Respiratory responses to hypoxia by Ambystoma tigrinum larvae, paedomorphs, and metamorphosed adults

Winterkill, Oxygen Relations, and Energy Metabolism of a Submerged Dormant Amphibian, Rana Muscosa

“…The pattern of partial conformity between V0 , and P0 , in tadpole R. muscosa when P0 , > Pc was also found in larval Ambystoma tigrinum at 23° (Heath 1976) and for larval R. berlandieri, R. pipiens, and Bufo terrestris at 22-25" (Noland and Ultsch 1981, Feder, in press).…”

Winterkill, Oxygen Relations, and Energy Metabolism of a Submerged Dormant Amphibian, Rana Muscosa

“…The pattern of partial conformity between V0 , and P0 , in tadpole R. muscosa when P0 , > Pc was also found in larval Ambystoma tigrinum at 23° (Heath 1976) and for larval R. berlandieri, R. pipiens, and Bufo terrestris at 22-25" (Noland and Ultsch 1981, Feder, in press).…”

Metabolic Scaling in Complex Living Systems

“…Ontogenetic shifts in metabolic scaling in fish have also been linked to parallel changes in respiratory SA ( [306]; for a contrasting view, see [307]). In addition, experimental manipulations of the functioning of various respiratory surfaces have revealed significant effects on the scaling of metabolic rate in amphibians [308][309][310][311] and holothurians [312], as predicted by SA theory [18].…”

Beyond the ‘3/4‐power law’: variation in the intra‐and interspecific scaling of metabolic rate in animals

“…Surgical or chemical procedures can also be used to block gas exchange in specialized respiratory organs, thus shifting all gas exchange to the skin, as in amphibians (e.g. Heath, 1976) and holothurians (Brown & Shick, 1979). Such manipulations may lead to significant changes in metabolic scaling as well (Brown & Shick, 1979).…”

Winterkill, Oxygen Relations, and Energy Metabolism of a Submerged Dormant Amphibian, Rana Muscosa

“…The pattern of partial conformity between V0 , and P0 , in tadpole R. muscosa when P0 , > Pc was also found in larval Ambystoma tigrinum at 23° (Heath 1976) and for larval R. berlandieri, R. pipiens, and Bufo terrestris at 22-25" (Noland and Ultsch 1981, Feder, in press).…”

Metabolic Scaling in Complex Living Systems

“…Ontogenetic shifts in metabolic scaling in fish have also been linked to parallel changes in respiratory SA ( [306]; for a contrasting view, see [307]). In addition, experimental manipulations of the functioning of various respiratory surfaces have revealed significant effects on the scaling of metabolic rate in amphibians [308][309][310][311] and holothurians [312], as predicted by SA theory [18].…”

Beyond the ‘3/4‐power law’: variation in the intra‐and interspecific scaling of metabolic rate in animals

“…Surgical or chemical procedures can also be used to block gas exchange in specialized respiratory organs, thus shifting all gas exchange to the skin, as in amphibians (e.g. Heath, 1976) and holothurians (Brown & Shick, 1979). Such manipulations may lead to significant changes in metabolic scaling as well (Brown & Shick, 1979).…”

Winterkill, Oxygen Relations, and Energy Metabolism of a Submerged Dormant Amphibian, Rana Muscosa

“…The pattern of partial conformity between V0 , and P0 , in tadpole R. muscosa when P0 , > Pc was also found in larval Ambystoma tigrinum at 23° (Heath 1976) and for larval R. berlandieri, R. pipiens, and Bufo terrestris at 22-25" (Noland and Ultsch 1981, Feder, in press).…”

Metabolic Scaling in Complex Living Systems

“…Ontogenetic shifts in metabolic scaling in fish have also been linked to parallel changes in respiratory SA ( [306]; for a contrasting view, see [307]). In addition, experimental manipulations of the functioning of various respiratory surfaces have revealed significant effects on the scaling of metabolic rate in amphibians [308][309][310][311] and holothurians [312], as predicted by SA theory [18].…”

Beyond the ‘3/4‐power law’: variation in the intra‐and interspecific scaling of metabolic rate in animals

“…Surgical or chemical procedures can also be used to block gas exchange in specialized respiratory organs, thus shifting all gas exchange to the skin, as in amphibians (e.g. Heath, 1976) and holothurians (Brown & Shick, 1979). Such manipulations may lead to significant changes in metabolic scaling as well (Brown & Shick, 1979).…”