Bioteams Features
Bioteams: an introduction
How is it that even with our vastly superior intelligence nature's teams sometimes seem to work much better than ours - what do they know that we don't?
Fact: Biological organisations live longer
One of the most compelling reasons why organisations, enterprises, teams and communities should adopt biological principles is that they will live much longer if they do!
Mass Collaboration and Virtual Crowds
Could a virtual team have a million members? Recent developments in mass collaboration, distributed computing and the wisdom of crowds suggest the answer might be yes.
Group Messaging Instincts: how to recover them
Biological teams make extensive use of short messages as their main means of communication: Ants use chemical messages, Bees use visual messages conveyed through dance and Dolphins use sonar, however most human teams seem to have forgotten their Messaging Instincts.
Ant communications: experience them through a simulator
Ant communications are very different from the communications we typically experience in our organizational teams. In fact they are so different that to really understand them you have to try and find some way to experience them. Here is one way!
Human swarming: the mexican wave
Those who don’t believe that humans can swarm and flock must not have been watching the World Cup in Germany. The Mexican Wave, or La Ola, is a spontaneous activity involving very simple individual behaviors which produces an amazing collective result.
Bioteams blogged live
Many thanks to Nancy White for her excellent and very comprehensive live blog on Bioteaming: Natural Models for Virtual Teams from the very recent Collaborative Tools Conference (CTC2006) in Boston.
Bioteaming: Natural Models for Virtual Teams
I presented Bioteaming: Natural Models for Virtual Teams at the Collaborative Tools Conference (CTC2006) at the Seaport Hotel in Boston, MA, on June 22. We discussed what nature's teams might teach us about messaging, swarming, networking and personal collaboration strategies.
Nature's best cooperation strategy revealed
Two collaboration strategies, Tit-For-Tat (TFT) and Win-Stay,Lose-Shift (WSLS), out-perform all others in evolution. In a live webstream from the Royal Society in London Professor Martin Nowak of Harvard University explains why.
My best bioteam articles
Here is a collection of the 4 most popular bioteaming articles based on user feedback and page views.












