The phrase "acoustic climate" is correct and usable in written English.
It can be used to describe the overall sound environment or auditory conditions in a particular space or area.
Example: "The acoustic climate of the concert hall was carefully designed to enhance the musical experience for the audience."
Alternatives: "sound environment" or "auditory atmosphere".
We followed Ruegg et al. [ 45] to examine the relationships between morphology, acoustic, habitat-related (climate) and genetic distances.
Munk was named Secretary of the Navy Research Chair in Oceanography in 1984 and continued to research the implications of global warming for the oceans as part of the Acoustic Thermometry of Ocean Climate (ATOC) project from 1996 to 2006.
Most recently, Munk--a longtime researcher at the Scripps Institution of Oceanography--headed the Acoustic Thermometry of Ocean Climate Project that aims to measure ocean temperature with sound pulses.
Most recently, Munk--a longtime researcher at Scripps--headed the Acoustic Thermometry of Ocean Climate Project that aims to measure ocean temperature with sound pulses.
Until October, Mr. Holtzman was a principal scientist in the air quality, climate and acoustics division of PCR Services Corporation, an environmental consulting firm in Santa Monica, and now works as a consultant in Los Angeles to government agencies and private real estate developers on air quality and health risk assessments.
The equation has many real-world applications like elasticity, electromagnetic waves, acoustic wave scattering, weather and climate prediction, water wave propagation, noise reduction in silencers, and radar scattering.
Lastly, we did not find a significant relationship between morphological and acoustic distances versus habitat-related (climate and topography) distances for either males or females.
However, we found no significant correlations between acoustic and habitat-related distances (climate and topographic variables), which suggest that these conditions play a minor role in shaping song divergence.
The need to filter functions defined on the sphere arises in a number of applications, such as climate modeling, electromagnetic and acoustic scattering, and several other areas.
To test for the habitat-selection model, we compared matrices of morphology and acoustic distances (acoustic measurements) with habitat-related (climate and topography) distances.
