Complex rodent communities occupy the western United States. These communities are susceptible to the exotic disease, plague, that has become enzootic in the region since 1899. Weather conditions, the susceptibility of rodent species to plague, population dynamics, and the intra-specific interactions between populations of mammals and their flea associates all contribute to the periodic outbreaks of plague. Understanding these ecological relationships allows managers to generate predictions and to intervene in plague situations so as to reduce the negative effects on ecosystems and to reduce the risk of plague to humans
During the first quarter of the 20th century massive rat-borne plague epidemics occurred in port cit...
The status of our knowledge of the roles of various sylvatic rodents in plague ecology in California...
Plague is caused by a bacterial pathogen (Yersinia pestis) that can infect a wide range of mammal sp...
Complex rodent communities occupy the western United States. These communities are susceptible to th...
The status of our knowledge of the roles of various sylvatic rodents in plague ecology in California...
Plague in NaturePlague occurs naturally in the western U.S., especially in the semi-arid grasslands ...
Predators play important roles in the ecology, epidemiology, and surveillance of plague in the Unite...
Fluctuations in rodent population densities in North America are a reality. Our understanding of the...
Rodent populations - particularly those that live in close proximity to man - constitute a perennial...
Plague is an endemic disease among field rodents in the southwestern United States. Epizootic outbre...
Plague persists as an enzootic in several very different rodent–flea communities around the world. I...
The ecology of plague relies on the intermixing (commingling) of animal hosts and their ectoparasite...
Plague has been established in the western United States (US) since 1900 following the West Coast in...
After several pandemics over the last two millennia, the wildlife reservoirs of plague (Yersinia pes...
Bubonic plague was first found in Los Angeles County in 1908. The largest epidemic of pneumonic plag...
During the first quarter of the 20th century massive rat-borne plague epidemics occurred in port cit...
The status of our knowledge of the roles of various sylvatic rodents in plague ecology in California...
Plague is caused by a bacterial pathogen (Yersinia pestis) that can infect a wide range of mammal sp...
Complex rodent communities occupy the western United States. These communities are susceptible to th...
The status of our knowledge of the roles of various sylvatic rodents in plague ecology in California...
Plague in NaturePlague occurs naturally in the western U.S., especially in the semi-arid grasslands ...
Predators play important roles in the ecology, epidemiology, and surveillance of plague in the Unite...
Fluctuations in rodent population densities in North America are a reality. Our understanding of the...
Rodent populations - particularly those that live in close proximity to man - constitute a perennial...
Plague is an endemic disease among field rodents in the southwestern United States. Epizootic outbre...
Plague persists as an enzootic in several very different rodent–flea communities around the world. I...
The ecology of plague relies on the intermixing (commingling) of animal hosts and their ectoparasite...
Plague has been established in the western United States (US) since 1900 following the West Coast in...
After several pandemics over the last two millennia, the wildlife reservoirs of plague (Yersinia pes...
Bubonic plague was first found in Los Angeles County in 1908. The largest epidemic of pneumonic plag...
During the first quarter of the 20th century massive rat-borne plague epidemics occurred in port cit...
The status of our knowledge of the roles of various sylvatic rodents in plague ecology in California...
Plague is caused by a bacterial pathogen (Yersinia pestis) that can infect a wide range of mammal sp...