In southeast Anatolia, there are number of tectonomagmatic units in the Kahramanmaras¸-Malatya-Elazıg˘region that are important in understanding the geological evolution of the southeast Anatolian orogenic belt during the Late Cretaceous. These are (a) metamorphic massifs, (b) ophiolites, (c) ophiolite-related metamorphics and (d) granitoids. The granitoids (i.e. Go¨ksun-Afs¸in in Kahramanmaras¸, Dog˘ans¸ehir in Malatya and Baskil in Elazıg˘) intrude all the former units in a NE-SW trending direction. The granitoid in Go¨ksun-Afs¸in (Kahramanmaras¸) region is mainly composed of granodioritic and granitic in composition. The granodiorite contains a number of amphibole-bearing mafic microgranular enclaves of different sizes, whereas the granite is intruded by numerous aplitic dikes. The granitoid rocks have typical calcalkaline geochemical features. The REE-and Ocean ridge granite-normalized multi-element patterns and tectonomagmatic discrimination diagrams, as well as biotite geochemistry suggest that the granitoids were formed in a volcanic arc setting. The K-Ar geochronology of the granitoid rocks yielded ages ranging from 85.76±3.17 to 77.49±1.91 Ma. The field, geochemical and geochronological data suggest the following Late Cretaceous tectonomagmatic scenario for southeast Anatolia. The ophiolites were formed in a suprasubduction zone tectonic setting whereas the ophiolite-related metamorphic rocks formed either during the initiation of intraoceanic subduction or late-thrusting ($90 Ma). These units were then overthrust by the Malatya-Keban platform during the progressive elimination of the southern Neotethys. Thrusting of the Malatya-Keban platform over the ophiolites and related metamorphic rocks was followed by the intrusion of the granitoids (88-85 Ma) along the Tauride active continental margin in the southern Neotethys.