protected SOM, associated with enhanced susceptibility to soil erosion. This becomes evident as reduced bulk soil OC content, but especially as reduced microaggregation and...


Funding period: 2004 - 2016

Relevancy: 1%

Collaborative project: Establishment of a Repellent Release System for the Control of Plum Leaf Sucker Cacopsylla pruni in Stone Fruit Production as Part of a Push-and-Pull Strategy. Subproject 1 (Project)

The European Stone Fruit Yellows (ESFY) is the economically most serious disease of stone fruit causing high crop losses by die-back of infected peach and apricot trees. It is caused by phytoplasmas vectored by the plum leaf sucker Cacopsylla pruni. In the proposed project it is scheduled to develop an innovative system for the release of insect repellents (push component), which will be combined...


Funding period: 2015 - 2018

Relevancy: 1%

Collaborative project: Resource efficient plant protection based on a data driven multi-scale approach for the process chain: Diseases detection - decision support - demand specfic fungicide application - subproject 1 (Project)

By increasing resource efficiency, agriculture can make an important contribution to increasing raw material productivity, which is anchored in the German government's sustainability strategy. In order to achieve this increase, a systemic approach for the needs-based use of fungicides for leaf diseases in winter wheat and sugar beet was researched and implemented as a prototype. Essential...


Funding period: 2016 - 2019

Relevancy: 1%

Collaborative project: Development of an innovative non-invasive monitoring and evaluation process in the research of fishery (AutoMAT). Subproject 1: Development of a non-invasive, acoustic-optic underwater fish obsvervatory (Project)

Climate change, fisheries and further parameters affect the marine living resources. To determine these dynamics, the Thünen Institute of Sea Fisheries develops a technologically new underwater fish obsvervatory. We aim at capturing fish and their natural environment synoptically, at a high resolution, continuously and non-invasively in an automated fashion. The data acquisition is even possible...


Funding period: 2013 - 2015