Wheat Varieties Resistance to the Biotic Stresses Generated by Diseases – Main Factor of Agro Ecological Economy

Vasile Marius Carabat, M. Berca, R. Horoias, C. Cioineag
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Abstract

For wheat crop, in 2013-2014 a comeback of resistant strains of extremely harmful diseases such as yellow rust ( Puccinia striiformis ) and fusarium ( Fusarium spp .) was observed. By preventing the absorption of solar energy and limiting  the yield, by average, with 30-40% for the untreated pesticide version, entropy in wheat increased significantly. Entropy increase was also supported by the necessity to double the number of treatments from 1-2, to 3-4 in this special years. Currently there are no plant protection products that can control the wheat pathogens 100%. Thermodynamic biosystem reconstruction can be achieved only by obtaining and using resistant or immune varieties to the whole complex of wheat diseases. In the wheat crops in Romania, we can meet at least 13 diseases that, together or separately, may cause 15% damages even under treatment, taking into account the phenomena of resistance. Entropy on the food chain plant – animal – human or directly plant – human can also be increased by induction of mycotoxins (DON) in useful productions, which are extremely dangerous for food safety. All these have significant economical and environmental negative effects.
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小麦品种对病害生物胁迫的抗性——农业生态经济的主要因素
在小麦作物方面,2013-2014年观察到黄锈病(锈病)和镰刀病(镰刀病)等极端有害病害的抗性品系卷土重来。通过阻止吸收太阳能和限制产量,平均而言,未施用农药的小麦熵值显著增加,为30-40%。在这个特殊年份,需要将治疗次数从1-2次增加到3-4次,这也支持了熵的增加。目前还没有一种植保产品能100%控制小麦病原菌。热力学生物系统的重建只能通过获得和使用对整个小麦病害具有抗性或免疫的品种来实现。在罗马尼亚的小麦作物中,我们可以遇到至少13种病害,考虑到抗性现象,这些病害加在一起或单独,即使在处理下也可能造成15%的损害。植物-动物-人类或直接植物-人类食物链上的熵也可以通过在有用产品中诱导真菌毒素(DON)而增加,这对食品安全极为危险。所有这些都对经济和环境产生了重大的负面影响。
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