The phrase "adaptive fitness" is correct and usable in written English.
It can be used in contexts related to biology, ecology, or psychology, often referring to the ability of an organism or system to adjust and thrive in changing environments.
Example: "The concept of adaptive fitness is crucial in understanding how species evolve over time in response to environmental pressures."
Alternatives: "evolutionary fitness" or "adaptive capability".
These inversions are associated with population structure, conferring ecological adaptation and altering mosquito adaptive fitness [ 27, 58].
In this situation, in order to balance the influence of objective value and constraint violation, the adaptive fitness transformation method is employed to calculate the fitness function f fit(x i ) of individual x i.
Our biological and cultural makeup constitutes our "adaptive fitness".
This implied that this hardware embraced an adaptive fitness landscape that facilitated processing spatiotemporal information.
This paper presents an adaptive fitness function for the evolutionary computation to obtain the purposive behaviors through changing the weights for the fitness function.
They set out to create an adaptive fitness system that uses advanced 3D camera technology combined with AI to guide users as a personal trainer might.
In other words, in a fluctuating environment, the adaptive fitness-landscape is dynamic and an ever-changing property, which results in continuously changing directions of selection pressure and prevents the species from achieving its maximum metabolic efficiency in any particular environment.
For individuals with low antibody-adaptive fitness values, individuals with high fitness values in memory cells are replaced to produce next-generation antibody populations.
The multiple elitist genetic algorithm with the adaptive fuzzy fitness granulation (AFFG) is used to design the phononic crystals with large relative bandgap width (BGW) for combined out-of-plane and in-plane wave modes.
In this paper, we examine thirteen models which describe evolution that also qualify as such toy models, including the tree of life, branching processes, adaptive ratchets, fitness landscapes, and the role of nonlinear avalanches in evolutionary dynamics.
In absence of adaptive mutations, fitness declines due to a changing environment or accumulation of deleterious mutations.
