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Cultural legacies, fire ecology, and environmental change in the Stone Country of Arnhem Land and Kakadu National Park, Australia

机译:澳大利亚阿纳姆土地石乡和卡卡杜国家公园的文化遗产,火灾生态和环境变化

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AbstractWe use the fire ecology and biogeographical patterns of Callitris intratropica, a fire-sensitive conifer, and the Asian water buffalo (Bubalus bubalis), an introduced mega-herbivore, to examine the hypothesis that the continuation of Aboriginal burning and cultural integration of buffalo contribute to greater savanna heterogeneity and diversity in central Arnhem Land (CAL) than Kakadu National Park (KNP). The ‘Stone Country’ of the Arnhem Plateau, extending from KNP to CAL, is a globally renowned social–ecological system, managed for millennia by Bininj-Kunwok Aboriginal clans. Regional species declines have been attributed to the cessation of patchy burning by Aborigines. Whereas the KNP Stone Country is a modern wilderness, managed through prescribed burning and buffalo eradication, CAL remains a stronghold for Aboriginal management where buffalo have been culturally integrated. We surveyed the plant community and the presence of buffalo tracks among intact and fire-damaged C. intratropica groves and the savanna matrix in KNP and CAL. Aerial surveys of C. intratropica grove condition were used to examine the composition of savanna vegetation across the Stone Country. The plant community in intact C. intratropica groves had higher stem counts of shrubs and small trees and higher proportions of fire-sensitive plant species than degraded groves and the savanna matrix. A higher proportion of intact C. intratropica groves in CAL therefore indicated greater gamma diversity and habitat heterogeneity than the KNP Stone Country. Interactions among buffalo, fire, and C. intratropica suggested that buffalo also contributed to these patterns. Our results suggest linkages between ecological and cultural integrity at broad spatial scales across a complex landscape. Buffalo may provide a tool for mitigating destructive fires; however, their interactions require further study. Sustainability in the Stone Country depends upon adaptive management that rehabilitates the coupling of indigenous culture, disturbance, and natural resources.
机译:摘要我们使用对火敏感的针叶树内热带Callitris intropica和引入的巨型食草动物亚洲水牛(Bubalus bubalis)的火生态学和生物地理模式,研究了原住民持续燃烧和水牛的文化整合有助于这一假设的情况。比卡卡杜国家公园(KNP)更大的阿纳姆土地(CAL)中的稀树草原异质性和多样性。阿纳姆高原的“石头之乡”,从KNP延伸到CAL,是享誉全球的社会生态系统,由Bininj-Kunwok原住民部落管理了几千年。区域物种减少归因于原住民停止了片状燃烧。 KNP石乡是一个现代化的荒野,通过规定的焚烧和水牛消灭来管理,而CAL仍然是土著管理的据点,在这里,水牛已经在文化上进行了整合。我们调查了KNP和CAL中完整的和受损的C.intratropica树林以及热带稀树草原矩阵中的植物群落和水牛径的存在。 C.intratropica树林状况的航测被用于检查整个Stone Country的热带稀树草原植被的组成。与退化的树林和热带稀树草原相比,完整的C.intratropica树林中的植物群落具有更高的灌木和小乔木茎数以及对火敏感的植物物种比例更高。因此,与KNP Stone国家相比,CAL中完整的C.intratropica树林的比例更高,表明其伽玛多样性和生境异质性更高。水牛,火和C.intratropica之间的相互作用表明水牛也促成了这些模式。我们的研究结果表明,在复杂的景观中,广泛的空间尺度上的生态和文化完整性之间存在联系。水牛城可以提供减轻破坏性大火的工具;但是,它们之间的相互作用还需要进一步研究。石国的可持续发展取决于适应性管理,这种管理可恢复土著文化,干扰和自然资源之间的耦合。

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