The Where of Mineral Names: Todorokite, Todoroki Mine, Yoichi District, Shiribeshi Subprefecture, Hokkaidō Prefecture, Japan

Q4 Earth and Planetary Sciences Rocks and Minerals Pub Date : 2022-10-05 DOI:10.1080/00357529.2022.2087155
B. Cairncross
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Abstract

When it comes to aesthetic specimens, todorokite does not readily spring to mind. Even though a widespread, common mineral, it is not seen in many collections. Mindat.org lists no fewer than 465 localities. Some of these are seafloor nodules found in the Indian Ocean, Pacific Ocean, and the Red Sea, where todorokite is the “principal manganese oxide in deep sea manganese nodules” (Anthony et al. 1997, p. 569). But not all todorokite specimens are dull and unappealing. The yellow and black concretionary todorokite-birnessite specimens found on the western shore of the Chesapeake Bay, Calvert County, Maryland, are not only attractive, but they are also scientifically interesting biominerals (https://www.irocks.com/chesapeakebiominerals-hazen-article; accessed May 2022). Todorokite, together with other manganese derivatives, can be a product of fungal and bacterial activity (de la Torre and Gomez-Alarcon 1994; Burford, Kierans, and Gadd 2003; Frankel and Bazylinski 2003); it is also a component of some dendrites and rock varnish (McKeown and Post 2001). Todorokite (fig. 2), (Na,Ca,K,Ba,Sr)1-x (Mn,Mg,Al)6O12·3–4H2O, is a hydrated Figure 1. Map of Japan showing the location of the Todoroki mine on Hokkaido Island; prepared by William Besse.
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矿物名称的位置:日本北海道白里别市Yoichi区Todorokite、Todoroki矿
当谈到美学标本时,托多罗凯特并不容易浮现在脑海中。尽管它是一种分布广泛、常见的矿物,但在许多藏品中都看不到。Mindat.org列出了不少于465个地方。其中一些是在印度洋、太平洋和红海发现的海底结核,在那里,托氏锰矿是“深海锰结核中的主要氧化锰”(Anthony等人,1997年,第569页)。但并不是所有的托多尔凯特标本都是枯燥乏味的。在马里兰州卡尔弗特县切萨皮克湾西岸发现的黄色和黑色结核托多罗英质岩标本不仅很有吸引力,而且在科学上也是有趣的生物矿物(https://www.irocks.com/chesapeakebiominerals-hazen-article;2022年5月访问)。Todorokite与其他锰衍生物一起可以是真菌和细菌活性的产物(de la Torre和Gomez-Alarcon 1994;Burford、Kierans和Gadd 2003;Frankel和Bazylinski 2003);它也是一些树枝状物和岩石清漆的成分(McKeown和Post 2001)。Todorokite(图2),(Na,Ca,K,Ba,Sr)1-x(Mn,Mg,Al)6O12·3–4H2O,是水合图1。日本地图,显示北海道Todoroki矿的位置;由William Besse编写。
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来源期刊
Rocks and Minerals
Rocks and Minerals Earth and Planetary Sciences-Geology
CiteScore
0.30
自引率
0.00%
发文量
85
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