Land Management Search Results
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Mounding is a highly versatile technique for addressing site conditions that may limit forest recovery on a wide range of reclamation sites. The technique is particularly useful on wet and cool sites...
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Seeding is less reliable than planting, and natural regeneration even less so, but these regeneration methods may be suitable, low-cost alternatives on some reclaimed sites. both seeding and natural...
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A common goal of reclamation in the boreal forest is to establish diverse, native plant communities that are suited to the site's conditions and are on track to become a forest. Regeneration planning...
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Regeneration planning is key to ensuring the establishment of target vegetation rather than undesired competitors. Careful planning can accelerate regeneration by 5-10 years or more.
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The footprint left by infrastructure and equipment can create different challenges for establishing vegetation. The best site preparation method depends on the limiting factors present.
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Reclaiming industrial sites in Alberta's boreal forest is not always a straightforward process. The footprints left by infrastructure and equipment are often characterized by compacted mineral soils...
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Soil compaction frequently results from industrial disturbance on mineral soils, whether due to infrastructure or equipment traffic. Soil compaction tends to be most severe on sites with high clay...
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Soil salvage is a pre-disturbance technique to conserve a site's topsoil, which is critical for maintaining nutrient cycling, organic matter, soil biota and plant propagules. In some cases, subsoil...
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Authors
Nick Salafsky
Robyn Irvine
Judy Boshoven
Jaclyn Lucas
Kent Prior
Jean-François Bisaillon
Becky Graham
Paul Harper
André Laurin
Amanda Lavers
Lalenia Neufeld
Richard Margoluis
Resource Date:
October
2021
There is currently a great deal of work being undertaken to collect, analyze, and synthesize available evidence about the effectiveness of conservation strategies. But substantial challenges still...
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Authors
Canadian Forest Service, Natural Resources Canada
This Research Agenda identifies research gaps and sets priorities for NRCan-CFS research over the next 5-10 years that will help Canada manage cumulative effects to support forest ecosystem resilience...
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This report identifies historical, annual and open water, low flow sequences for 13 stations in the Athabasca River Basin which can be used to determine management guidelines for the River basin
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Resource Date:
January
2015
This toolkit has been prepared as an operational handbook and is intended to guide implementation of reclamation techniques that will contribute to the restoration of caribou habitat. It is meant to...
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A 22 slide presentation (exported as a pdf) providing an overview of effects of wind turbine development on Caribou.
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Resource Date:
November
2023
This webinar provided a brief overview of Intensive Forest Management. It also included a panel discussion with experts who will share their knowledge on the practice.
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Although ecological transitions are expected to be widespread, under even the least-change climate scenario, ecological change is not synonymous with the loss of biodiversity.
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Resource Date:
December
2018
This practitioner guide provides a user-friendly overview of the interactions between boreal wetlands and forests and what these interactions mean for forest managers working in Canada’s boreal.
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Resource Date:
December
2018
This technical report describes in detail the interactions between boreal wetlands and forests and how forest managers can use this information to help avoid or minimize adverse effects on wetlands.
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Authors
Roderick Allan
Togwell Jackson
Dredged sediments and sediment cores were collected from sites along the Athabasca River system from between Fort McMurray and the confluence of Riviere des Rochers with the Slave River
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Authors
Larry Turchenek
J.D. Lindsay
Samples were taken from eight mineral and eight organic soil profiles. In addition, samples of parent materials from eight mineral soil sites were taken for analysis.
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Authors
David Schindler
R. Wagemann
R.H. Hesslein
Objectives were addressed in a whole lake experiment at the Experimental Lakes Area in northwestern Ontario because of the experimental control that could be effected at the facilities