Climate is among the most fundamental driving forces controlling the environment in which organisms reside (Clarke, 2017). It sets boundaries on the biological processes fundamental to their survival and reproduction, and governs the rates of processes within these boundaries. Though many ecological studies account for climate variables when explaining biological phenomena, they usually rely on data derived or modelled from weather stations, the spatial resolution of which is typically orders of magnitude larger than the organisms under study (Potter et al., 2013). Conventionally, terrestrial meteorological data are collected from networks of weather stations, with variables such as temperature and humidity recorded at c. 1.5-2 m from the ground surface in locations carefully selected

We update the knowledge on the 30 terrestrial reptile species of Socotra, an archipelago well known for its highly endemic flora and fauna. We use the records obtained during several surveys throughout all the islands of the archipelago, carried out between 2007 and 2010, as well as the bibliographic records. We recorded all the known species of terrestrial reptiles for the islands (Chamaeleo monachus, Haemodracon riebeckii, Haemodracon trachyrhinus, Hemidactylus dracaenacolus, H. granti, H. homoeolepis, H. flaviviridis, H. forbesi, H. inintellectus, H. oxyrhinus, H. robustus, H. pumilio, Pristurus abdelkuri, P. guichardi, P. obsti, P. insignoides, P. insignis, P. sokotranus, P. samhaensis, Mesalina balfouri, M. kuri, Hakaria simonyi, Trachylepis socotrana, Pachycalamus brevis, Leptotyphlops filiformis, L. macrurus, L. wilsoni, Typhlops socotranus, Ditypophis vivax, Hemerophis socotrae). We report for the first time the occurrence of Hemidactylus robustus in Samha Island. H. homoeolepis is excluded from the fauna of Abd al-Kuri Island.

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