The phrase "and resultant changes in" is correct and usable in written English.
It can be used when discussing the effects or outcomes that follow from a particular action or event.
Example: "The study examined the environmental impact of the new policy and resultant changes in local wildlife populations."
Alternatives: "and subsequent changes in" or "and resulting alterations in".
Parallel studies on the effect of environment on branching have also begun to uncover links between environmental sensing through phytochrome pathways, and resultant changes in TEOSINTE BRANCHED1 expression, and meristem inhibition.
Anthropogenic increases in atmospheric greenhouse gas (GHG) concentrations and resultant changes in climate will have significant detrimental effects to urban infrastructure, from both extreme events and longer-term processes.
Chemical-flooding schemes for recovering residual oil have been in general less than satisfactory due to loss of chemicals by adsorption on reservoir rocks, precipitation, and resultant changes in rock wettability.
We are going to instigate a designated patient safety board to publicise patient safety events and resultant changes in practice.
Delay in identifying project impacts, dependencies and resultant changes in GDAD environment may lead to longer development duration and extra cost (Boehm & Turner 2003).
Polymer-flooding schemes for recovering residual oil have been in general less than satisfactory due to loss of chemical components by adsorption on reservoir rocks, precipitation, and resultant changes in rheological properties.
This has left a vacuum in terms of understanding the complexity of the challenges facing e-Government re-engineering and resultant change in public agencies.
The phase field simulation indicates that the surface segregation and resultant change in the relative difference in surface energy should be accomplished before the start of grain coarsening for an effective formation of the {100} texture.
Quantitative investigation of the grain growth and resultant change in grain boundary microstructure during high-cycle fatigue was performed to understand intergranular fatigue fracture in electrodeposited nanocrystalline Ni – 2.0 mass% P alloys by using FE-SEM/EBSD technique.
There is typically a time lag following a large precipitation event and resultant change in the discharge concentration of sulfate and chloride.
As detailed above, many of the lesions that are substrates for glycosylases appear to be able to maintain normal W C base pairing and stacking arrangements and differ only in their thermodynamic properties and resultant change in hydration and cation binding.
