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Various posts express strong agreement and curiosity with phrases like 'cool idea' and references to ongoing research, indicating high engagement. The tone and context demonstrate enthusiasm and recognition of the study’s importance in reshaping theories about the origins of agricultural behavior in ants.
Most posts explicitly support the idea that dry habitats played a key role in the domestication process, with comments emphasizing this shift in understanding and referencing the research directly.
Discussions reflect high interest, with users engaging deeply by referencing specific research details and potential implications for our understanding of ant domestication.
Posts show substantial engagement through references to methods, previous studies, and the relevance of habitat in evolution, indicating active and meaningful interaction.
The debate and recognition of dry habitats as critical to domestication highlight the study's significant influence on the scientific understanding of ant evolution and domestication theories.
Referências: BRANSTETTER, Michael G. et al. Dry habitats were crucibles of domestication in the evolution of agriculture in ants. Proceedings of the Royal Society B: Biological Sciences, v. 284, n. 1852, p. 20170095, 2017.
@OpenlatteEve They legit started farming as soon as the dinosaurs died. Maybe this will help you sleep? https://t.co/aVAVdhXRYt
@BoudAnt1 @Myrmecos Yes. The importance of dry habitats in the domestication of attine fungi is something that we tried to look at in our UCE paper. It is a cool idea that Ted Schultz came up with and that needs further investigation. https://t.co/fO4QBQVKdX
@FernandoCervera @brionesci @emulenews @aberron @JaSantaolalla @hsocasnavarro @migusant @AlbertoFdezSoto Dry habitats were crucibles of domestication in the evolution of agriculture in ants https://t.co/5PIbvNQhHd https://t.co/ii23CXG6K4
Dry habitats were crucibles of domestication in the evolution of agriculture in ants https://t.co/FrFIMfARC9
Habilidade de cultivar fungos para obter e processar alimentos e perseverar sob condições de falta d'água realizada pelas minúsculas formigas a mais de 30 milhões de anos. Resiliência formidável adquirida pela associação com fungos. https://t.co/N91eEAGaJt
Ant agriculture is a unique form of symbiosis that has developed in only four animal groups, including ants. This video explores how ants began cultivating fungi around 50 million years ago and evolved various…
@OpenlatteEve They legit started farming as soon as the dinosaurs died. Maybe this will help you sleep? https://t.co/aVAVdhXRYt
Dry habitats were crucibles of domestication in the evolution of agriculture in ants https://t.co/FrFIMfARC9
Referências: BRANSTETTER, Michael G. et al. Dry habitats were crucibles of domestication in the evolution of agriculture in ants. Proceedings of the Royal Society B: Biological Sciences, v. 284, n. 1852, p. 20170095, 2017.
@FernandoCervera @brionesci @emulenews @aberron @JaSantaolalla @hsocasnavarro @migusant @AlbertoFdezSoto Dry habitats were crucibles of domestication in the evolution of agriculture in ants https://t.co/5PIbvNQhHd https://t.co/ii23CXG6K4
@BoudAnt1 @Myrmecos Yes. The importance of dry habitats in the domestication of attine fungi is something that we tried to look at in our UCE paper. It is a cool idea that Ted Schultz came up with and that needs further investigation. https://t.co/fO4QBQVKdX
Habilidade de cultivar fungos para obter e processar alimentos e perseverar sob condições de falta d'água realizada pelas minúsculas formigas a mais de 30 milhões de anos. Resiliência formidável adquirida pela associação com fungos. https://t.co/N91eEAGaJt
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