Innes J L
Forestry Commission, Alice Holt Lodge, Wrecclesham, Farnham, Surrey, UK GU10 4LH.
Environ Pollut. 1994;83(1-2):237-43. doi: 10.1016/0269-7491(94)90038-8.
Climatic change and associated global changes are of major interest to foresters, both in terms of forest ecology and of future forest production. Predicting the likely effects of global change on forests is extremely difficult due to the critical lack of information on regional changes in meteorological factors relevant to forests. However, existing models of forest production and forest distribution fail to take adequate account of what is already known. Climate and carbon dioxide concentrations have shown substantial changes over the last 100 years. Although the rate of change is likely to increase, recent proposed and implemented control strategies, together with better climatic models, are tending to suggest that the rate of change will be less than initially thought. This means that past changes may provide an increasingly useful source of information. In particular, information on the impact on forests of both long-term climate change and short-term climatic events is rapidly increasing. Such information should be built into future forest response models.
气候变化以及相关的全球变化,无论是从森林生态还是未来森林生产的角度来看,都受到林学家的高度关注。由于严重缺乏与森林相关的气象因素区域变化信息,预测全球变化对森林可能产生的影响极其困难。然而,现有的森林生产和森林分布模型未能充分考虑已知信息。在过去的100年里,气候和二氧化碳浓度已经发生了显著变化。尽管变化速率可能会加快,但最近提出并实施的控制策略以及更好的气候模型,倾向于表明变化速率将低于最初的预期。这意味着过去的变化可能会成为越来越有用的信息来源。特别是,关于长期气候变化和短期气候事件对森林影响的信息正在迅速增加。此类信息应纳入未来的森林响应模型中。