Disasters and tragedies when they happen to immediately help the families never get that process put its enormous i really hope that all of those people who were involved in this are really proud of what theyve achieved tonight. Nick, last week, in terms theyve achieved tonight. Nick, last week, in terms of theyve achieved tonight. Nick, last week, in terms of labour, theyve achieved tonight. Nick, last week, in terms of labour, it theyve achieved tonight. Nick, last week, in terms of labour, it was i week, in terms of labour, it was dominated by conversations about freebies and tickets and Dissent And Pay in numberio freebies and tickets and Dissent And Pay in number 10 so where are we particularly with the latter issues . Where we are with those political staff if they were very happy with the speech today, they think it went down really well and they think the Prime Minister did a really good job and theyre really loyal to him on the wider point about the dysfunctionality in Downing
Apr 20, 2021 05:00 AM EDT
An international team of scientists led by biologist Professor Iain Couzin, co-director of the Cluster of Excellence Centre for the Advanced Study of Collective Behavior at the University of Konstanz and director of the co-located Max Planck Institute of Animal Behavior, and Matthew Lutz, a postdoctoral researcher in Couzin s lab, have discovered a new form of collective behavior in ants.
Their research demonstrates how ants use scaffolds, self-organized architectural constructs, to ensure traffic flow on sloped surfaces. Individual sensing and decision-making lead to scaffold forming, which enables the colony as a whole to respond dynamically to unexpected environmental challenges.
Credit: James Herndon
A new type of collective behaviour in ants has been revealed by an international team of scientists, headed by biologist Professor Iain Couzin, co-director of the Cluster of Excellence Centre for the Advanced Study of Collective Behaviour at the University of Konstanz and director at the co-located Max Planck Institute of Animal Behavior, and Matthew Lutz, a postdoctoral researcher in Couzin s lab. Their research shows how ants use self-organized architectural structures called scaffolds to ensure traffic flow on sloped surfaces. Scaffold formation results from individual sensing and decision-making, yet it allows the colony as a whole to adjust dynamically to unpredictable environmental challenges.