Duhita Sant
@duhitasant.bsky.social
Postdoc at @RutgersCABM | Ecology and evolution of microbial communities | https://qevomicrolab.org
It’s been a pleasure working with @timbarra.bsky.social @kayla-king.bsky.social Thomas Bell Tom Smith Edgar Wong and Juli Cohen :)
July 22, 2025 at 8:53 PM
It’s been a pleasure working with @timbarra.bsky.social @kayla-king.bsky.social Thomas Bell Tom Smith Edgar Wong and Juli Cohen :)
This is my first paper from a postdoc and my first as corresponding author — it’s truly special.
July 22, 2025 at 8:53 PM
This is my first paper from a postdoc and my first as corresponding author — it’s truly special.
To the best of our knowledge this is a rare example of applying perturbations as used in experimental evolution
in laboratory studies but to wild bacterial communities.
in laboratory studies but to wild bacterial communities.
July 22, 2025 at 8:53 PM
To the best of our knowledge this is a rare example of applying perturbations as used in experimental evolution
in laboratory studies but to wild bacterial communities.
in laboratory studies but to wild bacterial communities.
2) shows significant alterations in species diversity and composition in limed tree-holes; and 3) empirically shows genetic changes in the frequency of single nucleotide
polymorphisms in MAGs that occurred at rates comparable to and correlated with ecological changes in the same MAGs.
polymorphisms in MAGs that occurred at rates comparable to and correlated with ecological changes in the same MAGs.
July 22, 2025 at 8:53 PM
2) shows significant alterations in species diversity and composition in limed tree-holes; and 3) empirically shows genetic changes in the frequency of single nucleotide
polymorphisms in MAGs that occurred at rates comparable to and correlated with ecological changes in the same MAGs.
polymorphisms in MAGs that occurred at rates comparable to and correlated with ecological changes in the same MAGs.
In this work, we present eco-evolutionary response of wild bacterial communities to experimental perturbation
by liming wild decomposer communities living in beech tree-holes that 1) demonstrates extreme robustness of
the bacterial communities to increased pH;
by liming wild decomposer communities living in beech tree-holes that 1) demonstrates extreme robustness of
the bacterial communities to increased pH;
July 22, 2025 at 8:53 PM
In this work, we present eco-evolutionary response of wild bacterial communities to experimental perturbation
by liming wild decomposer communities living in beech tree-holes that 1) demonstrates extreme robustness of
the bacterial communities to increased pH;
by liming wild decomposer communities living in beech tree-holes that 1) demonstrates extreme robustness of
the bacterial communities to increased pH;