Holistic Forestry Concepts (of Mi'kmaq)
Holistic Forestry Concepts (of Mi'kmaq)
The Mikmaq believe in holistic forestry that is mindful of the forest's wildlife and water preserving the habitat while still benefiting from the forest as a resource.
Everyone has a different line on what is acceptable. The MikMaq Tribes of Nova Scotia offer holistic forestry standards.
There is also US based Forestry instruction from entities like University of Maine or Penn State Extension also instructing different mindful forestry techniques.
There is not a law that prevents forestry.
There is not a law that mandates holistic forestry practices are used.
Sustainable Forestry Standards through the certification of lumber sources:
There are certifications of lumber sources.
The Forest Stewardship Council FSC has 3 certifications:
FSC Recycled ** (Best choice - doesn't cut down trees) (The product is made from 100 percent recycled materials. Using recycled material makes the most of precious forest resources and reduces the pressure to harvest more trees.)
FSC 100% (All materials used come from responsibly managed, FSC-certified forests. Products with the FSC 100% label contribute most directly to our mission to ensure thriving forests for all, forever.)
FSC Mix (The product is made with a mixture of materials from FSC-certified forests, recycled materials, and/or FSC-controlled wood. While controlled wood doesn’t come from FSC-certified forests, it mitigates the risk of the material originating from unacceptable sources.)
Sustainable Forestry's different definitions:
Penn State Extension has a short explanation between the definition of sustainable forestry and the moving line that exists from the different opposing perspectives.
(Business profitability vs Holistic Habitat sustainability)
https://extension.psu.edu/sustainable-forestry
Noteworthy Sustainable Forestry Practices:
Preserve the old growth canopy: During Holistic forestry we should allow the trees which take a long time to grow to get larger
Longer Life Span: (Hemlock, Spuce) - 400 year trees
Shorter Life Span: (Fir) - 70 years
Be mindful of the next generation of Harvesting
Preserve the understory species diversity -making sure that longer growing trees are there for both the next season's harvesting and for future understory development. This making sure that the selection cutting does not remove all of the same species of trees changing the diversity in that area of the forest.
Developing a Healthy Native Forest with wildlife habitat with self sustaining forest attributes from the ground up. (Or the Canopy down.)
Opportunities to preserve and protect Native Habitat:
There are opportunities to make environmentally conscious decisions at different levels to make an impact on the integrity of our forests.
Treatment: During the prescription of a treatment of a forest property by a forester is an opportunity to make a positive change in the sustainability of our forests. By teaching foresters holistic methods they can they can mindfully introduce those options when asked to develop forestry management plans.
Forestry Business practice service options: Holistic Forestry Management options developed by Foresters who are trained in holistic forestry management practices.
Forestry Management Policy: Local, or State, or federal jurisdiction's forestry management policy changes which make holistic forestry a mandatory practices within the jurisdiction through policy
Forestry terms:
General terms:
Treatments - A forest management, logging event, at a location, described in how the logging should take place.
Good Sustainable practices:
Silvicultural Treatments - being mindful of the integrity of the forest system as a whole
Holistic Treatment - being mindful of the integrity of the forest system as a whole
Thinning - Taking some from a particular forest area
Uneven Aged - Different generations of growth (this type of forest allows a good sustainable forestry practice to be implemented)
Selection - Taking the selected trees, not cutting the next generation understory, not cutting the best old growth, being mindful of the species of trees so that the only understory is of a different shorter species.(a good sustainable forestry practice) - (University on Maine)
Shelterwood approach -Small group passes to economically harvest 5-6% of the Stand, a Shelterwood approach, allows a trail to small patches for a larger forestry harvester vehicle to get to a small stand, then proceed to an additional small stand from that same trail.- (University on Maine)
Not Sustainable practices:
Clear Cutting - cutting all the trees in a particular area this practice has a (Negative outcome)
Exploitive harvesting - Taking all of the valuable trees in a forest
Even Aged - All the same age trees (cannot instantly be turned into a uneven aged forest used with selection cutting)
Diameter limit cutting - only cutting above a fixed diameter tree size threshold this practice has a (Negative outcome) only taking large and valuable trees, doing this deteriorates the quality and health of the stand. Leave the good trees to provide good seed and preserve the integrity of the forest, Bigger trees are more competitive. We should thin weaker trees of the comparable age of same species. .- (University on Maine)
Selective - Taking the best largest trees is (not holistic) this practice has a (Negative outcome)
Holistic forestry methods in the forestry manual
A Summary Introduction of this holistic forestry manual and an excerpt from:
"The Confederacy of Mainland Mi’kmaq. Awakening: Living with today’s forest."
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Introduction: A New Blend of Forest Thinking
Today's forestry work sometimes appears to focus on cutting the forest resource for immediate financial gain with little priority given to water and wildlife conservation. Concern has been raised regarding the sustainability of these practices and the potential harm to the habitat for plants and wildlife.
A new blend of forest thinking views the forest as a variety of interacting living communities. The wildlife, plants, and trees are given consideration, as are the people who work and live there. Each community is an important component that contributes to the overall balance, good health and longevity of the forest. Managing a forest from the wholistic perspective translates to slower financial gain but guarantees the forest and all of its communities are maintained.
The methods of forest management described in this publication are not new. Rather it is the process of deciding when and what treatments are best suited to ensure the longevity and balance of all systems that makes this manual unique in its content.
