
Sign up to save your podcasts
Or
Renata Poulton Kamakura reminds us of the importance of nearby nature and the power in community that orbits around urban ecology. Renata is a PhD student at Duke University’s Clark Lab, a NatureNet science fellow, and a NSF Graduate Research Fellow.
Renata’s current work is mostly within the realm of urban ecology. They have authored and collaborated on published research focused on the pace of tree migration and invasion in tallgrass prairies. Also, tree fecundity related size and age as well as indirect climate effects. Long story short, I also know Renata because they have some insights on phenology, growth, mortality and local adaptation of Pacific madrone. I cherish their contribution to the body of thought about madrone as well as their efforts at applying emergent strategy and expanding the possibilities for healthier urban forests in community with our neighbors.
More about Renata and their current research on Duke University website https://sites.duke.edu/renatakamakura
Kamakura, R. P., DeWald, L. E., Sniezko, R. A., Elliott, M., & Chastagner, G. A. (2021). Using differences in abiotic factors between seed origin and common garden sites to predict performance of Pacific madrone (Arbutus menziesii Pursh). Forest Ecology and Management, 497, 119487.
From treating ash trees to neighborhood outreach to petitions, residents rally to protect the urban forest. Chicago Tribune. June 12th, 2022.
‘Urban areas are stressful’: Ecologist shares how to help trees thrive amid city life. Spectrum News. March 23, 2022.
The reimagine restoration store is now up! https://treehuggerpod.creator-spring.com | enter code REIMAGINE for 10% off until end of January 2023
It takes a community to keep a podcast going. Donate to the show @myadrick via Paypal and Venmo and CashApp
The music for the show you heard from Gunnar Olsen, Riot, MK2l, and Bad Snacks
Tell a few friends about the show and follow the podcast on Instagram and Twitter @treehuggerpod
Review treehugger podcast on iTunes
5
2525 ratings
Renata Poulton Kamakura reminds us of the importance of nearby nature and the power in community that orbits around urban ecology. Renata is a PhD student at Duke University’s Clark Lab, a NatureNet science fellow, and a NSF Graduate Research Fellow.
Renata’s current work is mostly within the realm of urban ecology. They have authored and collaborated on published research focused on the pace of tree migration and invasion in tallgrass prairies. Also, tree fecundity related size and age as well as indirect climate effects. Long story short, I also know Renata because they have some insights on phenology, growth, mortality and local adaptation of Pacific madrone. I cherish their contribution to the body of thought about madrone as well as their efforts at applying emergent strategy and expanding the possibilities for healthier urban forests in community with our neighbors.
More about Renata and their current research on Duke University website https://sites.duke.edu/renatakamakura
Kamakura, R. P., DeWald, L. E., Sniezko, R. A., Elliott, M., & Chastagner, G. A. (2021). Using differences in abiotic factors between seed origin and common garden sites to predict performance of Pacific madrone (Arbutus menziesii Pursh). Forest Ecology and Management, 497, 119487.
From treating ash trees to neighborhood outreach to petitions, residents rally to protect the urban forest. Chicago Tribune. June 12th, 2022.
‘Urban areas are stressful’: Ecologist shares how to help trees thrive amid city life. Spectrum News. March 23, 2022.
The reimagine restoration store is now up! https://treehuggerpod.creator-spring.com | enter code REIMAGINE for 10% off until end of January 2023
It takes a community to keep a podcast going. Donate to the show @myadrick via Paypal and Venmo and CashApp
The music for the show you heard from Gunnar Olsen, Riot, MK2l, and Bad Snacks
Tell a few friends about the show and follow the podcast on Instagram and Twitter @treehuggerpod
Review treehugger podcast on iTunes
10,224 Listeners
44,046 Listeners
90,536 Listeners
26,246 Listeners
8,277 Listeners
244 Listeners
43,863 Listeners
47 Listeners
86,827 Listeners
111,119 Listeners
1,233 Listeners
2,136 Listeners
112 Listeners
16,111 Listeners
15,459 Listeners