Sentence examples for loss of canopy from inspiring English sources

Forest degradation occurs when there is a direct, human-induced decrease in carbon stocks in forests resulting from a loss of canopy cover that is insufficient to be classed as deforestation [11, 17].

Deforestation is defined by a long term loss of canopy cover and area, notably a conversion to another non-forest use, which been monitored effectively over time at multiple scales effectively for tropical forests using remote sensing technologies [8 14].

The differing results may be explained by loss of canopy cover and by reduced transpiration at the burned end where the dead roots may also potentially serve as macropores.

Management actions focused on reducing the risk of further loss of canopy forests are therefore particularly urgent.

We used both historical data and quantitative in situ observations of natural patterns of distribution and recruitment for documenting the degradation and loss of canopy habitats in the study region over the past 70 years, and their replacement by opportunistic species.

This not only suggests that hydrodynamic processes and substratum stability can play an important role in regulating the loss of canopy algae, but also demonstrates that the synergistic interactions between multiple stressors can exacerbate nonlinear responses of ecosystems to human impacts and limit their adaptive capacity [6], [11], [53].

The loss of canopy-forming algae along temperate rocky coastlines is particularly widespread, and is thought to be caused by a number of factors, including urbanization effects (such as eutrophication, sedimentation, and oil spills) and the overharvesting of sea urchin predators [48] [51].

The researchers hypothesized that young trees did not have much of a fighting chance against the erosion, soil compaction, and loss of tree canopy shelter caused by logging.

A sudden loss of bush canopy brings down the crop production to zero level (Ravichandran and Parthiban 1998a; Selvendran 1970) (refer Figs. 2 and 3).

However, this periodic pruning process creates several economic, environmental and social issues: A sudden loss of bush canopy brings down the crop production to zero level (Ravichandran and Parthiban 1998a; Selvendran 1970) (refer Figs. 2 and 3).

This provides indications that: (1) Landsat-based remote sensing observations likely miss a significant proportion of harvest activity due to partial loss, rather than full loss, of tree canopy cover; and (2) the additional C loss not identified by the remote sensing approach is spatially proximate to larger scale C losses from harvest, at least at the state scale.