The Objective is not to control, but rather to work with natural processes, keeping the forest in a healthy and productive condition while taking out value of human needs.
Wholistic forestry realizes the importance of leaving something for future generations. Wholistic thinking is blended with today's forestry treatments and management techniques to promote a balance that meets immediate economic needs, protects forest life, and maintains standing forest for the future. Forestry practices foster the health of all components within this complex ecosystem creating balance and harmony. The interdependence of all living things and their important contribution to the health and sustenance of the natural environment as a whole is respected and maintained.
The Philosophy of wholistic forestry does not exclude man and his interaction with the forest. It balances human interests equally with the interests of all of the other components of the forest system. Man is not afforded exploitive privilege in wholistic forestry.
This publication is an attempt to help guide everyone in this approach.
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Page 28 (of 74 page Mikmaq forest manual)
Healthy Forests have some core features in common:
Diversity - A Mixture of different species of trees, plants, and wildlife
Vertical Structure - Standing trees with variation in age, height, diameter including the presence of standing deadwood.
Presence of horizontal coarse woody debris - Fallen deadwood that provides habitat for insects and small animals.
A source of cool, slow, meandering water.
When practicing wholistic forestry, it is important to be mindful and respectful of the importance of each of these features. Wholistic forest use is best (and most easily) carried out in forest stands that contain a mixture of species (diversity). It's easier because diversity allows more choices. Therefore, a forest with many different species of trees, of varying sizes (heights and ages) will create more productive forest.
Layers of the forest:
Canopy - Top layer of trees or the "roof" of the forest
Understory - These trees are generally younger and definitely shorter than the canopy (small to medium sized trees), as well as standing deadwood
Shrubs - This Layer includes "bushes" such as alders and wild raisin
Herbs - includes low growing plants below the shrubs
Forest Floor - Includes fallen deadwood
Each layer is very important to wildlife species that depend on it and each is an essential part of the ecosystem or "web" that makes up the forest community. The more intricate or diverse the web is, the more stable the forest is likely to be. If too many relationships are disrupted, a forest is likely may cease to function fully. Wholistic forest use requires woodland that is more natural in its look than areas such as tree plantations and picnic parks. Nature seems to favor a rather "messy household". More herbs, grasses, shrubs, trees, and deadwood (both standing and on the ground), create more food and shelter for more forms of wildlife. It can go against a sense of neat and tidy, but leaving it natural is better for all forest beings and, on a more practical note, is less work.
The Forest Mix
A variety of species are present in the healthy forest. A basic knowledge of tree species and their shade tolerance is important.
Some species of trees germinate and grow best in direct sunlight and are referred to as shade intolerant. Included in this group are cherries, the aspens, poplar, grey birch, white birch, etc. These species are often the first to appear in cutover areas or after forest fires. As the first to appear, they are also referred to as "pioneer" species.
Spruce, Pine, hemlock, oak, sugar maple, and yellow birch are referred to as shade tolerant species and grow more easily in shaded areas. These take root and wait in the shade of the full forest canopy opening offers smaller individuals a chance to grow and flourish. Uneven-aged forests accommodate these species as the canopy is maintained.
The focus of wholistic forestry is, of course, to include a healthy presence of both tolerant and intolerant species in the forest mix. Once again the diversity will provide more habitat for wildlife.
Sources:
University of Maine (Sustainable Forestry) - video https://www.youtube.com/watch?v=eykwZkKrYKg
Kekina’muek (learning) Learning about the Mi’kmaq of Nova Scotia https://native-land.ca/wp/wp-content/uploads/2018/06/Mikmaq_Kekinamuek-Manual.pdf
"Awakening: Living with today’s forest" - developed by The Confederacy of Mainland Mi’kmaq. The first nations of Nova Scotia developed this forestry manual: Holistic forestry methods in the forestry manual. https://www.uinr.ca/awakening-publishing-landmark/
Forest Management and Timber Harvesting in Pennsylvania
INFORMATION FOR CITIZENS AND LOCAL GOVERNMENT OFFICIALS
Sustainable Hardwood Management (UINR in today's Acadian Forests)
Proceedings from the Conference on Best Management Practices for Sustainable Forest Communities
July 8, 9, 2008
Cape Breton, Nova Scotia
http://dev.uinr.ca/wp-content/uploads/2010/03/Forestry-Conference-proceedings-1.2-1.pdf
2020 Feasibility study of holistic forestry management:
More Sustainable initiatives in Canada.
Canada’s forest contribution to the United Nations’ Sustainable Development Goals (SDGs), and illustrates how Canada is using sustainable forest management to ensure its forests provide a range of environmental, social, economic and cultural benefits for current and future generations. It was produced at the request of the United Nations Forum on Forests as a contribution towards the 2019 review of SDGs 4 (education), 8 (growth and employment), 10 (reduced inequalities), and 13 (climate action).
https://www.un.org/esa/forests/wp-content/uploads/2019/05/Canada-good-practices.pdf
High Grade Timber Harvesting is Bad News for Forest Landowners
Penn State Extension further supports that selective cut practice is not good for the integrity of your forest.
Selective - Taking the best largest trees is (not holistic) this practice has a (Negative outcome)
If you have 100 oak trees and you are going to timber 10-20 of them, they should not be the largest strongest oldest trees in your forest.
The best practice is to identify the trees that are the "B" trees and leave the "A" trees.