Apr 9, 2020

Clonal thermal preferences affect the strength of the temperature-size rule

BioRxiv : the Preprint Server for Biology
A. StuczynskaAleksandra Walczynska

Abstract

Genetically similar organisms act as a powerful study system for the subtle differences in various aspects of life histories. The issue of trade-offs among traits is of special interest. We used six parthenogenetic rotifer clones previously exposed to different thermal laboratory conditions. Interclonal differences in female body size were examined in common garden conditions. We estimated the population growth rate and strength of the size-to-temperature response across four thermal regimes. We tested hypotheses on the existence of the relationships between (i) thermal acclimation and species body size, (ii) thermal specialization and fitness and (iii) thermal specialization and strength of the temperature-size rule. Positive verification of (i) would make it justifiable to refer the other investigated traits to thermal preference and, further, to thermal specialization. Addressing the issues (ii) and (iii) is our pioneering contribution to the question on the strength of size-to-temperature response as differing across life strategies. We hypothesized that this plastic response may be affected by the level of thermal specialization and that this pattern may be traded off with the temperature-dependent potential for population...Continue Reading

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Mentioned in this Paper

Infectious Agent Antigen Detection by Immunoassay With Direct Optical Observation; Chlamydia Trachomatis
Genome
Genes
Science of Microbial Genetics
Pathogenic Organism
Aggregation
Institution
Ncbi Taxonomy
Nucleic Acid Sequencing
Universal Protein Resource

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