Our mission with One Tree Planted aims to tackle deforestation and habitat degradation in Alberta and British Columbia through tree planting campaigns.
Reforestation benefits the climate and environment worldwide, combating climate change beyond borders through vital carbon sequestration.
We firmly believe in harnessing the power of trees to mitigate climate change, enhance air and water quality, and create habitats for a diverse range of species. Our sustainability pledge is rooted in combating deforestation, restoring ecosystems, and promoting biodiversity.
This initiative will focus on reforestation projects in Alberta and British Columbia; 2 provinces that have suffered significant deforestation and habitat degradation due to various factors.
Starting May 1, 2023, we will donate a portion of all proceeds from all Basecamp Resorts properties to One Tree Planted, and for every dollar donated, 1 tree will be planted in Alberta or BC.
Yunesit’in Government is an indigenous Tsilhqot’in community located 114 km west of Williams Lake on the Chilcotin Plateau. The community’s Caretaker Area includes lands extending from Highway 20 to the north, to the Fraser River to the west, the Chilcotin Mountains to the south, and the Chilko River to the East. Extensive timber harvest, forest health epidemics (starting with the Mountain Pine Beetle outbreak in the 1990s), and catastrophic wildfires (in the 2010s) have had a devastating impact on the ecological health and function of pine- and Douglas-fir-dominated ecosystems in the region. As stewards of these lands, the community of Yunesit’in Government has a vested interest in the health of forests in the Caretaker Area and the many values they hold. There are a series of inoperable Cutting Permits which present opportunities for stand rehabilitation in the Sub-boreal Pine Spruce Biogeoclimatic Zone. The Yunesit’in community works closely with the BC Wildfire Service (BCWS) to plan and conduct cultural and prescribed burning activities within the Yunesit’in Caretaker Area. There is little opportunity for sawlog or fiber recovery on these permits (currently held a forestry licensee) as they suffered heavy mortality during the mountain pine beetle in the early 2000s. There are secured stands for rehabilitation of these stands through knockdown, firewood recovery, residuals management, site preparation, and reforestation. Yunesit'in wishes to create a sustainable landscape that includes fuel mitigation to reduce impact of future wildfires, as well as rehabilitation of forests that will otherwise have very slow recovery to healthy stand conditions following the initial mountain pine beetle infestation. OTP’s involvement in the project would be in the restoration stage. Reforestation will take place after firewood is recovered to help heat the Yunesit’in community. The standing and downed dead mature pine, and pest-infested younger pine, are limiting the ecological recovery of the site. 2BT
200,000
Yunesit’in Government is an indigenous Tsilhqot’in community located 114 km west of Williams Lake on the Chilcotin Plateau. The community’s Caretaker Area includes lands extending from Highway 20 to the north, to the Fraser River to the west, the Chilcotin Mountains to the south, and the Chilko River to the East. Extensive timber harvest, forest health epidemics (starting with the Mountain Pine Beetle outbreak in the 1990s), and catastrophic wildfires (in the 2010s) have had a devastating impact on the ecological health and function of pine- and Douglas-fir-dominated ecosystems in the region. As stewards of these lands, the community of Yunesit’in Government has a vested interest in the health of forests in the Caretaker Area and the many values they hold. There are a series of inoperable Cutting Permits which present opportunities for stand rehabilitation in the Sub-boreal Pine Spruce Biogeoclimatic Zone. The Yunesit’in community works closely with the BC Wildfire Service (BCWS) to plan and conduct cultural and prescribed burning activities within the Yunesit’in Caretaker Area. There is little opportunity for sawlog or fiber recovery on these permits (currently held a forestry licensee) as they suffered heavy mortality during the mountain pine beetle in the early 2000s. There are secured stands for rehabilitation of these stands through knockdown, firewood recovery, residuals management, site preparation, and reforestation. Yunesit'in wishes to create a sustainable landscape that includes fuel mitigation to reduce impact of future wildfires, as well as rehabilitation of forests that will otherwise have very slow recovery to healthy stand conditions following the initial mountain pine beetle infestation. OTP’s involvement in the project would be in the restoration stage. Reforestation will take place after firewood is recovered to help heat the Yunesit’in community. The standing and downed dead mature pine, and pest-infested younger pine, are limiting the ecological recovery of the site. 2BT
This project provides a number of ecological benefits. To understand these benefits, one must consider the landscape surrounding the project area. This part of the Chilcotin is almost completely dominated by lodgepole pine stands, and the Mountain Pine Beetle devastated these pine stands between 2000 and 2010. While most of the dead pine was harvested early on, less economic stands such as the project area were left until last. When the Hanceville Fire occurred in 2017 it changed the focus of salvage operations to burned timber. The project area was dropped in priority and now it’s over 20 years since the pine beetle infestation. The trees no longer have enough economic value for harvest, and immature lodgepole pine has regenerated under the dying and dead mature pine stand (pine seed remains viable for many years after being formed). The mature pine stands were full of mistletoe and Elytroderma (a fungal infection with similar impact to mistletoe), and these two pests have infected much of the new growth. Without restoration activities, these new pine stands will become increasingly infected with disease and grow extremely slowly and may never reach the height of a healthy mature forest. Healthy mature pine stands provide many benefits including thermal and hiding cover for wildlife and extending the rate of snow melt in spring.
