Sentence examples for methods for forest from inspiring English sources

This article aims at filling out some of this gap of information by presenting criteria for evaluating the suitability of visualization methods for forest landscape preference research purposes and by comparing the benefits and disadvantages of different means of visualization: on-site visits, original and manipulated photographs, and virtual landscape simulators.

There are two main hurdles in using these methods for forest carbon offset projects.

We evaluate current silvicultural regeneration systems for forest management based on the gap dynamics paradigm and propose potential alternative and complementary regeneration methods for forests and tree species that are driven by large-scale disturbances.

Point-to-tree distance techniques (also known as k-tree or fixed count sampling) are a practical field sampling method for forest inventories and ecological surveys, but statistical estimation remains a problem.

Results from the analysis were summarized in the form of a decision matrix designed to provide a method for forest managers to evaluate management alternatives and tradeoffs in the context of key indicators of ecosystem services.

Conducting controlled burns in fire prone areas is an efficient and economic method for forest management, and provides relief from the incidence of high severity wild fires and the consequent damage to human property and ecosystems.

Therefore, efforts to improve the methods for mapping forest extents and forest-related carbon stocks, as well as identifying their changes, have been advancing in many parts of the world, including tropical Asia [5, 9 13].

Therefore, efforts to improve the methods for mapping forest extents and forest-related carbon stocks, as well as identifying their changes, have been advancing in many parts of the world, including tropical Asia [ 5, 9– 13].

Methods for mapping forest degradation range from simple image interpretation to highly sophisticated automated algorithms [10].

While there are well-established time-series methods for tracking forest disturbance, these have largely been developed using moderate resolution EO data.

There is high interest in seeing such initiatives to take form, but a key limitation for successful implementation of REDD+ is reliable methods for quantifying forest aboveground biomass (AGB) [2,3].