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Biodiversity and Archeological Conservation Connected: Aragonite Shell Middens Increase Plant Diversity

机译:生物多样性与考古保护相关:文石壳中层生物增加植物多样性

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摘要

Natural and cultural heritage sites frequently have nonoverlapping or even conflicting conservation priorities, because human impacts have often resulted in local extirpations and reduced levels of native biodiversity. Over thousands of years, the predictable winter rains of northwestern Baja California have weathered calcium from the clam shells deposited by indigenous peoples in middens along the coast. The release of this calcium has changed soil properties, remediated sodic and saline soils, and resulted in a unique microhabitat that harbors plant assemblages very different from those of the surrounding matrix. Native plant biodiversity and landscape heterogeneity are significantly increased on the anthropogenic soils of these shell middens. Protection of this cultural landscape in the Anthropocene will further both archeological and biodiversity conservation in these anthropogenic footprints from the Holocene. Along these coasts, natural and cultural heritage priorities are overlapping and mutually beneficial.
机译:自然和文化遗产保护区的优先次序通常不重叠甚至冲突,因为人类的影响常常导致当地灭绝并降低了自然生物多样性的水平。数千年来,北下加利福尼亚州可预见的冬季降雨已经风化了沿海地区中部土著居民沉积的蛤壳中的钙。钙的释放改变了土壤的性质,修复了钠盐和盐渍土,并导致了一个独特的微生境,其植物群与周围的基质截然不同。在这些贝壳中部的人为土壤上,本地植物的生物多样性和景观异质性大大增加。在人类世的这些人为足迹中,人类世的这种文化景观的保护将进一步促进考古和生物多样性的保护。在这些海岸上,自然和文化遗产的优先重点是重叠的,并且互惠互利。

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