The phrase "a forest to changing" is not correct and does not make sense in written English.
It seems to be an incomplete or incorrect expression, and without additional context, it is difficult to determine its intended meaning.
Example: "We need to create a forest to changing our approach to conservation."
Alternatives: "a pathway to change" or "a means to transformation".
Projecting the response of forests to changing climate requires understanding how biotic and abiotic controls on tree growth will change over time.
The objective of the study was to develop operational stand management concepts for enhancing the resilience and adaptive capacity of beech forests to changing climatic conditions, especially to summer drought, taking into account ecological and economic aspects.
Future forest management will be challenged to adjust forests to changing climatic conditions, to prevail sustainable and economic viable timber production, and to maintain and enhance forest biodiversity.
Previous studies [40] suggested age-related response of forest growth to changing abiotic conditions (increased temperature, CO2 and nitrogen deposition).
The good news is that recent decades have seen the appearance of a variety of simulation models that can make accurate predictions of forest dynamics, whether within the context of forest community ecology (e.g. [3]) or silviculture (e.g. [65]), as well as Dynamic Global Vegetation Models which in principle can predict forest responses to changing CO2 concentrations (e.g. [66]).
Previous studies [ 40] suggested age-related response of forest growth to changing abiotic conditions (increased temperature, CO2 and nitrogen deposition).
The inherent natural adaptive capacity of forest ecosystems to changing environmental conditions is limited by the long life time of trees.
A central question in the adaptability of forest tree species to changing environments is their potential for short-term genetic change resulting from differences in parental reproductive success and selection at early recruitment stages, when mortality rates are higher.
Forests have adapted to changing climatic conditions in past millennia.
The aim of this study was to elucidate vegetation patterns of a secondary hillside rainforest remnant (elevation 120 330 m, 76 ha) as an outcome of natural processes, and anthropogenic processes linked to changing forest values.
