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Aquatic Botany with Casey Williams
MP3•Episode home
Manage episode 434211181 series 2524302
Content provided by Tony Santore. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Tony Santore or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://staging.podcastplayer.com/legal.
Casey Williams is an botanist and plant ecologist specializing in aquatic plants - both plants that grow completely submerged and which can emerge above the water surface. In this episode, we discuss :
-the stresses facing plants that grow underwater,
-being limited by CO2 availability instead of water availability,
-the endangered Texas Wild Rice,
-how limestone geology influences aquatic plant growth by making CO2 more abundant,
-utilizing aquatic plants and the fungi that grow on them for bioremediation and treating sewage at the local shitplant
-how some aquatic plants have adapted to a paucity of dissolved carbon dioxide by supplementing with bicarbonate,
-aquatic plants in deserts, and
-how one plant in particular has utilized an evolutionary strategy more frequently employed by desert plants (CAM) as a way to cope with fluctuations in CO2 availability.
Books referenced which can be downloaded off libgen.is :
Wetland Plants by Cronk
Aquatic Photosynthesis by Falkowski
…
continue reading
-the stresses facing plants that grow underwater,
-being limited by CO2 availability instead of water availability,
-the endangered Texas Wild Rice,
-how limestone geology influences aquatic plant growth by making CO2 more abundant,
-utilizing aquatic plants and the fungi that grow on them for bioremediation and treating sewage at the local shitplant
-how some aquatic plants have adapted to a paucity of dissolved carbon dioxide by supplementing with bicarbonate,
-aquatic plants in deserts, and
-how one plant in particular has utilized an evolutionary strategy more frequently employed by desert plants (CAM) as a way to cope with fluctuations in CO2 availability.
Books referenced which can be downloaded off libgen.is :
Wetland Plants by Cronk
Aquatic Photosynthesis by Falkowski
254 episodes
MP3•Episode home
Manage episode 434211181 series 2524302
Content provided by Tony Santore. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Tony Santore or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://staging.podcastplayer.com/legal.
Casey Williams is an botanist and plant ecologist specializing in aquatic plants - both plants that grow completely submerged and which can emerge above the water surface. In this episode, we discuss :
-the stresses facing plants that grow underwater,
-being limited by CO2 availability instead of water availability,
-the endangered Texas Wild Rice,
-how limestone geology influences aquatic plant growth by making CO2 more abundant,
-utilizing aquatic plants and the fungi that grow on them for bioremediation and treating sewage at the local shitplant
-how some aquatic plants have adapted to a paucity of dissolved carbon dioxide by supplementing with bicarbonate,
-aquatic plants in deserts, and
-how one plant in particular has utilized an evolutionary strategy more frequently employed by desert plants (CAM) as a way to cope with fluctuations in CO2 availability.
Books referenced which can be downloaded off libgen.is :
Wetland Plants by Cronk
Aquatic Photosynthesis by Falkowski
…
continue reading
-the stresses facing plants that grow underwater,
-being limited by CO2 availability instead of water availability,
-the endangered Texas Wild Rice,
-how limestone geology influences aquatic plant growth by making CO2 more abundant,
-utilizing aquatic plants and the fungi that grow on them for bioremediation and treating sewage at the local shitplant
-how some aquatic plants have adapted to a paucity of dissolved carbon dioxide by supplementing with bicarbonate,
-aquatic plants in deserts, and
-how one plant in particular has utilized an evolutionary strategy more frequently employed by desert plants (CAM) as a way to cope with fluctuations in CO2 availability.
Books referenced which can be downloaded off libgen.is :
Wetland Plants by Cronk
Aquatic Photosynthesis by Falkowski
254 episodes
All episodes
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