Sentence examples for conservation I from inspiring English sources

Parameter values (L, S, and C) used for the search may be altered to obtain fragments of different size or with different levels of conservation (i.e., less conserved for phylogenies of more closely related organisms).

We suggest some guidelines for conservation: (i) large mature forest fragments should be a conservation priority; (ii) smaller fragments can be managed in order to maintain functionally linked mosaics; (iii) the matrix surrounding fragments should be managed so as to minimize edge effects and improve connectivity; and (iv) restoration actions should be taken, particularly in certain key areas.

Flow conservation (i.e., Constraint (4)).  .

This calls for policy instruments that can govern land use dynamics, simultaneously meeting demands for conservation (i.e. no net loss of biodiversity) and economic development.

In addition, traditional use for beef cattle production and non-refining systems of landscape conservation, i.e. mulching and composting, are considered.

In this paper, we investigate the impact of two different representations of water consumption eco-feedback on water conservation (i.e., gallons and associated estimated embodied energy).

Let the sums of state variables that correspond to apparent moiety conservations (i.e., lumps of state variables) be denoted by l, so that (11) l  =  M f x f.

The projection of each physical tensor on the contravariant coordinate lines can be simplified by its contravariant components with respect to its covariant basis without losing strong conservation form, i.e. f ⋅ e i = f i, j e j.

Coupled with the equations ensuring conservation of flux (I i  =  I i  + 1 +  Ĩ i  + 1), any of the fluxes can be computed.

It is becoming increasingly difficult to manage and expand statutory conservation areas (i.e., parks and formally protected areas).

Furthermore, for all t ∈ [ 0, T ), u ( t, x ) satisfies the following conservation laws: (i) Conservation of mass: ∥ u ( t ) ∥ 2 = ∥ u 0 ∥ 2.   (ii) Conservation of energy: E ( u ( t, x ) ) = E ( u 0 ).  . Conservation of mass: ∥ u ( t ) ∥ 2 = ∥ u 0 ∥ 2. Conservation of energy: E ( u ( t, x ) ) = E ( u 0 ).