Yunesit'in Government, located west of Williams Lake, proposes working with industry partners to rehabilitate collapsed lodgepole pine forests in and around the Dasiqox Tribal Park.This project will create a more sustainable landscape with reduced potential for catastrophic wildfire and faster re-establishment of healthy forest conditions. Target stands include industry cutting permits being surrendered in stands that were killed by mountain pine beetle in the early2000s.Stand rehabilitation is consistent with the goals outlined by both Yunesit’in Government and Xeni Gwet’in, as stated in the Newagweẑʔan: Community Vision and Management Goals for Dasiqox Tribal Park (2018) document co-published by these two communities.Activities will include reduction of downed and dead woody material, removal of solid wood for community heating, mechanical site preparation, and reforestation.Yunesit’in will draw upon its own resources and businesses, as well as business partnerships, toaccomplish these goalsThere are many benefits to the Yunesit’in community from these activities, including:Utilization of residual fiber for community heating: breakdown and delivery of firewood to community households to supply wood stoves (100% of the houses in Yunesit'in community of Stone are heated by wood). Creation of employment opportunities for members over the project’s lifetime: sustainable work for sawyers and other laborers from Yunesit’in Development Enterprises.Protection of timber and non-timber forest values for future generations: re-establishment of forest conditions and healthier ecosystems.
Ecological restoration through afforestation/reforestation is seen as one of the most integral tools to mitigate and adapt to climate change. Afforestation/reforestation projects in combination with programs aimed at reducing emissions have the potential to significantly impact concentrations of carbon dioxide in the atmosphere. In light of the upcoming release of the Forest Carbon Offset Protocol (FCOP) we have engaged with several organizations and stakeholders throughout British Columbia in an effort to initiate Afforestation/Reforestation (AR) projects. These projects will plant native and ecologically appropriate trees in disturbed and ecologically degraded private land and Indian Reserves throughout British Columbia for the purpose of ecosystem restoration and carbon sequestration while adopting the standards that will be necessary in the future to acquire carbon offsets under FCOP. We have multiple 2021 wildfire restoration projects in development with our First Nations partners. Specifically, we are in the process of developing projects with the Ulkatcho and Lytton First Nations for the restoration of fire impacted forests. The Lytton First Nation project includes some very high profile sites to assist in restoring the Lytton town site as well as fire impacted reservation lands. We will accomplish this with nursery surplus seedlings for Spring 2022. The projects with our First Nations partners span multiple Biogeoclimatic Zones and will include tree species such as hybrid spruce (Picea glauca x engelmannii), lodgepole pine (Pinus contorta), Douglas-fir (Pseudotsuga menziesii), and ponderosa pine (Pinus ponderosae). These projects represent a critical intersection between climate change mitigation through enhanced high rigour carbon sequestration and climate change resilience/adaptation. These projects will restore wildlife habitat (Old Growth Management Areas and Riparian Management Areas), protect communities from future wildfires, assist with First Nations economic development through large-scale climate finance projects, and sequester carbon. 2. Cariboo-Chilcotin Forest District Lot Reforestation This project will reforest 145 hectares of land jointly managed by the Canadian Armed Forces, Cariboo-Chilcotin Forest District and the Esk’etemc and Tl’esqox First Nations. The fire in 2017 burned with extremely high intensity and incinerated the organic component of the top soil and seed bank. Forest professionals estimate it will take at least 30 years before these sites will begin to regenerate through natural seeding processes. Planting prescriptions will be developed by professional silviculture foresters using best management practices such as the MoFLNRORD guidance document on reforesting dry forests, Climate Based Seed Transfer, and Climate Change Informed Species Selection, which will ensure that native and ecologically planted species will be planted and are resilient to future climate. Tree species will include lodgepole pine (Pinus contorta), Douglas-fir (Pseudotsuga menziesii), and western larch (Larix occidentalis). We will also be working alongside district stewardship officers ensuring we’re in line with any relevant landscape level management plans. 2BT
