The phrase "analyze forest" is correct and usable in written English.
It can be used in contexts related to environmental studies, ecology, or data analysis involving forest ecosystems.
Example: "In our research, we will analyze forest data to understand the impact of climate change on biodiversity."
Alternatives: "examine forest" or "study forest".
The study managed to detect this kind of change using satellite, laser, and ground measurements to analyze forest areas specifically for the carbon content they contained, rather than simply for the area covered by trees.
Using this software, one can analyze forest conditions in the northeastern United States with respect to water, wildlife, timber production, visual quality, and general ecological goals.
We then discuss how the theory-driven and evidence-based behavioral models in combination with forest owner and forest management insights can be used to analyze forest management behavior and responsiveness to policy and socioeconomic developments.
We analyze forest product harvesting data as well as social, ecological, and institutional data from pre- and post-decentralization across 56 forests and 174 community groups in four countries.
They have been successfully applied to analyze forest succession, tree species composition and biomass (e.g., Fischer et al. 2016).
ABM has been reported to analyze forest fires, spread of epidemics, visual surveillance amongst other critical scenarios (Niazi and Hussain 2013).
Understanding forest succession is required when designing management strategies, analyzing forest functioning, and forecasting the effects of changes in disturbance regime of forests.
In this study we analyzed forest degradation and deforestation trends in Chitwan district in Nepal, which contains key habitat elements for wildlife in the region.
We analyzed forest structural complexity based on a comprehensive set of variables derived from nationally available, area-wide remote sensing, particularly LiDAR data.
This study analyzed forest dynamics and spatial temporal changes in land use/land cover pattern in a sub-temperate like alluvial forest land with 1778 km2 area along the Eagan Sea coast of Turkey (İnegöl).
Here we present the novel integration of two recent approaches for analyzing forest structural connectivity that offers considerable synergies and potential relevant benefits for forest planning at a variety of scales.
