Sentence examples for hazard vector from inspiring English sources

(hazard vector elements in singularity and absolutely continuous cases).

The damage condition of the roads was determined by overlaying the secondary geological hazard vector obtained through image interpretation and the road vector file (Fig. 8).

Targeted pathogens include infectious diseases in animals, zoonotic diseases, food-borne hazards, vector-borne infections, and resistant pathogens and resistance genes.

The main purpose of this article is to characterize a class of bivariate continuous non-negative distributions such that the sum of the components of underlying hazard gradient vector is a linear function of its arguments.

The next characterization theorem holds for bivariate continuous distributions belonging to the class (mathcal {L}(mathbf {x};mathbf {a})) whose survival functions possess continuous first partial derivatives, and hence continuous hazard gradient vector R(x 1,x 2), in (mathcal {A} backslash L).

The hazard gradient vector R(x 1,x 2) (if exists) uniquely determines the bivariate distribution by means of line integral S_{X_{1},X_{2}}}(x_{1},x_{2}) = exp left{ - int_{mathcal{C}} mathbf{R z)} mathrm{d} textbf{z} right}, (5).

Observe that if our base relation is (11), then the LS-BLMP can be characterized by the joint survival function specified by (12), without the assumption of existence of hazard gradient vector R(x 1,x 2) as in Theorem 2. Applying the Sklar's theorem to (12), one can obtain the survival copula corresponding to the class (mathcal {L}(mathbf {x};mathbf {a})), see Pinto and Kolev (2015a).

There was disagreement on the extent to which potential benefits of improved risk assessment for pesticides could be linked to potential benefits such as reducing unsafe use of pesticides, avoiding substitution by more hazardous methods of pest control, reducing hazards from vector-borne disease and improving food availability and security.

The aim of this study was to assess which environmental conditions favour scout-tick contacts, and thus to better understand how these factors and their interactions influence the two components of risk: hazard (related to vector and host ecology) and exposure of humans to disease vectors.

If it happens that (S_{X_{1},X_{2}}(x_{1},x_{2})) is continuous, its vector hazard gradient R(x 1,x 2) is useful even when it does not exist everywhere in the interior of the set (mathcal {A}), see Marshall (1975).

Current demographic indicators of coverage for LLINs and IRS often grossly over-represent the degree of insecticidal hazard to which vector mosquitoes are exposed.