Dr. Duygu Tolunay

Hugo R. Kruytgebouw
Padualaan 8
Kamer N.301
3584 CH Utrecht

Dr. Duygu Tolunay

Onderzoeker
Ecology and Biodiversity
d.tolunay@uu.nl
Projecten
Project
NETHERLANDS RESEARCH PROGRAMME ON GREENHOUSE GAS DYNAMICS IN PEATLANDS AND ORGANIC SOILS (NOBV)
Algemene projectbeschrijving

For peatlands, the Climate Agreement has set down a reduction in annual emissions by 1.0 Mton in 2030. What effects do the various measures to fight subsidence have on greenhouse gas emissions? When it comes to the measures that have been or are being developed to reduce emissions, how do they work? And what role do aspects such as soil life and water quality play in peat decomposition?
In order to answer these questions, the Netherlands Research Programme on Greenhouse gas dynamics in Peatlands and organic soils (NOBV) has been conducting research at various locations since 2019, examining a range of measures and situations. Greenhouse gas fluxes (of CO2, nitrous oxide (laughing gas) and methane) are measured at all locations. Soil chemistry and soil physics are researched too, and soil subsidence is measured. The research is conducted by a consortium of various universities and knowledge centres, with a subsidy from the Ministry of Agriculture, Nature and Food Quality and directed by STOWA.

Rol
Uitvoerder
Financiering
2e geldstroom - overig
Afgesloten projecten
Project
LOSS Living on Soft Soils 12-06-2019 tot 31-12-2025
Algemene projectbeschrijving

Bodemdaling in Nederland is een actueel en complex probleem in stad en poldergebieden, waarvoor toenemend aandacht bestaat. Oude oplossingen werken niet meer goed. Er wordt geïnvesteerd in het vlakdekkend meten en modelleren van de bodemdaling, en nieuwe omgangsvormen zullen worden ontwikkeld, zodat beslissingen over maatregelscenario’s zijn gebaseerd op feitelijke kennis.

Rol
Promovendus & uitvoerder
Individuele projectbeschrijving

The project focuses on understanding the role of microbial decomposition in land subsidence. First, the decomspotiion rates in botanically different peatlands will be monitored in the Netherlands. Then,  major drivers of microbial decomspiotion rates such as substrate, pore-water chemistry and microbial community will be studied. At last, the evidences for interaction between biological and physical land subsidence processes will be collected.

 

Financiering
2e geldstroom - NWO NWA consortia 2018
Overige projectleden
  • Gilles Erkens (Deltares)
  • Bernardien Tiehatten (LOSS)
  • Prof. Ramon Hanssen (TU Delft)
  • J.G. Rots (TU Delft)
  • K.G. Gavin (TU Delft)
  • Prof. Ekko van Ierland (WUR)
  • Prof. Hans-Peter Weikard (WUR)
  • Jan Willem van Groenigen (WUR)
  • Jan JH van den Akker (WUR)
  • Dr. Mandy Korff (TUD
  • Deltares)
  • Dr. Peter Fokker (TNO Geological Survey of the Netherlands)