The answer is Yes. I can't give you a definite answer on the why part but you could use this paragraph to wrote one ಠಿヮಠ
Conclusion:
Present study concludes that blocking of the sun rays during eclipse does not harm prokaryotes and eukaryotes, instead promoted the progeny of predators in the race of better acclimatization and survival in the natural and changing environmental conditions
Results:
There was significant change observed during exposure to normal sunlight and eclipse phase. Bacterial colonies showed difference in morphology on smear examination and sensitivity pattern during this study. One fungal species and three bacterial isolates were studied and changes were recorded. Fungal species showed a definite change in their morphology on exposure to sunlight during eclipse observed by stained smear examination from broth, plate, and slant
Answers & Comments
Answer:
The answer is Yes. I can't give you a definite answer on the why part but you could use this paragraph to wrote one ಠಿヮಠ
Conclusion:
Present study concludes that blocking of the sun rays during eclipse does not harm prokaryotes and eukaryotes, instead promoted the progeny of predators in the race of better acclimatization and survival in the natural and changing environmental conditions
Results:
There was significant change observed during exposure to normal sunlight and eclipse phase. Bacterial colonies showed difference in morphology on smear examination and sensitivity pattern during this study. One fungal species and three bacterial isolates were studied and changes were recorded. Fungal species showed a definite change in their morphology on exposure to sunlight during eclipse observed by stained smear examination from broth, plate, and slant
Explanation:
The article on where I found the paragraphs:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3053514/