WILDLIFE FORENSICS AND LEGAL MEDICINE IN BIODIVERSITY CRIMES

Abstract

The findings of this paper demonstrate how valuable it is to apply conservation genetics coupled with assisted reproductive technologies (ART) as a way to safeguard endangered wildlife and enhance the likelihood of their reproduction.  The simulated data repeatedly demonstrated that genetically informed breeding methods --Breeding methods that incorporate cross-population matings in particular-- do not only raise the genetic diversity massively, but also decrease the threat of inbreeding and elevate the survival of offspring in captivity and post-release.  The outcomes reveal that cryopreservation methods especially spermatozoa cells maintain their viability over a long period and can be used as genetic backup in subsequent conservations.  In cases where genetic compatibility testing informs the application of ARTs such as artificial insemination and in-vitro fertilisation, their probabilities of implantation and live birth are significant compared to their probabilities, when performed at random.  Reproduction can be enhanced even more by the monitoring of hormones and targeted treatments. Genomic analysis would as well assist in identifying the appropriate alleles that can be linked to reproductive success.  The post-release monitoring section indicated that the animals that are born under the genetically controlled program can better adapt and recover hence it has a higher chance of survival in the wild.  The combination of the above results indicates that molecular genetics and reproductive biotechnology is a robust, scientifically approved solution to conserve biodiversity.  This broad approach is not only used to reinforce the genetic background of the weak groups, but also renders them to be better suited to the environment in which they live and hence allow species recover in such a manner that it leads to ecologically reasonable and long-term stability of ecosystems.