The phrase "adaptive diversity" is correct and usable in written English.
It can be used in contexts discussing ecological systems, organizational behavior, or any field where flexibility and variation are important for survival or success.
Example: "The concept of adaptive diversity is crucial for understanding how species evolve in response to changing environments."
Alternatives: "flexible variety" or "dynamic diversity".
Members of the order Primates show a remarkable range of size and adaptive diversity.
Trilobites and crustaceans dominated then, with the former declining in abundance through the Paleozoic and the latter expanding into great adaptive diversity.
Repeated episodes of hybridization between cultured and wild populations can be detrimental for wild populations, resulting in the introduction of non-native alleles6, erosion of adaptive diversity in the wild4,11, and ultimately a loss-of-wild population viability12,13.
The application of adaptive diversity combining to improve submarine communications with satellites has continued with the development of an Advanced Technology Demonstration model of the Laboratory-developed buoyant cable antenna.
It is difficult to assess the feedback involved in this adaptive diversity mechanism as it depends on the dynamics of the underlying channel.
Depending upon the dispersal potential of species, the loss of adaptive diversity along the gradient could be the product of the dispersal of individuals from ecotone habitats into previously forested ones, in situ evolution via natural selection in human-altered rainforest habitats or a combination of both.
In both species, the neutral and adaptive diversities within and among populations were not correlated, so conservation strategies based on one type of index would not select the same populations for protection.
Because of the difficulty (real and perceived) of measuring adaptive genetic diversity, this form of diversity has not been considered a priority in conservation planning and management, with the exception of revegetation and captive breeding programs, which we address later.
The long-term aim of such translocations is to create populations that harbour the adaptive genetic diversity to enable ongoing adaptation to climate change and other environmental threats.
The long-term aim of genetic translocations is populations that harbour the adaptive genetic diversity to enable ongoing adaptation to the environmental changes caused by climate change and other threats.
Adaptive genetic diversity underpins the way an organism adapts to a new environment.
