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The Middle Pleistocene hominin fossil record is taxonomically diverse, with Homo sapiens, Homo neanderthalesis, Homo naledi, and Homo erectus, all existing at various times during this period. These species are generally...

Background: The rapid expansion of digital platforms has given rise to new linguistic practices, including algospeak, a creative strategy used by users to circumvent algorithmic moderation. Purpose: This study examine...

With the discoveries of new hominin fossils from historically well-studied as well as poorly sampled regions, and thanks to great advances in paleogenetic studies, Asian paleoanthropology has now entered a new phase of r...

Deciphering the taxonomic and evolutionary relationships among hominin fossils of the Chibanian (ca. 774–129 ka) is challenging. This difficulty stems from biological factors such as mosaic patterns of morphological ch...

The genus Homo has a moderately high degree of morphological diversity, with about fifteen species proposed. It is debatable whether there could have been several species of Homo coexisting and sharing similar ecological...

Species identification in fossils often implicitly makes use of geographic and temporal gaps in the record to help bolster arguments distinguishing one species from another.  As these gaps start to be filled, paleontolo...

Two species of the early ape Ekembo are typically recognized in the abundant fossil collections from Rusinga and Mfangano Islands: Ekembo heseloni and Ekembo nyanzae. Widespread perception that these samples represent an...

The fragmentary early Homo fossil record represents a temporally expansive and complex lineage that is morphologically and geographically diverse. This large amount of variation, which also captures the transition period...

The advance of the agricultural frontier and deforestation are leading to the loss of native forests in the Monte desert (Argentina). Recently, revegetation with native material has emerged as an option to reverse landsc...