25 min
E4: Changing Ecosystems Lake Simcoe Sessions
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- Science
What are the long-term benefits of restoring and transforming spaces into more naturalized areas? What role do grasslands and wetlands play in climate change? What is carbon sequestration? Special guest Lori McLean joins host Katie Biddie as they discuss how restoration projects positively impact climate change. From deep root systems in meadow plants, to carbon sequestration, learn about the benefits of native species and restoring the natural environment as a proven solution in mitigating climate change.
Key take-aways for this episode:
Habitat restoration benefits us in many ways; natural habitats sequester more carbon and mitigate climate change, they promote biodiversity, and they make our public greenspaces more beautiful and enjoyable for recreation.
Small actions can build up; by creating a small habitat on your property, you can join a network of small habitats that make a big difference for wildlife.
What can you do?
Reflect upon what gives you hope for the future of our planet and watershed. If you need inspiration, visit the meadow restoration in progress at Rogers Reservoir Conservation Area.
Organize a Community Project, like creating a pollinator garden, or removing invasive species.
Plant your own mini-meadow. Even a small space on your urban or suburban lawn can be sectioned off and turned into a mini-meadow, where you can help rebuild nature. A small native plant garden is as easy to maintain as a lawn, is far more beautiful to look at (increasing your property’s curb appeal) and will do so much more for our local environment because it has a lower carbon footprint than a lawn. Lawns require mowing, watering and fertilizing whereas native plant gardens, once established, require very little effort. Want to try creating your own Meadow? Check out our Less Lawn webpage for access to resources and support including tips for buying native plants.
Help grow the wetlands in our watershed.
---
Send in a voice message: https://podcasters.spotify.com/pod/show/lsrca/message
What are the long-term benefits of restoring and transforming spaces into more naturalized areas? What role do grasslands and wetlands play in climate change? What is carbon sequestration? Special guest Lori McLean joins host Katie Biddie as they discuss how restoration projects positively impact climate change. From deep root systems in meadow plants, to carbon sequestration, learn about the benefits of native species and restoring the natural environment as a proven solution in mitigating climate change.
Key take-aways for this episode:
Habitat restoration benefits us in many ways; natural habitats sequester more carbon and mitigate climate change, they promote biodiversity, and they make our public greenspaces more beautiful and enjoyable for recreation.
Small actions can build up; by creating a small habitat on your property, you can join a network of small habitats that make a big difference for wildlife.
What can you do?
Reflect upon what gives you hope for the future of our planet and watershed. If you need inspiration, visit the meadow restoration in progress at Rogers Reservoir Conservation Area.
Organize a Community Project, like creating a pollinator garden, or removing invasive species.
Plant your own mini-meadow. Even a small space on your urban or suburban lawn can be sectioned off and turned into a mini-meadow, where you can help rebuild nature. A small native plant garden is as easy to maintain as a lawn, is far more beautiful to look at (increasing your property’s curb appeal) and will do so much more for our local environment because it has a lower carbon footprint than a lawn. Lawns require mowing, watering and fertilizing whereas native plant gardens, once established, require very little effort. Want to try creating your own Meadow? Check out our Less Lawn webpage for access to resources and support including tips for buying native plants.
Help grow the wetlands in our watershed.
---
Send in a voice message: https://podcasters.spotify.com/pod/show/lsrca/message
25 min
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