Itskhak Tsimelzon
@itskhtzim.bsky.social
Scientific interests: ichthyology and evolutionary biology. I collect pipes and love good pipe tobacco. Like to travel (Vietnam,Thailand,Cuba,China).
P.S. No AI 🙅🏼- just quality photography, drawings, and text. No politics, please!
https://www.fishbase.org/
P.S. No AI 🙅🏼- just quality photography, drawings, and text. No politics, please!
https://www.fishbase.org/
Great couple 👍🏻
December 17, 2025 at 11:41 PM
Great couple 👍🏻
Yes! So pretty🥰
December 17, 2025 at 9:03 PM
Yes! So pretty🥰
Really liked this article — it stands out for its clarity. Critical and debatable aspects - limited consideration of evolutionary adaptation. The models assume static physiological limits, but evolutionary shifts or phenotypic plasticity could modify species’ thermal tolerance over time.
December 17, 2025 at 2:34 PM
Really liked this article — it stands out for its clarity. Critical and debatable aspects - limited consideration of evolutionary adaptation. The models assume static physiological limits, but evolutionary shifts or phenotypic plasticity could modify species’ thermal tolerance over time.
So 😍sexy view 💗
December 16, 2025 at 6:01 PM
So 😍sexy view 💗
Beautiful view😍
December 16, 2025 at 1:12 PM
Beautiful view😍
Have a nice day💗Anne
December 16, 2025 at 1:11 PM
Have a nice day💗Anne
for what purpose 😱?
December 16, 2025 at 12:50 PM
for what purpose 😱?
—potentially underestimating or distorting the true spread rate.
5. Lack of physiological data on corals. No biochemical indicators (e.g., symbiont density or photosynthetic efficiency) were measured, which would help clarify the physiological mechanisms of coral resilience and mortality.
5. Lack of physiological data on corals. No biochemical indicators (e.g., symbiont density or photosynthetic efficiency) were measured, which would help clarify the physiological mechanisms of coral resilience and mortality.
December 16, 2025 at 12:41 PM
—potentially underestimating or distorting the true spread rate.
5. Lack of physiological data on corals. No biochemical indicators (e.g., symbiont density or photosynthetic efficiency) were measured, which would help clarify the physiological mechanisms of coral resilience and mortality.
5. Lack of physiological data on corals. No biochemical indicators (e.g., symbiont density or photosynthetic efficiency) were measured, which would help clarify the physiological mechanisms of coral resilience and mortality.
reducing the accuracy of causal interpretations.
4.Two-dimensional measurement limitation.
Disease progression was assessed from two-dimensional photographs, which do not account for the complex three-dimensional topography of coral surfaces
4.Two-dimensional measurement limitation.
Disease progression was assessed from two-dimensional photographs, which do not account for the complex three-dimensional topography of coral surfaces
December 16, 2025 at 12:41 PM
reducing the accuracy of causal interpretations.
4.Two-dimensional measurement limitation.
Disease progression was assessed from two-dimensional photographs, which do not account for the complex three-dimensional topography of coral surfaces
4.Two-dimensional measurement limitation.
Disease progression was assessed from two-dimensional photographs, which do not account for the complex three-dimensional topography of coral surfaces
and fails to capture spatial variability across the reef.
3.Absence of microbiological validation. Diagnosis of black band disease (BBD) was based solely on visual assessment. There was no confirmation of the microbial community composition,
3.Absence of microbiological validation. Diagnosis of black band disease (BBD) was based solely on visual assessment. There was no confirmation of the microbial community composition,
December 16, 2025 at 12:41 PM
and fails to capture spatial variability across the reef.
3.Absence of microbiological validation. Diagnosis of black band disease (BBD) was based solely on visual assessment. There was no confirmation of the microbial community composition,
3.Absence of microbiological validation. Diagnosis of black band disease (BBD) was based solely on visual assessment. There was no confirmation of the microbial community composition,
This makes it difficult to disentangle local effects from broader regional climatic influences.
2.Small sample size for BBD progression analysis (n = 8).
The rate of disease spread was measured in only eight colonies, which limits statistical reliability
2.Small sample size for BBD progression analysis (n = 8).
The rate of disease spread was measured in only eight colonies, which limits statistical reliability
December 16, 2025 at 12:41 PM
This makes it difficult to disentangle local effects from broader regional climatic influences.
2.Small sample size for BBD progression analysis (n = 8).
The rate of disease spread was measured in only eight colonies, which limits statistical reliability
2.Small sample size for BBD progression analysis (n = 8).
The rate of disease spread was measured in only eight colonies, which limits statistical reliability
This is a valuable field study.
Weaknesses and Points of Debate (Constructive Critique)
1. Lack of control sites.
All observations were conducted within a limited spatial area (two reef locations) without clearly defined “control” zones unaffected by thermal stress.
Weaknesses and Points of Debate (Constructive Critique)
1. Lack of control sites.
All observations were conducted within a limited spatial area (two reef locations) without clearly defined “control” zones unaffected by thermal stress.
December 16, 2025 at 12:41 PM
This is a valuable field study.
Weaknesses and Points of Debate (Constructive Critique)
1. Lack of control sites.
All observations were conducted within a limited spatial area (two reef locations) without clearly defined “control” zones unaffected by thermal stress.
Weaknesses and Points of Debate (Constructive Critique)
1. Lack of control sites.
All observations were conducted within a limited spatial area (two reef locations) without clearly defined “control” zones unaffected by thermal stress.
Good morning 😍
December 16, 2025 at 12:25 PM
Good morning 😍