1 Spatial Modelling of the Terrestrial Environment - Georeferencial
1 Spatial Modelling of the Terrestrial Environment - Georeferencial
1 Spatial Modelling of the Terrestrial Environment - Georeferencial
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272 Index<br />
Long-Term Ecological Research (LTER) Network,<br />
National Science Foundation 138, 141<br />
loss <strong>of</strong> lock (SRA) 17<br />
LSM see land surface models<br />
METEOSAT 138<br />
METEOSAT-based rainfall estimates 158<br />
warm cloud precipitation estimation 162–3<br />
derivation <strong>of</strong> overland flow from curve number<br />
maps 162–3<br />
MICRO-SWEAT 61–2<br />
microwave component used in exploratory SMOS<br />
retrieval algorithm 71– 2, 72<br />
prediction <strong>of</strong> surface soil-deeper soil moisture<br />
relationship 69–70, 69<br />
Microwave Doppler radar 252<br />
for determining water velocities 85<br />
microwave emission model <strong>of</strong> layered snowpacks<br />
(MEMLS) 52<br />
SNTHERM and Crocus 50<br />
microwave emission models 50, 52, 53<br />
coupled with land surface models 60–3<br />
from soil, using coherent or non-coherent models<br />
61<br />
when soil surface is rough, use <strong>of</strong> Mo and<br />
Schmugge model 62<br />
microwave remote sensing algorithms, to 49, 50<br />
microwave sensors<br />
useful in polar regions 15<br />
interferometric syn<strong>the</strong>tic aperture radar (InSAR)<br />
18–19<br />
satellite radar altimetry 16–18<br />
misclassification errors/problems 83–4<br />
national land cover map 87–8<br />
Moderate Resolution Imaging Spectroradiometer<br />
(MODIS) Airborne Simulator 182, 186, 266<br />
Moran’s I 210, 220<br />
values <strong>of</strong> for built-form compactness 222, 223<br />
NASA/Goddard Earth Observing System (GEOS)<br />
251–2<br />
incorporates Physical-Space Statistical Analysis<br />
System (PSAS) data assimilation techniques<br />
252<br />
national censuses, suitability <strong>of</strong> for<br />
studying/modelling urban systems 200<br />
national land cover map 87–8<br />
NOAH LSM 250–1<br />
Normalized Difference Vegetation Index (NDVI)<br />
67<br />
Lake Tanganyika catchment 160–1<br />
north-east Greenland ice stream (NEGIS) 26<br />
InSAR-derived DEM 22–3, 24<br />
Numerical Wea<strong>the</strong>r Prediction land surface forcing<br />
biases, in coupled modelling 251<br />
optical satellite images 201<br />
potential for urban land-use mapping 203–4<br />
pattern recognition techniques 204, 205<br />
Orpington, Bromley (London)<br />
identification <strong>of</strong> built-form constellations 217–18,<br />
217<br />
land-cover containment hierarchy 215–16<br />
used to evaluate <strong>the</strong> built-form connectivity<br />
approach 211<br />
passive microwave remote sensing<br />
<strong>of</strong> soil moisture 45–46, 45, 72–3<br />
<strong>of</strong> snow volume 36<br />
validation 53<br />
photogrammetric data collection, some post<br />
processing with local variance based filter<br />
121–3<br />
bilinear interpolation 126, 127<br />
effects <strong>of</strong> different DEM resolutions and elevation<br />
tolerance values 125–6, 126<br />
main parameters: radius <strong>of</strong> search area 123<br />
main parameters: SD tolerance 123–4<br />
tolerance levels tested 123–4<br />
Waimakariri River case study 114–15<br />
discrepancies between check data and<br />
photogrammetric data 128–9<br />
errors and <strong>the</strong> stero-matching process 129<br />
correction methods 133–4, 133<br />
planning policy development 5<br />
policy scenarios, Cambridgeshire, emissions impact<br />
239–41<br />
index <strong>of</strong> emissions impact for Reference and Policy<br />
cases 240–1, 240, 241<br />
precision, <strong>the</strong>oretical 134<br />
probability density function (PDF) 71<br />
Program for Integrated Earth System <strong>Modelling</strong><br />
(PRISM) 4<br />
pyrogenic energy emissions<br />
combustion 178–9<br />
fire intensity 180–2<br />
heat generation 179–80<br />
pyrolysis 179<br />
radar data, images <strong>of</strong> flooding 84<br />
radar interferometry 18<br />
RADARSAT 83, 84–5<br />
radiative transfer models (emission models) 50, 51<br />
radiative transfer <strong>the</strong>ory 63–6<br />
discrete, simple and extended Wilheit models<br />
63–4<br />
discrete model 64<br />
extended Wilheit model 65–6<br />
simple model 64–5<br />
random function and regionalized variable 39<br />
range window, satellite radar altimeter 17, 17