The comprehension of the ecological structure and functions wrote by transformation of Atlantic Rainforest, understood as forest fragments involved by rising urbanization, is of basic importance in the understanding of the landscape by Environmental History and Landscape Ecology. The characteristically environmental complexity of the contemporary Geography settles the approaches convergence both epistemological as methodological in the landscape understandings, so as a patch and as a resultant of the multiscalar actions of their foundations elements: structurals and functionals ones. These elements are found under different conditions due to slope aspect – with different humidity, temperature and rainfall almost as 160 percent in the north slope. The currently study uses some parameters and environmental analysis as: phytosociology, soil phical-chemestry and litterfall production, decomposition and hydrological retention capacity in the understanding of the ecological resultants of the different orientation and topographic sites – soalheira and noruega slope. To investigate the influence of these variables on the forest productivity the litter dynamics were analyzed employing 12 littertraps randomly distributed at the sample site in Camorim basin – St. Agostinho site, and investigating the relation between pluviosity regime using rainfall data from GEORIO Metereological Station of Riocentro. The samples were collected at each 15 days for litter production and at three months for litter stock during one year. The litter production at NE aspect (Camorim Basin) was 10.733,80 kg.ha.ano-1 and greater than that found at Caçambe Basin (SW) - 9.463,88 kg.ha.ano-1, with leaf fraction greater than the others. The results suggest that the past uses - environmental legacy of the use of the coal collectors, quilombolas and traditional agriculture – and the ecological variables – slope aspects, topographic sites, precipitation, and rainforest vegetal condition etc. Despite that, the analytical limits bypass the impossibilities of landscape simplification. The science inaccuracies – common to all epistemological science areas – are written on the coevolutive approache when shows the challenges of landscape standardization and modeling. The rainforest transformation, even in the case of a well known adopted area (Camorim and Caçambe basins), were not easy to an analytical simplification as was demonstrated by the observed results.