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Several discussions highlight key aspects of the research, such as the evolutionary shift from carnivorous ancestors to a plant-based diet and the consequent importance of the K:Na ratio in nectar. Phrases like 'insights into dynamics' and 'crucial role' illustrate how the narrative tone conveys excitement and urgency about the publication, indicating its relevance in the ongoing conversation about bee conservation.
The majority of discussions demonstrate a supportive stance towards the research findings, indicating general consensus on their significance.
Many participants express a high level of curiosity, reflecting enthusiasm for the implications of the K:Na ratio in bee ecology.
While most comments are supportive, few offer in-depth critiques or explorations of methods, indicating a moderate level of engagement.
There is a perception that the findings may significantly influence understanding and conservation efforts surrounding bees.
Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/pollen vs animal tissues. K:Na impacts bee ecology and evolution, shaping bee interactions with plants & behavior. @FilipiakZuza @JeffOllerton https://t.co/kHrG5VpaSP
Dzięki @NCN_PL zdobywamy bardzo potrzebną wiedzę o związkach między pszczołami, a środowiskami, w których żyją. Wyznaczamy trendy w tego typu badaniach #NCNtoTlen Nasze prace: (1) https://t.co/nM1c2dpMcu (2) https://t.co/vPmkef3BTK (3) https://t.co/kHrG5VpIIn https://t.co/DkduV03fKt https://t.co/W1xb6Uk2To
@FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution of insects employing feeding strategies of carnivory (left panel), pollinivory (centre panel) and herbivory (right panel). Source: https://t.co/kHrG5VpaSP https://t.co/E2LqOjXd1j
A new Concepts & Synthesis piece in @ESAEcology: Uncovering the significance of the ratio of food K:Na in bee ecology and evolution https://t.co/d6aVTtDG4N With #OpenData in @ZENODO_ORG #WildBees #Pollinators #Ionomics #EcologicalStoichiometry https://t.co/tLtOH06hhp
Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees, plants and their environment. See 3-minute video: https://t.co/JJVIBOMEsX and the full story is here: https://t.co/kHrG5VpIIn @FilipiakZuza @JeffOllerton https://t.co/o9rPzSVC8A
This video explores the stressors affecting bees, focusing on temperature changes and dietary sodium and potassium balance. Understanding the significance of the potassium to sodium ratio in bees’ diet is vital for…
This video explores the significance of the potassium to sodium (K:Na) ratio in bee ecology and evolution. By analyzing how this ratio influences bee health and development, it sheds light on the critical relationship…
@jar_lipke @GrzegorzJanko12 @PolsatNewsPL @MaciejSamcik Proszę bardzo, inne badanie, inny projekt, proszę zwrócić uwagę na postać środkowego autora - to jest najważniejszy żyjący naukowiec zajmujący się zapylaczami: https://t.co/JJVIBOMEsX Chce Pan więcej?
(6/8) Ta 3-minutową animacja (ENG, napisy) opowiada o pszczołach z zupełnie nieoczekiwanej perspektywy: o wyzwaniu związanym z przejściem mięsożernych przodków pszczół na dietę roślinną: https://t.co/JJVIBOM6Dp Źródło: https://t.co/kHrG5VpaSP
RT @MichaelFilipiak:
RT @MichaelFilipiak:
RT @MichaelFilipiak: Congratulations @FilipiakZuza & @JeffOllerton
RT @MichaelFilipiak: Congratulations @FilipiakZuza & @JeffOllerton
Congratulations @FilipiakZuza & @JeffOllerton
Thanks to NAWA, @michalfilipiak.bsky.social Dr Michal Filipiak will complete a one-year fellowship at the Technical University of Munich (TUM). Find out more youtu.be/U35eFpxrSfQ .
