"environmental patterns" is a correct and usable phrase in written English.
It is typically used to describe recurring or consistent elements in nature or the physical world, such as weather patterns, animal migration routes, or plant growth cycles. Example: "The scientists studied the environmental patterns in the Arctic region to better understand the effects of climate change on polar bears."
To better understand the impacts of these regional differences, the Urban Age has investigated the demographic, economic and environmental patterns linked to global urbanisation and urban change.
The account that Spence frequently offers in his public lectures and media appearances is, at heart, a statistical one: cross-sensory correspondences can be attributed to the internalization of environmental patterns.
Mr. Goswami, the environmental expert, said it was impossible to gauge the impact of climate change on the island, but he noted that environmental patterns did seem to be shifting in the region.
Canonical Correlation Analysis was used to analyse the relationship between vegetation and environmental patterns.
Capturing fine-grain environmental patterns at landscape scales cannot be accomplished easily using conventional sampling techniques.
Those results support the potential of mesoscale surveys to assess water quality variables and detect environmental patterns at regional scales.
This environmental pattern is typical of many atoll lagoons.
The aim of designing different scaffolds is to simulate the best structural and environmental pattern for extracellular matrix.
Most studies investigate the environmental pattern of species distribution, assuming that species records are reliable indicators of habitat suitability.
Because foundress-reared and worker-reared larvae do not overlap in time, our data cannot explicitly rule out that the differences we observed between the larval groups reflect environmental patterning of seasonally varying temperature or day length that could affect adult phenotypes.
Speciation rates appear to drive other biodiversity patterns (Allen & Gillooly, 2006); consequently the unimodal bathymetric diversity pattern may be influenced by discordance in the environmental pattern of evolutionary origin (Stuart & Rex, 2009).
