Oct 15 2019 50 mins
Harvard bumble bee and bee teach expert gets into the weeds on his work. This is a passion filled ride through his life and work!
Kickstarter pre-launch info link
https://monolyths.kickoffpages.com/
* Sign up, share, it’s really easy
* How I built the Tesla of Honey Bee Hives
* Why Should You Care about Technology in Beekeeping?
* 40% of Honey Bees died last winter, This is what I am doing to help Bees Everywhere
* Technology In Beekeeping: What I am developing and seeking funding for
Key links
* https://www.amazon.com/Bumblebee-Economics-New-Preface-Revised/dp/0674016394
* https://www.jamesdcrall.com/research
* https://www.linkedin.com/in/james-crall-22983618/
As seen on his website
"I am interested in understanding how animals interact with each other and with their environments, and how these interactions drive insect ecology and ecosystem services. My research uses computational tools for studying social behavior and uses bees as a primary model system, focusing on basic questions in their ecology and evolution and applied questions in how environmental change affects pollinators and the food systems they support. Below are some recent projects...
Social ecology of stress-sensitivity
More info
Individuality and collective behavior
More info
Animal flight in complex environments
More info
Functional morphology of insect wings
Kickstarter pre-launch info link
https://monolyths.kickoffpages.com/
* Sign up, share, it’s really easy
* How I built the Tesla of Honey Bee Hives
* Why Should You Care about Technology in Beekeeping?
* 40% of Honey Bees died last winter, This is what I am doing to help Bees Everywhere
* Technology In Beekeeping: What I am developing and seeking funding for
Key links
* https://www.amazon.com/Bumblebee-Economics-New-Preface-Revised/dp/0674016394
* https://www.jamesdcrall.com/research
* https://www.linkedin.com/in/james-crall-22983618/
As seen on his website
"I am interested in understanding how animals interact with each other and with their environments, and how these interactions drive insect ecology and ecosystem services. My research uses computational tools for studying social behavior and uses bees as a primary model system, focusing on basic questions in their ecology and evolution and applied questions in how environmental change affects pollinators and the food systems they support. Below are some recent projects...
Social ecology of stress-sensitivity
More info
Individuality and collective behavior
More info
Animal flight in complex environments
More info
Functional morphology of insect wings