A literature-based estimation of fire-derived organic matter in soils
Fire-derived organic matter (charcoal-like) is considered to be one of the most persistent groups of compounds in all ecosystems. A large part of it resides in soils for centuries to millennia.
Up to now, no systematic inventory has estimated the amount of fire-derived organic matter in soils. This publication reports on a large database established through literature research, and demonstrates that fire-derived organic matter makes up about 50% of the organic compounds currently analytically identifiable in soils. Furthermore, soil properties, such as pH or clay content appear to explain fire-derived organic matter content better than more obvious parameters including fire characteristics, vegetation cover or climate.
More news
- «Ober mal wett hürate?» oder die Geographie der Schweizerdeutschen Grammatik
- Diverse forests outyield monocultures
- Drought-exposure history improves recovery of grassland communities from subsequent drought
- Satellite monitoring of biodiversity moves within reach
- Gone with the wind? How small birds move to the wintering grounds
- Choose your own route!
- Improving soil health in tropical regions
- Climate and soil determine distribution of plant traits
- Getting the big picture of biodiversity
- Capturing mood and affective states via Twitter
- What If Our History Was Written In Our Grammar?
- Can large volcanic eruptions make glaciers great again?
- New model simulates the tsunamis caused by iceberg calving
- Deep forest soils produce greenhouse gases as temperatures climb
- Global glacier retreat has accelerated
- 1918 Pandemic Second Wave Had Fatal Consequences
- Earlier than expected
- Locked-in and living delta pathways in the Anthropocene
- Staying home for nightlife
- Directed Species Loss from Species-Rich Forests Strongly Decreases Productivity
- Daily Mobility for Healthy Aging
- Water Towers of the world ranked on vulnerability
- Himalayan lakes are exacerbating glacial melt
- Gaming for better data
- Poor communication torpedoes a second national park
- Black mystery in the Amazon River
- Find your way back with intelligent navigation systems
- The emotional entanglements of smartphones in the field
- From fires to oceans
- Ice on a stick in soil research
- Melting glaciers causing sea levels to rise at ever greater rates
- Do financial incentives motivate farmers to conserve land?
- How landscapes contribute to our well-being
- Ice-sheet growing from the base
- Charcoal: Major Missing Piece in the Global Carbon Cycle
- Extracting mobility patterns from Call Detail Records
- Mapping functional diversity of forests with remote sensing
- Unaccompanied minor asylum seekers - feelings of belonging in educational experiences
- The effect of anxiety and spatial abilities in route learning from maps
- Making Concessions at the Mining Frontier in Burkina Faso
- New method for analyzing tracking data enables better understanding of behavioral patterns of animals
- Who is responsible for negative effects of anthropogenic climate change?
- Glaciers in the Karakoram Mountains are in balance since the 1970s
- The mega-event syndrome
- Historically unprecedented global glacier decline in the early 21st century
- Variability and evolution of global land surface phenology
- Neoliberal austerity and the marketisation of elderly care
- Institutional shopping for natural resource management in a protected area and indigenous territory in the Bolivian Amazon