The Read Island Protected Landscape Network (PLN)
We respectfully acknowledge that we live on the unceded traditional territory of indigenous peoples, including the Homalco, Klahoose, WeWaiKai, WeWaiKum, Komoks, and Coast Salish First Nations. We endeavour to protect the land and its creatures for those who come after us.
The PLN Maps Tell a Story
This set of maps tells a story about Read Island’s network of forests, freshwaters, and other sensitive ecosystems. The maps illustrate where ecosystems naturally occur and interact, and where they have been impacted by human activities. In this area, the ecological integrity of island watersheds climaxed as old-growth forests. These complex ecosystems have the highest levels of biological diversity, produce the highest quality water, and sequester and store far more carbon than any other coastal ecosystems. The ancient trees and forests survived eons of natural disturbances – but have mostly succumbed to recent pressures of industrial logging.
The Protected Landscape Network (PLN) begins with learning about what-is and what-was, with a goal to protect and restore Read Island’s habitats, and the biodiversity supported by its integrated natural systems. Read Island’s character and current condition have directed the PLN design. Considerations included composition of the ecosystems, their species, structure and patterns, and their function/processes; enduring features, topography, soils, and ecological sensitivity. Guided by this information, the MAP 7 PLN identifies the ecological linkages that are critical to Read Island’s ecosystem functions, and where connectivity is broken or impacted. The Protected Landscape Network is a mapped plan for how to repair and protect the biological corridors that provide habitat and sustain island ecosystems.
The PLN methodology can be applied in any watershed, and we hope that presenting these ideas helps to inspire ecosystem based conservation planning in other communities.
By their very nature, ecologically sensitive (ES) sites become part of a Protected Landscape Network.
Ecologically Sensitive sites are inherently less resilient, especially vulnerable to disturbance, and slow to recover from change.
Old forests contain the highest levels of biological diversity. Old forests have the most ecological resilience. Well-established (old) forest systems are least likely to be affected by climate disruption, and Old Forests are important as refugia for species affected by changing conditions and the climate crisis.
In this magnificently beautiful place of remote wilderness, small communities, and industrial resource use, impacts and planning decisions are happening without complete information, and partial ecosystem data that exists is not presented in a way that non-professionals can understand. Stewarding this area’s unique and valuable natural resources requires identifying and quantifying what is here – and making the information accessible to everyone.