Sentence examples for understanding the complex evolution from inspiring English sources
The results provide new insights for understanding the complex evolution of the Jamaican restraining bend.
Understanding the complex process of biological evolution requires a combination of knowledge from the life sciences, probability and statistics, and geosciences (Gould 2002).
The jitter radiation resulting from small scale magnetic field structures may be important for understanding the complex time structure and spectral evolution observed in γ-ray bursts or other astrophysical sources containing relativistic jets and relativistic collisionless shocks.
Understanding the complex genetic regulation behind phenotypic plasticity and stochastic expression in adaptive evolution might enable us to steer the yeast cells to desirable metabolic responses.
On a more general level, DUI systems can help understanding the complex relationship among multiple levels of selection and complex population dynamics that underlay mitochondrial genome evolution.
The mechanistic understanding of edge retraction provided through these studies will provide a basis for understanding the evolution of complex morphologies that result from solid-state dewetting of unpatterned single crystal films.
Comparative studies are invaluable for understanding the evolution of complex traits.
Studies of natural populations lie at the core of understanding the evolution of complex, ecologically relevant phenotypes.
doi: 10.7554/eLife.02478 Image C4 plants (Fb and Ft) have higher levels of certain enzymes than plants that use other forms of photosynthesis Understanding the evolution of complex innovations remains one of the most challenging problems in biology (Lynch, 2007; Wagner, 2014).
This improvement in efficiency has allowed us to use FISH as an alternative to some molecular analyses, for example in screening repetitive sequences for potential species-specific variation in distribution, and so will accelerate studies aimed at understanding the evolution of complex plant genomes.
We conclude by discussing the importance of these principles for both, understanding the natural evolution of complex networks at the molecular level and for creating artificial biological systems with specific features.
