Cary Institute of Ecosystem Studies’ Post

Thinking back to 2018-2019-2020, I taught Maximum Entropy modeling in tropical plant ecology classes and tropical plant ecology research methods for postgraduate students at the IPB University graduate school. How environmental variables can influence the occurrence of species within a habitat. The Jackknife showing the values of simulation data on Plocoglottis plicata.

CPNH Day, brought to you by Cornell University - College of Human Ecology, is coming up on May 17th. Learn more and RSVP here: https://lnkd.in/ecKRaKqq

Join my feedback discussion on "Technological Quick-Fixes: the Crises of Cornucopian Ecology" here: https://lnkd.in/eZKCJsEa

What exactly is human ecology? 🌱 Human ecology is intricate, which is why we gather both qualitative and quantitative data during our research process to capture the complete picture. Although it's complex, our goal is to explain it in a way that is easier to understand. It's not as intimidating as it seems! Listen as Meghan breaks down human ecology—a study of people, their interactions with one another, and their connection to their environment. #DORISResearch #DORIS #HumanEcology #PeopleCentered

Dive into the latest research on Lake Erie’s Ecology! Our new issue of AEHMS Volume 26, Issue 4, features two insightful papers Preferential dreissenid mussel grazing on small plankton can favor cyanobacteria: Experimental evidence from western Lake Erie https://lnkd.in/dmF_CANf #LakeErieEcology #AquaticResearch #EnvironmentalScience

Through a blend of ecology, conversation and community art, a UBC Okanagan doctoral student explores our relationship with urban waterways: https://bit.ly/4d8udGO

The latest volume of the Proceedings of the Royal Society A https://lnkd.in/dBq8BrJ9, has several interesting research and review articles.   For example Akjouj et al provide a guided tour with large Lotka-Volterra models and random matrices to exemplify complex systems in ecology:  https://lnkd.in/d87AAMjx

The exploration of genetics and evolution in regards to the principles of ecology magnifies the foundational mechanisms that drive ecological interactions and evolutionary changes. Insights gained within these principles are key for anyone involved in biodiversity conservation, restoration ecology, and understanding evolutionary responses to environmental changes. In my experience, studying ecology reinforces the need for a scientific AND collective approach to environmental stewardship. 🌱 For an in-depth look at these topics, I recommend visiting Nature Education's Scitable: https://lnkd.in/gQbFZHrB

Levels of ecology in CSR refer to the different ways of understanding and managing the interactions between organizations and their natural environment. • Biological ecology: This level focuses on the biology of the populations of living species, including humans, animals, and plants. • Human ecology: This level focuses on the biology of the populations of human beings, including their social, cultural, and economic aspects. Industrial ecology: This level focuses on the biology of the populations within organizations, including their structures, processes, and outputs. These levels of ecology are not mutually exclusive, but rather complementary and interrelated. #enviroment #employeeengagement #ecology #enviromental #ecosystem #community #biosphere #population #individual #Melophyheart #elitecorporatesolutions

#DidYouKnow greater data access & diversity offer great potential for the future of synthesis in ecology and environmental science? Research gathered from a virtual workshop explores how and where synthesis can address key questions in environmental science + ecology: bit.ly/3kv8FgE #EnvironmentalScience #Ecology