RT @MichaelFilipiak: #wizerunekNauki Tutaj jest przykład naszego osobistego wkładu w przesuwanie granic w badaniach ekologii i ewolucji psz…
#wizerunekNauki Tutaj jest przykład naszego osobistego wkładu w przesuwanie granic w badaniach ekologii i ewolucji pszczół: https://t.co/JJVIBOM6Dp A tu jedno z naszych odkryć: zastosowanie popytu i podaży składników odżywczych w ochronie pszczół https://t.co/MseYBRXZVL https://t.co/oZm5rc1UNK
RT @MichaelFilipiak: Dzięki @NCN_PL zdobywamy bardzo potrzebną wiedzę o związkach między pszczołami, a środowiskami, w których żyją. Wyznac…
RT @MichaelFilipiak: Dzięki @NCN_PL zdobywamy bardzo potrzebną wiedzę o związkach między pszczołami, a środowiskami, w których żyją. Wyznac…
@plantpollinator K:Na ratio. The details are here: https://t.co/kHrG5VpIIn
Dzięki @NCN_PL zdobywamy bardzo potrzebną wiedzę o związkach między pszczołami, a środowiskami, w których żyją. Wyznaczamy trendy w tego typu badaniach #NCNtoTlen Nasze prace: (1) https://t.co/nM1c2dpMcu (2) https://t.co/vPmkef3BTK (3) https://t.co/kHrG5VpIIn https://t.co/DkduV03fKt https://t.co/W1xb6Uk2To
@NCN_PL przy okazji raportu końcowego z projektu prosi o dołączenie materiałów popularyzujących na płycie. Chętnie dołączę, ale nie używa się już płyt. Warto dodać możliwość dołączenia przez link do OneDrive itp. @anna_korzekwa Mam np.: https://t.co/JJVIBOM6Dp
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
RT @MichaelFilipiak: Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees,…
Studying the effects of the sodium/potassium ratio on bees can provide new insights into the dynamics that link bees, plants and their environment. See 3-minute video: https://t.co/JJVIBOMEsX and the full story is here: https://t.co/kHrG5VpIIn @FilipiakZuza @JeffOllerton https://t.co/o9rPzSVC8A
Praca i badania zostały sfinansowane w ramach wspólnego konkursu BiodivERsA 2018-2019 w ramach programu BiodivERsA3 ERA-Net COFUND we współpracy z @NCN_PL. https://t.co/3w3Io14bT7
RT @ESAEcology: A new Concepts & Synthesis piece in @ESAEcology: Uncovering the significance of the ratio of food K:Na in bee ecology and…
RT @ESAEcology: A new Concepts & Synthesis piece in @ESAEcology: Uncovering the significance of the ratio of food K:Na in bee ecology and…
RT @ESAEcology: A new Concepts & Synthesis piece in @ESAEcology: Uncovering the significance of the ratio of food K:Na in bee ecology and…
RT @ESAEcology: A new Concepts & Synthesis piece in @ESAEcology: Uncovering the significance of the ratio of food K:Na in bee ecology and…
A new Concepts & Synthesis piece in @ESAEcology: Uncovering the significance of the ratio of food K:Na in bee ecology and evolution https://t.co/d6aVTtDG4N With #OpenData in @ZENODO_ORG #WildBees #Pollinators #Ionomics #EcologicalStoichiometry https://t.co/tLtOH06hhp
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
RT @FilipiakZuza:
RT @FilipiakZuza:
RT @poll_papers: Uncovering the significance of the ratio of food K:Na in bee ecology and evolution https://t.co/1rPVsvRzbh
RT @poll_papers: Uncovering the significance of the ratio of food K:Na in bee ecology and evolution https://t.co/1rPVsvRzbh
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
Uncovering the significance of the ratio of food K:Na in bee ecology and evolution https://t.co/1rPVsvRzbh
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
RT @MichaelFilipiak: @FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution…
@FilipiakZuza @JeffOllerton Main benefits and challenges shaping the physiology, behaviour, life history and evolution of insects employing feeding strategies of carnivory (left panel), pollinivory (centre panel) and herbivory (right panel). Source: https://t.co/kHrG5VpaSP https://t.co/E2LqOjXd1j
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
RT @MichaelFilipiak: Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/polle…
Bees evolved from carnivorous ancestors, with a notable distinction in their diet: a higher K:Na ratio in nectar/pollen vs animal tissues. K:Na impacts bee ecology and evolution, shaping bee interactions with plants & behavior. @FilipiakZuza @JeffOllerton https://t.co/kHrG5VpaSP