Exact(3)
The pollen records suggest a quick decrease in the forest cover ca. 3000 2450 cal.
Pareta (2014) reported a decrease in the forest cover by 54.95 km2 and an increase in cropland by 1.66 km2 in Baddi town of district Solan over 1990 2013.
The study indicated that every one percent decrease in the forest cover (all lands with tree cover of canopy density of 10% and above when projected vertically on the horizontal ground with minimum areal extent of one ha) increases turbidity, total suspended solids (TSS) and Escherichia coli by 8.41%, 4.17% and 3.91%, respectively as also decreases calcium hardness by 0.49%.
Similar(57)
Temporal land use analyses show a decrease in the evergreen forest cover from 57.31 % (1979) to 32.08 % (2013).
Temporal land use analyses (Fig. 5) show a decrease in the evergreen forest cover from 57.31 % (1979) to 32.08 % (2013).
The youngest secondary forests showed strong LAI seasonality, and the seasonality in LAI decreased in the oldest forest.
In Lake Michigan, we modeled increased phosphorus as a function of ecoregion, decrease in the proportion of forest disturbed during 1984 1999 and watershed storage, and increase in the proportion of urban land, and we modeled increased turbidity as a function of ecoregion, increase in the proportion of forest disturbed during 2000 2009, and decrease in the proportion softwood forest.
The study revealed a decrease in the area under forest and culturable blank categories and a simultaneous increase in the area under cultivation primarily due to the large scale introduction of horticultural cash crops in the state.
In the given study, the results have shown that there has been a significant decrease in the area of forest and dense vegetation from the year 1990 to 2000 by 1.69%% and from 2000 to 2009 by 5%% of the total area.
In some cases, area loss can be preceded by impoverishment, due to general decrease in the quality of the forest, or due to specific harvesting of highly prized species like Rhizophora spp, which can lead to an underestimation of the rate of disappearance of certain species.
Sinsabaugh [ 45] reviewed that responses of phenol oxidase to N enrichment can differ by the types of ecosystem determined, as it decreases its activity in the forest and increases it in grassland or agricultural system.
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