An experiment was conducted to determine the microhabitat preferences of two heteromyid rodents, Dipodomys ordi and Perognathus flavus. This experiment used marked seeds and the atomic absorption spectrophotometer in order to study the environment as a mosaic of microhabitats. The results of our analysis indicate that these two heteromyids are microhabitat selectors. The preferences of the rodents are, D. ordi: grass habitat 0.0%, near grass habitat 22.5%, open habitat 77.4%, and P. flavus: grass habitat 46.2%, near grass habitat 32.2%, open habitat 21.4%. The overlap between the two species is only 0.43
Three trapping grids, 225 m on a side were established in the desert of southern New Mexico. On grid...
ABSTRACT.—A series of removal experiments were performed on Dipodomys merriami, D. microps, and Pero...
In this investigation, I compiled distribution and habitat records for Chaetodipus hispidus, Dipodom...
An experiment was conducted to determine the microhabitat preferences of two heteromyid rodents, Dip...
An experiment was conducted to determine the microhabitat preferences of two heteromyid rodents, Dip...
The general conclusion of this paper is that heteromyids do not select seed sizes on the basis of th...
The general conclusion of this paper is that heteromyids do not select seed sizes on the basis of th...
The general conclusion of this paper is that heteromyids do not select seed sizes on the basis of th...
In the Eastern portion of the United States, geographically sympatric rodents Microtus pennsylvanic...
Similarities between golden mice (Ochrotomys nuttalli) and white-footed mice (Peromyscus leucopus) h...
In the Eastern portion of the United States, geographically sympatric rodents Microtus pennsylvanic...
Using fluorescent pigments, we were able to gather accurate information about the use of habitat and...
Using fluorescent pigments, we were able to gather accurate information about the use of habitat and...
Several factors influence microhabitat selection by rodents: predation risk, food distribution, vege...
Patterns of small mammal habitat selection vary according to scale, although there are discrepancies...
Three trapping grids, 225 m on a side were established in the desert of southern New Mexico. On grid...
ABSTRACT.—A series of removal experiments were performed on Dipodomys merriami, D. microps, and Pero...
In this investigation, I compiled distribution and habitat records for Chaetodipus hispidus, Dipodom...
An experiment was conducted to determine the microhabitat preferences of two heteromyid rodents, Dip...
An experiment was conducted to determine the microhabitat preferences of two heteromyid rodents, Dip...
The general conclusion of this paper is that heteromyids do not select seed sizes on the basis of th...
The general conclusion of this paper is that heteromyids do not select seed sizes on the basis of th...
The general conclusion of this paper is that heteromyids do not select seed sizes on the basis of th...
In the Eastern portion of the United States, geographically sympatric rodents Microtus pennsylvanic...
Similarities between golden mice (Ochrotomys nuttalli) and white-footed mice (Peromyscus leucopus) h...
In the Eastern portion of the United States, geographically sympatric rodents Microtus pennsylvanic...
Using fluorescent pigments, we were able to gather accurate information about the use of habitat and...
Using fluorescent pigments, we were able to gather accurate information about the use of habitat and...
Several factors influence microhabitat selection by rodents: predation risk, food distribution, vege...
Patterns of small mammal habitat selection vary according to scale, although there are discrepancies...
Three trapping grids, 225 m on a side were established in the desert of southern New Mexico. On grid...
ABSTRACT.—A series of removal experiments were performed on Dipodomys merriami, D. microps, and Pero...
In this investigation, I compiled distribution and habitat records for Chaetodipus hispidus, Dipodom...