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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Comp Biochem Physiol A Comp Physiol. 1983;74(2):395-7. doi: 10.1016/0300-9629(83)90622-9.

Ontogenetic and interspecific differences in behavior and tolerance to low oxygen concentrations are reported for four species of Ambystoma larvae. 2. These differences are related to habitat and time of breeding. 3. Tolerance prior to hatching decreased with increasing embryonic states in all species. 4. Premetamorphic larvae were more tolerant than either small larvae or metamorphic individuals. 5. Activity was high upon initial exposure to low oxygen but decreased rapidly.

据报道，四种美西螈幼虫在行为和对低氧浓度的耐受性方面存在个体发育和种间差异。2. 这些差异与栖息地和繁殖时间有关。3. 在所有物种中，孵化前的耐受性随着胚胎状态的增加而降低。4. 前变态幼虫比小幼虫或变态个体更具耐受性。5. 最初暴露于低氧环境时活动量很高，但迅速下降。

Comp Biochem Physiol A Comp Physiol. 1983;74(2):395-7. doi: 10.1016/0300-9629(83)90622-9.

Ontogenetic and interspecific differences in behavior and tolerance to low oxygen concentrations are reported for four species of Ambystoma larvae. 2. These differences are related to habitat and time of breeding. 3. Tolerance prior to hatching decreased with increasing embryonic states in all species. 4. Premetamorphic larvae were more tolerant than either small larvae or metamorphic individuals. 5. Activity was high upon initial exposure to low oxygen but decreased rapidly.

据报道，四种美西螈幼虫在行为和对低氧浓度的耐受性方面存在个体发育和种间差异。2. 这些差异与栖息地和繁殖时间有关。3. 在所有物种中，孵化前的耐受性随着胚胎状态的增加而降低。4. 前变态幼虫比小幼虫或变态个体更具耐受性。5. 最初暴露于低氧环境时活动量很高，但迅速下降。