NOTES: https://docs.google.com/document/d/1quzE0bpVBvg9JUDSOmS0rfqRs5WYo5ys_v6Ao05vnis/edit?usp=sharing
Summary:
Day-1 covered the use of Land Surface Temperature, the importance of Surface types and surface water cover in the morning
...
-TSMM Terrestrial Snow Mass Mission
-GNSS-RO community for Soil Moisture/Water bodies
On LSM shortcoming:
-Diurnal cycles
...
-Snow Fraction (need to represent hysteresis)
-Variable Water cover (separating permanent water from seasonal/inundated areas, ML approaches to delineate water bodies)
-Moving towards 2-way coupling to reinfiltrate and re-evaporate surface water and consider in LDAS (SAR data, SWOT data in October 23, P-band SNOOPI (RFI), BIOMASS, Copernicus Water-bodies/Water-product, Organic soil, Wetland)
-Ancillary datasets compilation (see Table with input data sets, boundary or initial conditions).
-Hydrology
On insitu observations:
Coordinate observations network at WMO-level
COSMOS network very promising for verification. Is there an effort to collect the different national COSMOS Network
Metrics for using insitu soil moisture and snow observations
On satellite observations:
Short latency is key
Participating in WMO meeting in December is a way to convey our messages.
| View file | ||||
|---|---|---|---|---|
|