"spatial identification" is a correct and usable phrase in written English.
It refers to the act of identifying or recognizing the spatial (or physical) characteristics or location of something. An example of using "spatial identification" in a sentence could be: "The archaeologist used various tools and techniques for spatial identification to determine the exact location of the ancient ruins."
Therefore, spatial identification of UHIs is a necessity to take appropriate remedial measures to minimise their adverse impacts.
The paper proposes a methodology for the spatial identification of the Regional Green Infrastructures in Lombardy Region (north-west of Italy) as a structural layer of landscape planning.
The spatial identification of the forests with a particular protective function is the necessary step required for the design of a sustainable management of high elevated ecosystems.
Based on detailed spatial identification of locations of good or bad comparison the study showed how unsteady flow effects within street canyons are a major cause for discrepancies between numerical and experimental results.
Considering protective forests as engineering structures against natural hazards and risks, such as erosion, able to replace costly manmade infrastructures, a methodology is presenting aiming at their spatial identification in a changing mountainous environment.
The spatial identification of each area included the suburban city names associated with respective identification of that metropolitan area.
Issues of national, gender, ethnic and spatial identifications will be featured as Zimmerman reviews the materials appearing on his LACASA Chicago website (www.lacasachicago.org), and previews the wider range of interviews, documents and images he has recently donated to the Smithsonian Institution.
Experimentally, the spatial damping identification was tested against: modal and spatial incompleteness, differences in viscous and hysteretic damping models, the performance of identification methods and the effect of damping treatments.
This paper deals with spatial damping identification methods.
To plan, monitor, collect and manage solid waste, the ICTs are divided into four categories such as spatial technologies, identification technologies, data acquisition technologies and data communication technologies.
It was found that this approach allows for high spatial resolution identification of individual elements in coal architecture, thus potentially generating valuable input for knowledge-driven optimization and design of coal utilization processes.
