The scientists modified a land
surface ecosystem model called ORCHIDEE to account for how carbon behaves at different layers, such as at the surface versus 30 centimeters below ground.
Not exact matches
Obtaining accurate sea
surface temperatures is important for a range of applications — from weather prediction to climate
modeling to understanding marine
ecosystem fluctuations.
The study, called «
Modeling the effects of adopting agroforestry on basin scale
surface runoff and sediment yield in the Philippines,» uses a computer - based Soil and Water Assessment Tool (SWAT) to simulate the effects of different land uses on watershed hydrology and the
ecosystem services provided by the Gabayan watershed.
development of a regional scale earth system
model that includes coupling WRF with other earth system components such as ocean, sea ice, land
surface hydrology,
ecosystem, and chemistry; and
Wang, S., R.F. Grant, D.L. Verseghy, and T.A. Black, 2002:
Modelling carbon dynamics of boreal forest
ecosystems using the Canadian land
surface scheme.
We've got a great representation of these things within
ecosystem models that we tend to use uncoupled and we just run those on the land
surface.
«A deeper look at the differences between the different land
surface and Earth system
models may help better constrain the response of mid-latitude
ecosystems to climate variability.»
These characteristics included morphometric, geographic, and historical properties of study reservoirs (i.e., depth, residence time, volume,
surface area, age, and latitude), biologically significant water column solute concentrations (i.e., NO3 — , total phosphorus, and dissolved organic carbon), and metrics of
ecosystem primary productivity (i.e., trophic status and mean or
modeled surface water chlorophyll a concentrations; see the supplemental materials for a complete list of the tested variables).