Add to ORKGMortalities of wildlife caused by collisions with vehicles along roads are increasing in prevalence, threatening the existence of various species and populations. A better understanding of how mortalities change in response to natural and anthropogenic variables and efficient methods of obtaining mortality data are essential to mitigating such mortalities. This thesis investigates several key elements to improving road mortality surveys in south Texas. First, it was found that road mortality survey counts did not change under a pandemic-related lockdown and that 2 mortality survey observers detect more mortalities than 1. Analysis of brown pelican groundings on Texas State Highway 48 showed increased groundings with higher wind speed, lower...
Assessing the causal factors underpinning the distribution and abundance of wildlife road-induced mo...
Collisions with vehicles can be a major threat to wildlife populations, so wildlife mitigation struc...
Roads can negatively impact the survival of wildlife populations through additional mortality from r...
Mortalities of wildlife caused by collisions with vehicles along roads are increasing in prevalence,...
Roads can greatly impact wildlife. Wildlife vehicle collisions contribute to population declines whi...
Roads are known to negatively impact wildlife by fragmenting habitat and mortality caused by wildlif...
Wildlife crossing structures (WCS) and roadside fencing are commonly installed to mitigate habitat f...
Movement is a key component of survival for many species, often causing wildlife to cross heavily tr...
Wildlife mortality due to vehicle collisions is detrimental to species with slower reproduction time...
A growing literature in the field of road ecology suggests that vehicle/wildlife collisions are impo...
As the global road network expands, roads pose an emerging threat to wildlife populations. One way i...
Wildlife mortality due to vehicle collisions is detrimental to species with slower reproduction time...
Background: Road mortality is probably the best-known and visible impact of roads upon wildlife. Alt...
Animal-vehicle collisions are undesirable to the general public, to drivers, to insurance providers,...
Due to wildlife mortality along roadways, wildlife managers need an efficient and effective way of s...
Assessing the causal factors underpinning the distribution and abundance of wildlife road-induced mo...
Collisions with vehicles can be a major threat to wildlife populations, so wildlife mitigation struc...
Roads can negatively impact the survival of wildlife populations through additional mortality from r...
Mortalities of wildlife caused by collisions with vehicles along roads are increasing in prevalence,...
Roads can greatly impact wildlife. Wildlife vehicle collisions contribute to population declines whi...
Roads are known to negatively impact wildlife by fragmenting habitat and mortality caused by wildlif...
Wildlife crossing structures (WCS) and roadside fencing are commonly installed to mitigate habitat f...
Movement is a key component of survival for many species, often causing wildlife to cross heavily tr...
Wildlife mortality due to vehicle collisions is detrimental to species with slower reproduction time...
A growing literature in the field of road ecology suggests that vehicle/wildlife collisions are impo...
As the global road network expands, roads pose an emerging threat to wildlife populations. One way i...
Wildlife mortality due to vehicle collisions is detrimental to species with slower reproduction time...
Background: Road mortality is probably the best-known and visible impact of roads upon wildlife. Alt...
Animal-vehicle collisions are undesirable to the general public, to drivers, to insurance providers,...
Due to wildlife mortality along roadways, wildlife managers need an efficient and effective way of s...
Assessing the causal factors underpinning the distribution and abundance of wildlife road-induced mo...
Collisions with vehicles can be a major threat to wildlife populations, so wildlife mitigation struc...
Roads can negatively impact the survival of wildlife populations through additional mortality from r...