SALTBUSH LEAVES - EXCISION OF HYPERSALINE TISSUE BY A KANGAROO RAT

[11] HAWBECKER ALBERT C., 1940, JOUR MAMMAL, V21, P388, DOI 10.2307/1374873

[12] HOFFMEISTER DONALD F., 1954, ILLINOIS BIOL MONOGR, V24, P1

[13] CHLOROPLAST SPECIALIZATION IN DICOTYLEDONS POSSESSING C4-DICARBOXYLIC ACID PATHWAY OF PHOTOSYNTHETIC CO2 FIXATION [J]. AMERICAN JOURNAL OF BOTANY, 1968, 55 (08) : 875 - &

[14] AUSTRALIAN DESERT MICE - INDEPENDENCE OF EXOGENOUS WATER [J]. SCIENCE, 1967, 158 (3799) : 383 - +

[15] MAYR E, 1970, 64 TAG VERH DEUT ZOO, P322

[16] Merriam C. H., 1904, Proceedings of the Biological Society of Washington, V17

[17] ION ABSORPTION IN ATRIPLEX LEAF TISSUE .2. SECRETION OF IONS TO EPIDERMAL BLADDERS [J]. AUSTRALIAN JOURNAL OF BIOLOGICAL SCIENCES, 1969, 22 (04) : 797 - &

[18] Petter F., 1961, Mammalia Paris, V25, P1

[19] POPULATION ECOLOGY OF DESERT RODENT COMMUNITIES - HABITATS AND ENVIRONMENTAL COMPLEXITY [J]. ECOLOGY, 1969, 50 (04) : 558 - +

[20] POPULATION ECOLOGY OF DESERT RODENT COMMUNITIES - BODY SIZE AND SEED-HUSKING AS BASES FOR HETEROMYID COEXISTENCE [J]. ECOLOGY, 1970, 51 (02) : 217 - +

[11] HAWBECKER ALBERT C., 1940, JOUR MAMMAL, V21, P388, DOI 10.2307/1374873

[12] HOFFMEISTER DONALD F., 1954, ILLINOIS BIOL MONOGR, V24, P1

[13] CHLOROPLAST SPECIALIZATION IN DICOTYLEDONS POSSESSING C4-DICARBOXYLIC ACID PATHWAY OF PHOTOSYNTHETIC CO2 FIXATION [J]. AMERICAN JOURNAL OF BOTANY, 1968, 55 (08) : 875 - &

[14] AUSTRALIAN DESERT MICE - INDEPENDENCE OF EXOGENOUS WATER [J]. SCIENCE, 1967, 158 (3799) : 383 - +

[15] MAYR E, 1970, 64 TAG VERH DEUT ZOO, P322

[16] Merriam C. H., 1904, Proceedings of the Biological Society of Washington, V17

[17] ION ABSORPTION IN ATRIPLEX LEAF TISSUE .2. SECRETION OF IONS TO EPIDERMAL BLADDERS [J]. AUSTRALIAN JOURNAL OF BIOLOGICAL SCIENCES, 1969, 22 (04) : 797 - &

[18] Petter F., 1961, Mammalia Paris, V25, P1

[19] POPULATION ECOLOGY OF DESERT RODENT COMMUNITIES - HABITATS AND ENVIRONMENTAL COMPLEXITY [J]. ECOLOGY, 1969, 50 (04) : 558 - +

[20] POPULATION ECOLOGY OF DESERT RODENT COMMUNITIES - BODY SIZE AND SEED-HUSKING AS BASES FOR HETEROMYID COEXISTENCE [J]. ECOLOGY, 1970, 51 (02) : 217 - +