The phrase "aerial characteristics" is correct and usable in written English.
It can be used when discussing features or attributes related to the air or atmosphere, often in contexts like aviation, meteorology, or environmental studies.
Example: "The study focused on the aerial characteristics of the region, including wind patterns and temperature variations."
Alternatives: "atmospheric features" or "airborne traits".
Aerial slaked lime mortar characteristics with added metakaolin and sodium carbonate were analysed.
Due to multiple-source disturbances, frame dynamic characteristics of aerial inertially stabilized platform (ISP) changes, leading to nonlinear and time-varying position loop error.
3013 TAL polygons encompassing 44,464 ha were mapped from aerial photos, recording basic characteristics such as land-cover composition or degree of management.
The characteristics of aerial pipelines, like the diversity of the pipe diameter, the continuity and the close arrangement, make it impossible to inspect them with the traditional Magnetic Flux Leakage (MFL) methods that magnetize the whole circumference.
Because bioinspiration and aerial-aquatic locomotion are the main attraction for this article, this review gathers the characteristics of aerial-aquatic animals useful for such designs.
In plants, the growth of an aerial organ to its characteristic size relies on the coordination of cell proliferation and expansion.
This paper presents the design and validation of a measurement system for the aerodynamic characteristics of micro aerial vehicles.
Numerous studies have been conducted to compare the classification accuracy of coral reef maps produced from satellite and aerial imagery with different sensor characteristics such as spatial or spectral resolution, or under different environmental conditions.
As inputs, the model uses widely available daily weather variables, 1 m × 1 m resolution digital elevation data (LiDAR) and some simple vegetation and soil characteristics identifiable from aerial photographs.
Here, first we validate a manual method designed for broad measures of landscape urbanization, based on major land-cover characteristics calculated from aerial images, that has been applied in former studies, and compare its results to measurements taken with a widely accepted geoinformatics software.
