Local spatial variables were derived from distance‐based Moran's eigenvector maps, while regional spatial variables were obtained from geographical coordinates (latitude/longitude). A database of 86 plots, randomly located in a highly diverse spot of the Mexican Neotropics, was examined it involved vegetation, environment, and spatial data. This study aims to comprehend the contribution of environmental and spatial processes influential in species composition of Quercus‐dominated forests. Quercus‐dominated forests in the Neotropics compose one of the broadest distributed ecosystems of mountainous zones whose species distribution has been explained by climate change adaptation over an abrupt physiography. Nonetheless, it was not clear if local signals were more diverse than regional signals or that lowland signals were more diverse than highland signals. Our results indicated that forests with a tropical component were more diverse than forests with Holarctic affinities. We used seven diversity metrics along with abundance estimation (Rarefaction, Pielou evenness, Shannon diversity, Hill numbers: N0, N1 and N2 and Rate of Change). They comprised highland and lowland vegetation from 0 to 3860 m asl representing local and regional signals in mangrove forest, tropical evergreen forest, tropical subdeciduous forest, pine forest, pine-oak forest and cloud forests in different regions of Mexico. Therefore, in order to discern differences in taxon diversity in tropical and temperate ecosystems during the Holocene, 15 sites with palaeoecological data retrieved from several sources (lakes, lagoons, ponds, a moraine depression and forest hollows) were studied. For the Holocene, palaeoclimatic and palaeoecological records have revealed that climate change is an essential factor involved in this diversification. These natural processes have produced dissimilarities in forest composition along the different regions of the Mexican territory. The western region is geologically linked to volcanic forcing, which in turn was responsible for mountain uplift while the east was formed by tectonic movement in a steady and gradual process allowing the development of rare taxa. * If the individual continues to be at risk of exposure to the disease, revaccination should be considered.The forests of Mexico have conclusive environmental characteristics mainly shaped by geology and climate change. Fifth dose 28 days after the first dose.Fourth dose 14 days after the first dose.Third dose 7 days after the first dose.Second dose 3 days after the first dose.Post-exposure scheme, people not vaccinated against rabies, consists of five doses of rabies vaccine. Third dose 28 days after the first dose.Ģ.Second dose 7 days after the first dose.Pre-exposure scheme, consists of three doses of rabies vaccine: It is recommended for certain international travelers, based on the occurrence of animal rabies in the destination country.ġ. Prevention of rabies in subjects exposed to risk of contamination.Vaccination is indicated in the following cases: It is characterized by acute encephalomyelitis (an aggressive response of the immune system that destroys the myelin layer of the nerves and alters its function at the level of the brain or spinal cord). Human rabies is a viral disease transmitted by the bite of an infected animal.