Improving fire emission estimates
To date, fire- associated emissions are measured through remote sensing products and are limited to the detection accuracy of satellite, and to many assumptions in the algorithms for estimating emissions (emission factors, biomass regrowth rates). For example, estimates for the tropical Andes suggest that there’s 70-98% mismatch on burning emissions estimates depending on the methods used (Oliveras et al 2014). This is a fascinating field that could be developed from different perspectives and in collaboration with other institutions.
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- Improving fire emission estimates
- Stability and resilience of tropical vegetation transitions
- Does increased diversity cause increased predation pressure?
- Are niches smaller when there are more species? A quantitative investigation of niche partitioning over the Phanerozoic
- Disentangling the dynamics of diversification in deep time
- Infra-red effects of atmospheric cluster-ions
- Toward a mechanistic understanding of glacial-interglacial cycles in atmospheric CO2
- Plankton Speciation and Adaptation in the Open Ocean
- Quantifying ocean heat and anthropogenic carbon uptake
- Constraining the Cycle of Natural and Anthropogenic Lead in the Ocean
- Observing the Origins of Tropical Cyclones
- Deciphering the role of drought and fire in tropical ecosystems