In short, it is necessary to incorporate the teaching of ecological niches and the vital forms of the species in the studies. This research shows the diversity of vital forms, taking into consideration their relative abundance, it is possible to deduce the conservation status of the plant community, and the greater or lesser distance to the climax, this distance depends on the number and abundance of the different categories of Raunquiar. In the hypothetical case of Table 1, without taking into consideration the helophytes and hydrophytes since they follow a different dynamic, the rest of the species correspond 13.3% to Mf, 15.5% to Nf, 21.1% to Ca, 12.2% to He, 6.6% to Ge, and 34.4% to Te. With these percentages, with cover data and knowing the species abundance values according to Braun-Blanquet [7] +, 1, 2, 3, 4, 5 "the degree of conservation can be established". Representing the characteristic species of the forest 28.8% and the companions constituted by camephytes and hemicryptophytes 18.8%, and assuming that the geophyte and therophyte species do not influence the plant dynamics, the forest formation would have approximately 75% of conservation.