http://www.ems-i.com/ GMS,SMS,WMS

zhang

cerl landsim

nase ncgia curriculum

http://www.crrel.usace.army.mil/ierd/hop1/riv.html cool animation
of ice jam formation

Burrough, P.A.. 1998. Dynamic Modelling and GIS, Chapter 9, In:
 P.Longley et al.(Eds) Geocomputation: a Primer. Wiley, pp165-192.

Burrough, P.A., da Costa, J.R., Haurie, A., Fedra, K., Salvemini, M.,
 & Hauska, H.(Banff 2000). MUTATE: a web-based distance learning
programme for environmental modelling with GIS. (Banff 2000 - submitted). 

Recent research in the modelling of dynamic spatial processes has demonstrated the ability 
to model a wide range of dynamic geographical processes in a simple, 
yet satisfactory way. These methods are all based on developments 
from Map Algebra and Cellular automata (Burrough 1998, Longley et al 1998, van Deursen 1995,
 Takeyama and Couclelis 1997, Wesseling et al 1996 etc.) and
 involve computations based on a regular tesselation of the landscape
 that can be rapidly updated. In contrast to many other kinds of models
 using finite elements, models can be quickly computed using finite
 difference methods of calculation instead of the more laborious finite
 element solution of partial differential equations. These methods
 provide an easy to use generic environment for teaching and instruction
 of dynamic spatial processes in areas as disparate as ecological
 modelling, geomorphological developments, urban processes and
 epidemiology. What is also emerging is the development of sets of
 specialised, high-level programming languages based on GIS and
 geostatistical concepts that make these kinds of models easy to
 develop and modify in a learning environ

Sluiter, R., Karssenberg, D, Burrough,P.A., Wesseling,C., de Jong, K., 
Van der Meer, M., van Steijn, H. & Jetten,V. (Banff 2000). 
GMOR: interactive computer models for teaching dynamic
 geomorphological processes. (Banff 2000 - submitted). 

C.G.  Wesseling, D. Karssenberg, P.A. Burrough & W. van Deursen 1996,
 Integrating dynamic environmental models in GIS: the development of
 a Dynamic Modelling language. Transactions in GIS Vol 1: 40-48, 1996. 

http://mutate.chiron.pt/

Bernie Engel

http://danpatch.ecn.purdue.edu/~sprawl/LTHIA/. 

Flanagan 

WEPP contains a climate generator, simulates
 surface and subsurface hydrology, irrigation, plant growth,
 residue decomposition, effects of tillage, soil detachment by
 raindrop impact and flowing water, sediment transport, and
 sediment deposition.

The work describe here involves linkage of the WEPP model with the
       Arcvew GIS (software developed by Environmental Systems
J Research Institute, Inc.) and TOPAZ (TOpographic
 PArameteriZation tool, also developed by the
 USDA-Agricultural Research Service). TOPAZ was used to
 delineate watersheds, locate channels, delineate hillslope
 profiles, and provide information on flow paths within the
 profiles. New techniques were developed and evaluated to
 determine representative slope profile inputs based upon the
 flow paths. ArcView was used to process and display the erosion model inputs and outputs.