Without committing to the continued development of next generation climate monitoring and climate modelling, billions of public investment dollars for long-term infrastructure will be based on guesswork rather than on strategic and informed science-driven policy.
Instead of spending capital on it's own storage facilities, it leases small portions of already-existing storage centers and adds its own monitoring and climate controls (if necessary).
Airborne lidar remote sensing supports high-resolution carbon mapping across broad spatial scales and a range of ecosystems [16-18] [16-18]reat potential to aid carbon monitoring and climate change mitigation efforts (e.g. REDD+).
These SCIAMACHY and GOME-2 drifts could be identified and are significantly reduced using the SNN approach; the final SNN merged time series shows an excellent temporal stability of 0.2 ± 0.2% per decade and is therefore well suitable for atmospheric monitoring and climate trend studies.
HWP is an important carbon pool that should be considered in decision making associated with carbon monitoring and climate change adaptation and mitigation.
Airborne lidar remote sensing supports high-resolution carbon mapping across broad spatial scales and a range of ecosystems [ 16- 18], with great potential to aid carbon monitoring and climate change mitigation efforts (e.g. REDD+).
