Information Technology Reference
In-Depth Information
it has a neighboring ce
(deepEmission) to a virtual
The model can take any
a cell size of 500mX500m
in France: Drôme river in
However we rather consid
provides a view of this virtu
ell with a lesser saturation, otherwise a fix tran
neighboring cell is generated.
map providing a topography as an entry. Only conditio
and the absence of endoreism. We used it for two coun
n South East and Oise upstream subbasin in the No
der them as contrasted virtual landscapes. Figure 2 bel
ual landscape made with the Drôme river map.
sfer
on is
nties
orth.
low
e virtual landscape. The darker green the lower, the darker bro
Fig. 2.
View on altitudes in th
the higher.
own
Climate is represented by
we use in this example the
represent climate variability
y potential evapotranspiration (PET) and rain. Even thou
e same value for the whole area, the model is tailored
y, with each cell having its own climate attribute.
ugh
d to
5.2
Water Use Interfac
ce
The modeling work comes
characterize a situation of d
gathered information in the
after a thorough ethnographic analysis of how stakehold
drought, share this information with others and use all
eir actions [2] including patterns of negotiation in drou
ders
the
ught
