Dymphie Burger
@dymphieburger.bsky.social
Soil science postdoc at University of Bonn, working on water infiltration, preferential flow and soil structure. Also likes: cycling, hiking, creative projects. Views my own.
📣New publication alert! Our work on pedotransfer functions “Connecting saturated hydraulic conductivity to soil aggregation on croplands along a European climate transect“ just got published in @geoderma.bsky.social. Feel free to have a read! doi.org/10.1016/j.ge... #SFB1502Detect #UniBonn
Redirecting
doi.org
🌱Why soil type and structure matter: saturated hydraulic conductivity shapes runoff v infiltration. Project A01 #CRC1502 shows land use and Soil Reference Groups explain infiltration variability better than texture alone. 📄 doi.org/10.1016/j.ge... 🎥 youtu.be/i5nfOOfq_MY 🌎 sfb1502.de/projects/clu...
In case you missed my presentation at #EGU25: I created a short video where I explain how we can estimate saturated hydraulic conductivity more precisely by including soil aggregation in pedotransfer functions. #CRC1502 #SoilScience
CRC 1502 DETECT@crc1502-detect.bsky.social · 10mo ago📽️ New #CRC1502 video! At #EGU25, @dymphieburger.bsky.social presented her work on connection #soil hydraulic conductivity to soil aggregation and carbon content in European croplands and made a video on it 📼https://www.youtube.com/watch?v=i5nfOOfq_MY 📝https://doi.org/10.5194/egusphere-egu25-11018
🆕 New #CRC1502 (C03) publication alert! @heikeschimmel.bsky.social Schimmel et al., (2025) trace 40 years of peatland restoration in German post-extracted bogs, showing how rewetting and vegetation recovery reduce mineral N stocks and enhance carbon stability over time. 📝 doi.org/10.1016/j.ge...
🌼Check out the new publication from our #CRC1502 members about #Soilinfiltration in Geoderma. It has been found to vary strongly across soil groups, textures, and land uses with big implications for runoff, flood risk, drought buffering, and irrigation efficiency. 📜 doi.org/10.1016/j.ge...
Today’s field work site in in Haltern am See, measuring water infiltration
Natural Regeneration Enhances Long‐Term Soil Carbon Storage in Various Fractions More Effectively Than Active Restoration: Meta‐Analysis 🔗 buff.ly/agNmGPy
📢 New publication! A recent meta-analysis by Ye et al. in @globalchangebio.bsky.social showed that natural regeneration outcompetes active restoration when it comes to long term SOC storage in aggregates. But what does that actually mean? Read my commentary here: dx.doi.org/10.1111/gcb....
Ecosystem Restoration Should Rely on Self‐Repairing Mechanisms
Click on the article title to read more.
dx.doi.org