<b>The impact of fire on a rainforest remnant dominated by </b><b><i>Nothofagus moorei</i></b><b> in eastern Austr</b>

These data relate to a study that explores the mechanisms of impact of severe fire on <i>Nothofagus moorei</i> forest, assesses species’ sensitivity to fire, and identifies fire-related challenges for conservation managers. Tree species were all severely impacted by high fire intensity but the role of regenerative traits differed between species. Canopy loss greatly increased the risks and timeframe of forest recovery. If present fire regimes persist, remnant communities of microthermal rainforest will reach a non-recoverable condition.本数据集关联一项研究，该研究旨在探明高强度火烧对摩尔假山毛榉（*Nothofagus moorei*）林的影响机制，评估各物种对火烧的敏感性，并为保护管理者明确与火烧相关的保护难题。所有乔木树种均受高强度火烧的严重影响，但不同物种的再生性状所发挥的作用存在差异。林冠丧失大幅提升了森林恢复的风险与恢复周期。若当前的火烧制度持续存在，则低温雨林的残存群落将陷入不可恢复的状态。