#microevolution — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #microevolution, aggregated by home.social.
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Evolutionary biology colleagues: please consider to submit a title and Abstract suggestion to our forthcoming theme issue in "Methods in Ecology & Evolution" on time-dependency in micro- and macroevolutionary rates:
Deadline for Abstract submission: May 1 2026. Deadline for full article submission: October 31 2026.
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Evolutionary biology colleagues: please consider to submit a title and Abstract suggestion to our forthcoming theme issue in "Methods in Ecology & Evolution" on time-dependency in micro- and macroevolutionary rates:
Deadline for Abstract submission: May 1 2026. Deadline for full article submission: October 31 2026.
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Evolutionary biology colleagues: please consider to submit a title and Abstract suggestion to our forthcoming theme issue in "Methods in Ecology & Evolution" on time-dependency in micro- and macroevolutionary rates:
Deadline for Abstract submission: May 1 2026. Deadline for full article submission: October 31 2026.
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Evolutionary biology colleagues: please consider to submit a title and Abstract suggestion to our forthcoming theme issue in "Methods in Ecology & Evolution" on time-dependency in micro- and macroevolutionary rates:
Deadline for Abstract submission: May 1 2026. Deadline for full article submission: October 31 2026.
-
Evolutionary biology colleagues: please consider to submit a title and Abstract suggestion to our forthcoming theme issue in "Methods in Ecology & Evolution" on time-dependency in micro- and macroevolutionary rates:
Deadline for Abstract submission: May 1 2026. Deadline for full article submission: October 31 2026.
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#Rotifers have been studied for >100 years re #microevolution, #EcologicalDynamics & #ecotoxicology. This study presents a #CRISPR-based method for KO mutation of 1 or 2 alleles, and KI mutations, in rotifers with high efficiency @MBLscience #PLOSBiology https://plos.io/3Kb8CAC
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#Evolution refers to change in a biological population's inherited traits from generation to generation. All species on Earth originated by the mechanism of evolution, through descent from common ancestors. Evolution occurs as changes accumulate over generations. Charles Darwin recognized evolution by natural selection, also called "descent with modification", as the fundamental process underlying all of life, whether viewed at a large scale above the level of species (#macroevolution — in terms of formation of new species, changes within lineages, and extinction), or at a small scale within a species (#microevolution — in terms of change in gene frequency). In a nutshell, evolution by natural selection can be simplified to the following principles: 1) Variability 2) Differential Fitness 3) Heredity
#commondescent #naturalselection #charlesdarwin #RationalWiki
https://rationalwiki.org/wiki/Evolution
