Natural Resources Canada |
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CWFIS (Restricted) Web Feature Service
| Service health Now: |
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- Interface
- Web Service, OGC Web Map Service 1.1.1
- Keywords
- Fees
- NONE
- Access constraints
- NONE
- Data provider
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Natural Resources Canada (unverified)
Contact information:
John Little
Natural Resources Canada
Work:
5320-122 Street, T6H 3S5 Edmonton, CanadaEmail:
Phone: 780-430-3811
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A compliant implementation of WMS plus most of the SLD extension (dynamic styling). Can also generate PDF, SVG, KML, GeoRSS
Available map layers (12)
wii_group (fireops:wii_group)
Layer-Group type layer: fireops:wii_group
wui_group (fireops:wui_group)
wui_group
inf_group (fireops:inf_group)
Layer-Group type layer: fireops:inf_group
bigfoot_fgp_current (fireops:bigfoot_fgp_current)
Fire growth predictions for large fires in Canada for the current day. Burned areas and ignition zones are determined from satellite imagery (hotspots) and are therefore approximate. Simulations are for 48 hours beginning at midnight
bluesky_nextday (fireops:bluesky_fcst_nextday)
Day after tomorrow's smoke forecast (peak values) as provided by FireSmoke.ca.
bluesky_today (fireops:bluesky_fcst_today)
Today's smoke forecast (peak values) as provided by FireSmoke.ca.
bluesky_tomorrow (fireops:bluesky_fcst_tomorrow)
Tomorrow's smoke forecast (peak values) as provided by FireSmoke.ca.
cfdms_fire_points (cfdms:cfdms_fire_points)
CFDMS presents near real time fire detections from a variety of satellite based sensor systems. Hotspots are aggregated to single points within a 5 km radius representing all detections within that area, as such geolocation may not be precise. CFDMS does not detect all fires, in particular small fires may not be detected. CFDMS will not detect fires through cloud cover. Although false positive screening is conducted it is still possible that industrial areas and solar reflection off of water bodies or certain cloud types may be incorrectly identified as wildfires. Le SCDSF détecte des feux quasiment en temps réel à partir de divers systèmes satellitaires. Les points chauds sont agrégés en points uniques dans un rayon de cinq kilomètres représentant toutes les détections dans cette zone. De ce fait, la géolocalisation peut ne pas être précise. Le SCDSF ne détecte pas tous les feux, en particulier les plus petits. Le SCDSF ne détectera pas les feux à travers la couche nuageuse. Bien qu'un filtrage des alertes soit effectué, il est toujours possible que des zones industrielles et la réflexion du soleil sur les plans d'eau ou certains types de nuage soient pris pour des feux de végétation.
cldn_strikes_dmc_last24hours (fireops:cldn_strikes_dmc_last24hours)
Drought Moisture Code (DMC) values at lightning strike locations (that have occurred over the last 24 hours). Lightning data collected from CLDN.
cldn_strikes_dmc_last24to48hours (fireops:cldn_strikes_dmc_last24to48hours)
Drought Moisture Code (DMC) values at lightning strike locations (that have occurred during the past 24 to 48 hours inclusively). Lightning data collected from the Canadian Lightning Detection Network (CLDN).
wui_250m (fireops:wui_250m)
Wildland Urban Interface (250m resolution) Reference: Johnston, Lynn M. (2016) Mapping Canadian Wildland Fire Interface Areas. MSc thesis. Department of Renewable Resources. University of Alberta. 161 pgs. doi: 10.7939/R3GT5FR9Z.
wui_30m (fireops:wui_30m)
Wildland Urban Interface (30m resolution) Reference: Johnston, Lynn M. (2016) Mapping Canadian Wildland Fire Interface Areas. MSc thesis. Department of Renewable Resources. University of Alberta. 161 pgs. doi: 10.7939/R3GT5FR9Z.
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