IBA records of Great Blue Heron Colony

From http://www.bsc-eoc.org/iba/site.jsp?siteID=BC018 IBA Pacific Spirit Regional Park U of BC – Point Grey, British Columbia Site Summary BC018 Latitude Longitude 49.244° N 123.218° W Elevation Size 50 – 87 m 1.92 km² Habitats: coniferous forest (temperate), deciduous woods (temperate), mixed woods (temperate), rivers/streams, bog, urban parks/gardens Land Use: Nature conservation and research, Tourism/recreation Potential or

IBA Duke of Edinburgh ER Bird Islands

From : http://www.ibacanada.com/site.jsp?siteID=BC007&lang=EN IBA Duke of Edinburgh Ecological Reserve Port Hardy, British Columbia Site Summary BC007 Latitude Longitude 50.987° N 127.68° W Elevation Size 0 – 85 m 99.28 km² Habitats: coniferous forest (temperate), coastal cliffs/rocky shores (marine) Land Use: Not Utilized (Natural Area) Potential or ongoing Threats: Disturbance, Oil slicks IBA Criteria: Globally Significant:

Evolutionary and Ecological Studies In Reimchen’s lab

This is a reference to the work of Dr. Tom Reimchen  from his webpage http://web.uvic.ca/~reimlab/index.html Dr. Reichen was supported in his early research at Drizzle Lake by The Friends of Ecological Reserves. Summaries of his research in the following areas are illustrated: Adaptive Radiation and Functional Morphology Haida Gwaii Lakes , Biophysical Data Salmon Forest

Ambrose Lake Hiking & Biking Route !

Ed Note: This article provides full access information to the trails of the area, although they do say you are supposed to have access with  permit only, it is questionable whether anyone would take this seriously..  From: http://www.sunshine-coast-trails.com/ambrose-lake.html Ambrose Lake Hiking & Biking Route Trail Rating for Bikers: Easy (Beginner) Ambrose Lake is an ecological

Stability, resilience, and phase shifts in rocky subtidal communities along the west coast of Vancouver Island, Canada

Ecological Monographs, 81(2), 2011, pp. 215–239    2011 by the Ecological Society of America See complete pdf file:Watson&Estes 2011 Abstract. We used the extirpation, reintroduction, and spread of sea otters (Enhydra lutris) along the west coast of Vancouver Island, Canada, to evaluate how the otter–urchin– algae trophic cascade creates variation in rocky reef community structure