PLOS ONEに掲載された論文。 https://t.co/co4vJHp259
@Event_l_Horizon Çalışmalara göre Karbonifer’de ortalama sıcaklık stabil değildi. Zaten Permiyen’de sera etkisiyle sıcaklık ortalaması pik yapıyor. Trake solunumu yapan artropodların boyutu O2 oranıyla ilgili olmalıydı (belki ilave nem oranı). Ayrıca şu ça
RT @n0rr: Can Oxygen Set Thermal Limits in an Insect and Drive Gigantism? https://t.co/cB85rIZTr7 酸素毒性が石炭紀の水生昆虫をでかくしたかも
RT @feketerigoremet: #PLOSONE: Can Oxygen Set Thermal Limits in an Insect and Drive Gigantism? https://t.co/zuv0XbZb6D
Can Oxygen Set Thermal Limits in an Insect and Drive Gigantism? https://t.co/cB85rIZTr7 酸素毒性が石炭紀の水生昆虫をでかくしたかも
there's this hypothesis that the insects that do get larger if grown at high AP(O2) are the ones with aquatic stages early in lifecycle (which is of course true for dragonflies!) https://t.co/7mRjnZZs4c https://t.co/L3umEwblM3
http://t.co/2pHc1kp メガヌウラなんて馬鹿でかいトンボは、30%の高濃度酸素の「おかげで」成虫が巨大化したのではなく、「酸素毒性を緩和する」ために幼虫が巨大化した、という主旨。酸素毒性の検討を主張してきた私としては、非常~に興味深い生物知見だ。
Can Oxygen Set Thermal Limits in an Insect and Drive Gigantism? - http://t.co/3wsAWiP