laboratory equipment and services

Natural Approach Elucidate Tender

🏛️ MAX-PLANCK-GESELLSCHAFT ZUR FORDERUNG DER WISSENSCHAFTEN EV GERMANY
📄 Tender ID: 505055237 📅 Published: 19 Jun 2024

📋 Tender Overview

Using A Natural Approach To Elucidate The Neural Mechanisms Of Alarm Calling Behaviour In Birds.
Watch Out! - Is The Term We Use To Inform Somebody About A Potentially Dangerous Situation. Take Cover! - We Shout When The Threat Is Imminent. Not Only Humans But Also Animals Use Alarm Calls To Warn Conspecifics About Danger, And The Value Of These Signals For Increasing The Chance Of Survival In The Receiver Is Without Controversary. But, Alarm Calls Often Harm The Sender Through Their Production And Are Therefore Considered An Evolutionary Paradox, Which Has Fascinated Scientists For Many Decades. While The Function, Development And Evolution Of Alarm Calls Have Extensively Been Studied, The Proximate Mechanisms Relating To How The Brain Controls Alarm Call Production Or The Reactions To Alarm Calls Are Unknown. Uncovering The Brain’S Role In Antipredator Behaviour, Such As Alarm Calling, Is Fundamentally Important For Understanding How Neural Systems Facilitate Decision-Making In Life-Threatening Situations.
My Project Will Be First In Studying The Neural Basis Of Alarm Calling Behaviour And Will Exploit A Unique And Completely Natural Approach. Brain Activity At The Cellular Level Will Be Wirelessly Recorded In Parallel To Individual Vocal Activity In Groups Of Free-Ranging, Wild Songbirds While They Emit, Listen And React To Alarm Calls In Their Natural Habitat. In 2017, We Pioneered The Application Of Extracellular Neurophysiology During Field Research, And Are Currently The Only Researchers Worldwide Who Conduct Neurophysiological Experiments With Wild Animals Outside A Laboratory. Brain Regions Belonging To Three Different Neural Circuits Will Be Targeted Within My Project: The Vocal Control System, The Hearing System And The Fear System. The New Knowledge Produced By My Project Will Help Us To Understand The Computations The Brain Has To Perform When We Warn Others About Danger Or When We Get Warned, And Will Elucidate How Different Neural Circuits Naturally Work Together To Flexibly Adjust Fear Reactions To The Threat Level Signalled By Alarm Calls.
Funded Under
European Research Council (Erc)
Total Cost
€ 1 917 188,00
Eu Contribution
€ 1 917 188,00
Coordinated By
Max-Planck-Gesellschaft Zur Forderung Der Wissenschaften Ev
Germany
Start Date
1 September 2024
End Date
31 August 2029

Objective

Watch out! - is the term we use to inform somebody about a potentially dangerous situation. Take cover! - we shout when the threat is imminent. Not only humans but also animals use alarm calls to warn conspecifics about danger, and the value of these signals for increasing the chance of survival in the receiver is without controversary. But, alarm calls often harm the sender through their production and are therefore considered an evolutionary paradox, which has fascinated scientists for many decades. While the function, development and evolution of alarm calls have extensively been studied, the proximate mechanisms relatin

🔍 Key Information

📄
Tender Reference No.
505055237
📅
Publication Date
19 Jun 2024
💰
Estimated Value
N/A
🌐
Sector
laboratory equipment and services
📅
Deadline
31 Aug 2029
📝
Notice Type
Projects
📍
Location
Germany
📑
Contract Duration
5 Years 2 Months 12 Days

📁 Documents & Downloads

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days remaining · 31 Aug 2029
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🧭 Quick Facts

Authority MAX-PLANCK-GESELLSCHAFT ZUR FORDERUNG DER WISSENSCHAFTEN EV GERMANY
Country Germany
State / UT N/A
Tender Type Project Information
Currency EUR
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