251,319
Ecological restoration through afforestation/reforestation is seen as one of the most integral tools to mitigate and adapt to climate change. Afforestation/reforestation projects in combination with programs aimed at reducing emissions have the potential to significantly impact concentrations of carbon dioxide in the atmosphere. In light of the upcoming release of the Forest Carbon Offset Protocol (FCOP) we have engaged with several organizations and stakeholders throughout British Columbia in an effort to initiate Afforestation/Reforestation (AR) projects. These projects will plant native and ecologically appropriate trees in disturbed and ecologically degraded private land and Indian Reserves throughout British Columbia for the purpose of ecosystem restoration and carbon sequestration while adopting the standards that will be necessary in the future to acquire carbon offsets under FCOP. We have multiple 2021 wildfire restoration projects in development with our First Nations partners. Specifically, we are in the process of developing projects with the Ulkatcho and Lytton First Nations for the restoration of fire impacted forests. The Lytton First Nation project includes some very high profile sites to assist in restoring the Lytton town site as well as fire impacted reservation lands. We will accomplish this with nursery surplus seedlings for Spring 2022. The projects with our First Nations partners span multiple Biogeoclimatic Zones and will include tree species such as hybrid spruce (Picea glauca x engelmannii), lodgepole pine (Pinus contorta), Douglas-fir (Pseudotsuga menziesii), and ponderosa pine (Pinus ponderosae). These projects represent a critical intersection between climate change mitigation through enhanced high rigour carbon sequestration and climate change resilience/adaptation. These projects will restore wildlife habitat (Old Growth Management Areas and Riparian Management Areas), protect communities from future wildfires, assist with First Nations economic development through large-scale climate finance projects, and sequester carbon. 2. Cariboo-Chilcotin Forest District Lot Reforestation This project will reforest 145 hectares of land jointly managed by the Canadian Armed Forces, Cariboo-Chilcotin Forest District and the Esk’etemc and Tl’esqox First Nations. The fire in 2017 burned with extremely high intensity and incinerated the organic component of the top soil and seed bank. Forest professionals estimate it will take at least 30 years before these sites will begin to regenerate through natural seeding processes. Planting prescriptions will be developed by professional silviculture foresters using best management practices such as the MoFLNRORD guidance document on reforesting dry forests, Climate Based Seed Transfer, and Climate Change Informed Species Selection, which will ensure that native and ecologically planted species will be planted and are resilient to future climate. Tree species will include lodgepole pine (Pinus contorta), Douglas-fir (Pseudotsuga menziesii), and western larch (Larix occidentalis). We will also be working alongside district stewardship officers ensuring we’re in line with any relevant landscape level management plans. 2BT
These projects will combine to reforest 255 hectares of disturbed and ecologically degraded land through the planting of native coniferous and deciduous trees.The restoration of these sites will promote increased biodiversity by providing more varied and contiguous wildlife habitat. Re-establishing forest cover will also contribute to restoring ecosystem services such as nutrient cycling and water and air purification.
1. Carbon AR Pilots - This project will restore 110 hectares of disturbed and ecologically degraded land while creating 3-11 months of part-time and full-time positions for up to 15 Canadians.These projects are pilots for future projects officially developed under the soon to be released FCOP as well as international protocols on private lands. Projects explicitly developed to acquire carbon offsets have the potential to open significant opportunities for revenue to fund ecosystem restoration projects and provide employment for those in forestry and other environmental and resource sectors across the country.
