Elements in Rye and Wheat at Different Times and Different Places (Review)

Anton O. Nigten
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Abstract

Grains constitute an important part of our daily food. And grains are also an important source of our daily magnesium supply. Especially wheat in the western countries. But the amount of magnesium in wheat has gone down dramatically with on average 19,6 %, as the data of Guo have shown. This has among others to do with soils, varieties and fertilizing. In this article the focus is on fertilizing. How can we change fertilizing in order to get better and healthier grains? Here is made a comparison between conventional fertilizing, and fertilizing with extra seaweed and other sea minerals, or with rock flour, or silt. The available data make clear that the type of fertilizer makes a big difference. The data on Non Protein Nitrogen (NPN) are missing because they are not available in the historical records, nor in most actual analyses. High levels of NPN (a.o. nitrate; ammonium; nitrogen dioxide) are a serious health risk. The grains with conventional fertilizing are no longer in balance. Sodium has gone down dramatically. And from trials with ryegrass we know that extra sodium helps to restore the balance between the macro elements. Calcium in most grains is low, but the balance of Ca/P in the wheat from Normandy is much higher (= better) than in the other grains. And the Ca/P on silted soils is even better than on soils fertilized with seaweed and seaminerals as in Normandy. Not only the grains and the potatoes from Normandy are more in balance, even the dung of the cows shows a somewhat healthier balance than modern cow dung. But here we can’t draw conclusions yet, because the data from different eras and places are not really comparable. With a good quality of vermicompost the balance in crops can be restored also. But here the rule is that the feeding material for the worms is decisive. Magnesium is very important for human health. The first Homo’s Sapienses are found in areas where the soil is very high in magnesium. This magnesium is erupted there bij earth mantle volcanoes. Many important food crops also originated in these magnesium rich centers of origin. But others came from fault lines which originated from colliding earth crust plates which have a granitic origin.
不同时间、不同地点黑麦和小麦中的元素(回顾)
谷物是我们日常食物的重要组成部分。谷物也是我们日常镁供应的重要来源。尤其是西方国家的小麦。但郭教授的数据显示,小麦中的镁含量急剧下降,平均下降了19.6%。这与土壤、品种和施肥等有关。本文的重点是施肥。我们如何改变施肥方式,以获得更好、更健康的谷物?这是常规施肥与额外使用海藻和其他海洋矿物质,或使用石粉或淤泥施肥之间的比较。现有的数据清楚地表明,肥料的种类有很大的不同。非蛋白氮(NPN)的数据缺失,因为在历史记录和大多数实际分析中都找不到。NPN (a.o.硝态氮)水平高;铵;二氧化氮)是严重的健康风险。常规施肥的谷物不再处于平衡状态。钠含量急剧下降。通过对黑麦草的试验,我们知道额外的钠有助于恢复宏观元素之间的平衡。大多数籽粒钙含量较低,但诺曼底小麦的钙磷平衡要比其他籽粒高得多。淤泥质土壤的钙磷比诺曼底用海藻和矿物施肥的土壤还要好。不仅诺曼底的谷物和土豆更加平衡,就连牛粪也比现代的牛粪更加健康。但在这里我们还不能得出结论,因为来自不同时代和地区的数据并没有真正的可比性。蚯蚓堆肥质量好,也能恢复作物的平衡。但这里的规律是,蠕虫的食料是决定性的。镁对人体健康非常重要。最早的智人是在土壤镁含量很高的地区发现的。这些镁是由地幔火山喷发出来的。许多重要的粮食作物也起源于这些富含镁的原产地中心。但另一些则来自于花岗岩起源的地壳板块碰撞产生的断层线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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