Where ALCES is applied

Regional Assessment

Landscape and population simulations integrated, to assess the consequences of development, climate change, harvest and interspecies interactions to wildlife and fish populations.

We work with government and co-management agencies to assess cumulative effects at large spatial and temporal scales. Using ALCES PopDyn, landscape and population simulations are integrated to holistically assess the consequences of development, climate change, harvest, and interspecies interactions to wildlife and fish populations. Examples of other approaches we use to link ecological response to stressors include connectivity mapping, dose-response models, and linkages with detailed process models (e.g., hydrology).

A calm lake reflecting cloud, with conifer forest along the far shore.

Selected work

Much of our work is confidential to the clients who commission it. The projects below are a selection that we are able to discuss publicly.

Alberta

Dose-response curves for trout

The use of ALCES to apply dose-response curves when assessing cumulative impacts to trout is described in a report released by the Alberta Chapter of the Wildlife Society.

British Columbia

Lower Fraser Valley land cover toolkit

ALCES is used to project future land cover in the lower Fraser Valley from 2025 to 2060 in five-year increments, in support of research on the recovery of the Nooksack Dace and Salish sucker.

Manitoba

Riding Mountain National Park vegetation modelling

Talk to us about your region

We build each ALCES site around the questions its organization needs to answer, so no two are alike. If this is close to your own work, we would be glad to hear about it. The demonstration sites on alces.ca are open to anyone with an account.