2. Cariboo-Chilcotin Forest District Lot Reforestation - This project will restore 145 hectares of severely disturbed forest that was burned in 2017 while creating 2-11 months of part-time and full-time positions for up to 15 Canadians. This project will help restore forest and range values while supporting Esk’etemc and Tl’esqox First Nation cultural values by contributing to long-term access to food and medicine within their traditional territory.
This project will plant tree seedlings to reforest previously forested lands that were severely impacted by the 2017 Plateau Fire near Nazko, British Columbia (BC). The sites in this project have been surveyed and were found to have little to no natural regeneration coming in after the wildfire. When there is natural regeneration in this part of BC, it is mostly lodgepole pine and trembling aspen due to their respective adaptations for regenerating after a wildfire. By planting we are able to increase the species diversity by including native species that are not so well adapted to coming back after a wildfire such as hybrid spruce and Douglas-fir. Planting prescriptions for each site have been made based on survey data and the ecology of each planting site. All tree species are native to British Columbia and are chosen to ensure each site is planted with an ecologically suitable species mix. One year old seedlings will be grown at commercial nurseries and then shipped to the planting location. The seedlings will be planted by professional tree planting contractors at a density of 1800 per hectare. Quality assurance is conducted on all planting sites to ensure that the prescription is followed and that the trees are planted in such a way that gives them the best chance of success. 2BT
1,500,000
This project will plant tree seedlings to reforest previously forested lands that were severely impacted by the 2017 Plateau Fire near Nazko, British Columbia (BC). The sites in this project have been surveyed and were found to have little to no natural regeneration coming in after the wildfire. When there is natural regeneration in this part of BC, it is mostly lodgepole pine and trembling aspen due to their respective adaptations for regenerating after a wildfire. By planting we are able to increase the species diversity by including native species that are not so well adapted to coming back after a wildfire such as hybrid spruce and Douglas-fir. Planting prescriptions for each site have been made based on survey data and the ecology of each planting site. All tree species are native to British Columbia and are chosen to ensure each site is planted with an ecologically suitable species mix. One year old seedlings will be grown at commercial nurseries and then shipped to the planting location. The seedlings will be planted by professional tree planting contractors at a density of 1800 per hectare. Quality assurance is conducted on all planting sites to ensure that the prescription is followed and that the trees are planted in such a way that gives them the best chance of success. 2BT
The Plateau wildfire in 2017 burned 545,151 hectares, with approximately 30-40% of this area experiencing a stand-destroying fire. Some areas will regenerate naturally from seed sources that survived the fire. Lodgepole pine cones are specifically adapted to release their seeds following a wildfire. Areas that had few lodgepole pine before the fire, burned with a very high fire intensity, or have difficult conditions for seed germination, will take many decades to recover without tree planting. Planting ensures that all the benefits forests provide will return to the landscape much faster than if left to natural processes. These benefits include the provisions of food sources, fuel, and medicinal plants; atmospheric carbon sequestration; regulation of the hydrological cycle; and wildlife habitat. Wildlife species that will benefit from this project include black and grizzly bears, moose, mule deer, cougars, grey wolves, snowshoe hares, sandhill cranes, bald eagles, and many more small mammals, birds, reptiles and amphibiansIntense wildfires can have substantial effects on the relationship between water and forest soils by removing the organic layers that protect the underlying mineral horizons. In the absence of the top organic layers, the mineral horizons are exposed to direct precipitation, which can lead to increased erosion and soil instability.
Wildfire has removed thousands of hectares of forest cover around local communities. Hunting and trapping are important sources of food and income for local communities. Local communities benefit from larger wildlife populations supported by these restored forest habitats. Members of the local Nazko First Nation will be involved with the trail building and danger tree assessments necessary to carry out the planting operations for this project. These 3 workers have been involved with similar projects in the area for the last three years. The planting crews that come stay in the area provide a substantial increase in revenue to the local store/restaurant located at the First Nation-owned campground where they stay. The survey crews that will monitor these plantations also stay at the accommodation in Nazko providing dependable annual revenue during the summer and fall for years following this planting project.
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