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20 Ιαν 2014 · Empirically, trade-offs usually are initially identified by comparing species or individuals within species, and testing for a negative relationship between two (or more) traits. A classic example is the trade-off between speed and stamina among species of animals (e.g., cats versus dogs) and among Olympic athletes (e.g., the best sprinters are ...
- Coelacanths
What are coelacanths? Coelacanths are a curious group of...
- Coelacanths
This section will discuss some of the major trade offs associated with various life history traits and strategies and how these trade offs produce sets of traits that are commonly found together. As outlined in the previous section, a fundamental life history trait is the number of offspring produced per mating.
14 Δεκ 2021 · Trade-offs and constraints are inherent to life, and studies of these phenomena play a central role in both organismal and evolutionary biology. Trade-offs can be defined, categorized, and studied in at least six, not mutually exclusive, ways.
derstand how trade-offs affect evolutionary trajectories, and at every level in between. Our point in bringing together different research approaches and perspectives is to argue for a broader, synthetic view of trade-offs that cuts across different levels of biological organization (genes to molecules to species) and dif-ferent conceptual goals.
18 Μαΐ 2024 · Here we review the mechanistic role of trade-offs in controlling bacterial growth and further highlight its ecological implications in driving the emergences of many important ecological...
30 Σεπ 2019 · We compared the results from 22 studies of plant senescence in the wild and compiled 20 examples of life-history trade-offs in plants. Some of the unique features of plants that may influence senescence patterns and trade-offs in the wild are highlighted through the results.
Trade-offs are the linkages between traits that constrain the simultaneous evolution of two or more traits. The chapter opens with examples of we.
