Caio Tavares, Fernando Xerxes Pereira
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摘要

该地区名为Seridó,位于巴西东北部七区,与该国最严重的半干旱气候条件相对应。考古证据,如排水渠道附近的遗址和描绘河船的岩石艺术,表明过去的气候条件较为温和。化石、骨骼和木炭的同位素数据记录了全新世Caatinga生物群系适应干燥和炎热气候条件的形成。现已灭绝的水生环境典型的更新世-全新世化石组合(如Hydrochoerus hydrochaeris和Tapirus terrestres)的出现、考古遗迹和放射性碳定年证实了古生态关系,并确定了深时间空间变化的位置。本文试图利用该地区最先进的古环境信息,并基于地质、考古、古生物学、古水文、洞穴学和海平面上升证据,在过去1.3万年的全球视野中预测Seridó景观的演变。
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Quaternarian Seridó
The territory known as Seridó, located in Septentrional Northeastern Brazil, corresponds to one of the most severe semi-arid climate conditions in the country. Archaeological evidence, such as sites near drainage channels and rock art depicting river boats, point to milder climatic conditions in the past. Isotopic data on speleothems, bones, and charcoal have recorded the installation, during the Holocene, of the Caatinga biome, adapted to dry and hot climatic conditions. The occurrence of now extinct Pleisto-Holocene fossiliferous associations typical of aquatic environments (e.g., Hydrochoerus hydrochaeris and Tapirus terrestres), archaeological remains, and radiocarbon dating confirm paleoecological relationships and position the changes in space in deep time. This paper attempts to make the state of the art of paleoenvironmental information about the territory and, based on geological, archaeological, paleontological, palaeohydrological, speleological, and eustatic evidence, project the evolution of the Seridó landscape in a global perspective over the last 13 thousand year.
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