The phrase "a range of resolutions" is correct and usable in written English.
It can be used when discussing various options or levels of detail in a particular context, such as images, decisions, or goals.
Example: "The project offers a range of resolutions to accommodate different user needs and preferences."
Alternatives: "a variety of resolutions" or "multiple resolutions available".
Stand density could be included as a driving variable at a range of resolutions.
We have used a range of resolutions going from N r × N θ = 51 × 31 to 121 × 51 in order to establish the numerical convergence of our results.
Also, it can use a range of resolutions for topographic data and water level as model input, which in turn significantly reduces simulation time while providing reasonable simulation results.
Since the early applications of LiDAR to forestry management (Nilsson 1996), the technology has been widely used to spatially quantify variation in stand structure at a range of resolutions (e.g. Holmgren et al. 2003; Hyyppä et al. 2001; Lim and Treitz 2004; Popescu et al. 2004; Watt et al. 2013a).
The remote sensing data for carbon mapping were resampled to a range of resolutions, i.e., LiDAR point cloud density – 5.8, 4.6, 2.3, and 1.2 pt s/m2, aerial optical NAIP National Agricultural Imagery Programm) imagery – 1, 5, 10, and 20 m.
While there is a range of resolutions, some of the more typical ones include losing weight, quitting something, and making more money.
As spatial information describing climate is available at a range of resolution and spatial extent such maps could be generated at scales ranging from local to global.
An artificial neural network method was performed to link directly between ternary solvent strength parameters and predicted resolution, which were determined by accurate prediction results of retention time and a peak width of half height, and to visualize appropriate ternary mobile phase compositions as a range of resolution over 1.5 on the contour profile.
This paper will review the most recent developments, including transitioning to the short wavelengths of 193 nm and 157 nm, moving toward ultrahigh numerical apertures facilitated by liquid immersion, and incorporation of a range of resolution-enhancing techniques such as optical proximity correction and phase-shifting masks.
The study is performed at half-hour temporal resolution and at a range of spatial resolutions (0.08-, 0.25-, 0.5-, and 1-degree latitude/longitude).
We explored a range of spatial resolutions (k x = 40 to 200 grid points) and temporal resolutions (noise time step k t = 0.001 to 1 s) and found only minor differences in control simulations.
