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Supporting dataset and methods for egg sizes, eggshell thicknesses and metal concentrations measured in the shells and contents of eggs of Capercaillies Tetrao urogallus

机译:支持蛋的大小,蛋壳厚度和金属浓度的测量数据集和方法,四面体

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The dataset presented in this data paper supports “Eggshell resorption, and embryonic mobilization and accumulation of calcium and metals in eggs of wild and captive CapercailliesTetrao urogallus” (Or?owski et?al., 2019) [1]. Here we present the supplementary data on the following: (1) egg sizes, regional eggshell thicknesses (at the equator, sharp pole and blunt pole) as well as the concentrations of two major micronutrients (Ca and Mg) and eight trace elements (Cr, Cu, Mn, Fe, Co, Cd, Pb and Zn), measured in the shells and contents of eggs of captive-bred and wild Capercaillies. (2) How the proportions of elements sequestered into eggshells become depleted during embryogenesis expressed as the %change of concentrations of various elements measured in the shells and contents of eggs at different stages of embryonic advancement (early dead embryos, late dead embryos and hatched eggs). (3) The relationships between the age of dead embryos and three regional eggshell thicknesses and concentrations of different elements measured in the shells and contents of these eggs.
机译:本数据文件中提供的数据集支持“蛋壳吸收,以及野生和圈养海产四面体四角乌拉尔蛋的胚胎中钙和金属的动员和积累”(Or?owski等,2019)[1]。在这里,我们提供有关以下方面的补充数据:(1)鸡蛋大小,区域蛋壳厚度(在赤道,尖极和钝极)以及两种主要微量营养素(Ca和Mg)和八个微量元素(Cr (Cu,Mn,Fe,Co,Cd,Pb和Zn)的含量),在圈养和野生松鼠的卵壳和卵含量中进行了测量。 (2)胚胎发育过程中螯合在蛋壳中的元素的比例如何减少,表示为在胚胎发育的不同阶段(早期死亡的胚胎,晚期死亡的胚胎和孵化的卵)在壳中测得的各种元素的浓度和卵含量的变化百分比)。 (3)死亡胚胎的年龄与三个区域蛋壳厚度和蛋壳中所含不同元素的浓度以及这些蛋的含量之间的关系。

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