The phrase "adjustment pathway" is correct and usable in written English.
It can be used in contexts related to processes or strategies for adapting to changes or challenges, often in fields like environmental science, health, or social policy.
Example: "The researchers outlined an adjustment pathway for communities affected by climate change to enhance their resilience."
Alternatives: "adaptation route" or "modification strategy".
Open image in new window Fig. 10 Current structural features, oil distribution and predicted oil adjustment pathways.
Then, the types of secondary hydrocarbon pools were classified; the main factors controlling their distribution were determined by considering trap conditions on the hydrocarbon adjustment pathways and present distribution features of reservoirs.
If we analyze the barrier conditions on the hydrocarbon adjustment pathways and types and control factors of later-developed oil and gas pools, the factors that control the re-accumulation can be defined.
Accordingly, two major hydrocarbon adjustment pathways along the structural ridge are predicted based on the present-day structural line: i.e., the structural ridge of the Mobei low uplift belt (a in Fig. 10) and the Qianshao low-relief uplift belt (b in Fig. 10).
Particularly, elaborate characterization of hydrocarbon migration and adjustment pathways and distribution rules of secondary reservoirs remain absent, resulting in no significant discovery for nearly 15 years since the two lithologic oil and gas pools, i.e., Shinan21 and Shinan31 well blocks.
Without this adjustment, certain pathways (i. e., those originating in adsorption or ending in desorption) would be undercounted.
Since these nutrients are likely intermediates in the causal pathway, adjustment for such factors would be over-adjustment and lead to underestimation of the association.
Coordination and quantitative adjustment of metabolic pathways depends on induction or repression of transcription of a small number of transcription factors and their coactivators [17], of which PGC-1α plays an overarching regulatory role [19].
The dynamics of root water adjustment (including water pathways) was explored under two salt treatments (200 mM NaCl and 200 mM KCl).
UniGene transcripts were likely to be involved in disease resistance, such as genes potentially involved in secondary metabolite synthesis, intracellular osmotic adjustment, signal transduction pathways of cell death, oxidative burst and defense gene expression.
