Check out our new paper! We used simulation and camera trap data of moose to demonstrate the utility of using multistate n-mixture models to monitor animal populations at large spatial extents. We demonstrated the utility of using these models in the face of realistic problems encountered in camera trapping data (e.g., missing data) and produced realistic estimates of survival and recruitment for moose in New England. https://lnkd.in/ee6EeqtV
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Check out the article “A Mathematical Representation of the Reactive Scope Model”! Dive into the world of reactive scope modeling with our exploration of animal response to stressful stimuli. https://lnkd.in/epz8rNFz #MathematicalModeling #ReactiveScopeModel #FeffermanLab @Nimbiosscience
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Motion blur can obscure important details of an animal's behavior. Now, researchers can video tiny insects in flight blur-free. That and more of the best in Science Magazine and science in this edition of #ScienceAdviser: https://lnkd.in/g67ws99z
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How to calculate sample size in animal and human studies https://lnkd.in/gXqwzVMx
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Recognizing the difference between weight and potency is essential for understanding the significance of "small" substance concentrations in horses. Our latest video highlights why a "small" concentration of a substance can be meaningful. Video available here: https://lnkd.in/g98MBdpB
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While faunal identifications can vary by region, we will cover the basics of identifying major animal classes—such as mammals, reptiles, birds, and fish—in ways that can be applied across different contexts. The seminar will provide an overview of the main research questions that zooarchaeology can address and offer guidance on integrating zooarchaeological methods into larger projects.
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What is the impact of colored LEDs and lighting types on Pekin duck visualization and what can we learn from their vocalizations?
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Many thanks to everyone who signed up for the FLAMES seminar, where I'll present "Addressing common misconceptions in linear regression analysis with ReDiag: A practical guide using animal experiment data." The seminar will start from 1 PM until 2:30 PM (GMT+1). In case you did not manage to register, the Teams link to join the meeting can be found below: https://lnkd.in/dgNXeH9J See you then! #DataAnalysis #LinearRegression #ModelDiagnostics #RShiny #Research #StatisticalSoftware
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REPLAY AVAILABLE: DECODING ANIMAL BODY LANGUAGE: A SCIENTIFIC APPROACH https://lnkd.in/giPhhjXU
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While I appreciate the LLMs, the methodology of brain mapping presents a more scientifically robust approach to understanding cognitive processes. This research may provide valuable insights into the potential for possibly transferring cognitive function from a person to a machine.
A “connectome” of an animal brain is a three-dimensional map of all its neurons and the connections between them. Researchers have completed the most sophisticated one ever. But what comes next? https://econ.st/3TQc4Wr Image: Tyler Sloan & Amy Sterling/ FlyW
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Martijn Lopes Cardozo I think humans can indeed harness the power of collective intelligence effectively, but it requires alignment of objectives and a shared commitment to working toward the same goal. When thoughts and actions are united, the potential for success multiplies. In the case of ants, as seen in this example, the objective is clear—fetching food. The ants demonstrate empathy and collaboration by leaving pheromone trails, ensuring that their fellow ants can follow the path to the food source. This act of cooperation showcases a natural form of collective intelligence, where the success of one benefits the entire colony. Similarly, for humans to fully utilize collective intelligence, there must be a unified purpose, with individuals acting in ways that support and uplift the collective effort. (Eg: Climate Action - A Global problem, where every citizen has to work with "conscientiousness"). #CollectiveIntelligence #Human #Collaboration #Teamwork #Unity #SustainabilityInAction #CircularEconomy #InsectBehavior #NatureLessons #EmpathyInNature #PheromoneTrails #BiodiversityMatters #AntsAndHumans #EnvironmentalScience #conscientiousness
Partner at Regeneration.VC | Former CEO at Circle Economy Foundation | Serial entrepreneur | Keynote Speaker | Mentor
Animals use collective intelligence for survival. Ants, for instance, use pheromone to form trails towards food sources. Scientist & artist Maximilian Prüfer has studied this behaviour for years using super sensitive paper with ants, snails and flies. It is interesting to think how this would translate to humans. How do we use collective intelligence? How do we form shared beliefs? Answers to these questions may well inform us how we solve some of the largest problems facing humans and may be essential for our survival. #regeneration #circulareconomy #ants
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