The phrase "allowing for adaptive" is correct and usable in written English.
It can be used in contexts where you want to indicate that something is being adjusted or modified to accommodate changes or variations.
Example: "The new policy is designed with flexibility in mind, allowing for adaptive responses to unforeseen challenges."
Alternatives: "permitting flexible" or "enabling responsive".
However, all three light-adapted fluorescence parameters showed heritability, thus allowing for adaptive changes in energy utilisation of photosynthesis (ΦPSII), for all non-photochemical energy quenching measures that are not photoprotective (ΦNO), and for initiating the xanthophyll cycle via regulated energy dissipation (ΦNPQ).
It is shown that the quantification of this degree of stationarity through the channel parameters can provide a way of tracking channel variation and allowing for adaptive application of diversity techniques and the channel capacity.
The outcomes are mutually beneficial for practitioners and ecologists (Memmott 2009): the conservation effectiveness can be monitored and evaluated, allowing for adaptive management based on ecosystem functions.
Intriguingly, the interaction between RHOBTB3 and HIFα-VHL-PHD2 is weakened in hypoxic condition, allowing for adaptive HIFα accumulation during hypoxia.
In conjunction with a high retention of larva to natal reef [ 27] and population specific calls [ 30], restricted dispersal likely reinforced reproductive isolation between clownfish species allowing for adaptive radiation.
Multiarmed selection designs have been proposed (e.g. Thall et al., 1988, 1988) and have been extended to allowing for adaptive design modifications (Bauer and Kieser, 1999; Koenig et al., 2008; Bretz et al., 2009; Bebu et al., 2013; Sugitani et al., 2013).
The existing POD algorithm is improved here to allow for adaptive conditioning of the POD training images on resistivity measurements.
The method is direct, and unlike classical FFT based fast solvers, it allows for adaptive mesh refinement but with comparable amount of work per grid point.
The methods allow for adaptive meshes with multiple levels of resolution, Neumann and Dirichlet boundary conditions, and domains having geometries with curved boundaries.
The site-specific analyses in PAML identified positively selected sites in the piscidin gene and LRTs revealed that models which allowed for adaptive selection fitted the data better than those which did not (M3 versus M0, p = 0; M8 versus M7, p = 0.04) (Table 2).
