Similarities in Location-Eztquitable, Efficient and Sustainable Maize Cultivation for Energy and Fodder, as well as to the Production of Maize Grains

Amler Reinhard

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Similarities in Location-Eztquitable, Efficient and Sustainable Maize Cultivation for Energy and Fodder, as well as to the Production of Maize Grains

机译：位置适宜，高效，可持续的玉米能源和饲料栽培以及玉米籽粒生产的相似性

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In the maturation process of silage maize, the silage maize ripeness index is a valuable indicator of the phenology of maturation, stress and selection in the cultivation of maize for all purposes; it also provides summary information to characterise and quantify local maturation, cultivation and environmental conditions, the variety based on maturity, suitability for the location, as well as phenotypic stability of the performance of the variety and its resistance. The goal is to identify a selection of maize varieties out of a very narrow range that is based on technically sound information and which is exclusively suited to the efficient and sustainable cultivation in local conditions of premium environmentally stable varieties with different maturity times for all uses and which also takes into account the consequences of climate change.

机译：在青贮玉米的成熟过程中，青贮玉米的成熟度指标可作为各种用途玉米成熟期，胁迫和选择的重要指标。它还提供摘要信息，以表征和量化当地成熟度，栽培条件和环境条件，基于成熟度的品种，适合的地理位置以及该品种性能及其抗性的表型稳定性。目标是从技术上合理的信息出发，从非常窄的范围内选择玉米品种，这些玉米品种专门适合在当地条件下高效，可持续地种植具有不同成熟时间，适用于所有用途的优质环境稳定品种。这也考虑到了气候变化的后果。

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《Gesunde Pflanzen》 |2015年第3期|共9页
作者
Amler Reinhard;
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中图分类植物保护;
关键词
Silage and energy maize; Silage maize ripeness index; Reference ripeness point; Range of varieties; Stover; Grain; Milk; Fattening;

机译：青贮玉米和玉米;青贮玉米成熟度指数;参考成熟点;品种范围;秸秆;谷物;牛奶;脂肪;

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1. Similarities in Location-Eztquitable, Efficient and Sustainable Maize Cultivation for Energy and Fodder, as well as to the Production of Maize Grains [J] . Amler Reinhard Gesunde Pflanzen . 2015,第3期

机译：位置适宜，高效，可持续的玉米能源和饲料栽培以及玉米籽粒生产的相似性
2. Intercropping maize (Zea mays L.) with lablab (Lablab purpureus L.) for sustainable fodder production and quality in smallholder rural farming systems in South Africa [J] . Mthembu Bonginkosi E., Everson Terry M., Everson Colin S. Agroecology and Sustainable Food Systems . 2018,第1a5期

机译：间作玉米（Zea Mays L.）与Lablab（Lablab Purpureus L.），用于南非小农农村农业系统的可持续饲料生产和质量
3. Efficient methods of cultivation of maize for green feed production in the Russia's non-chernozem zone [J] . Altunin DA, Skorokhodova NV Кукуруза и сорго: Двухмес. науч.-произв. журн.-прил. М-ва сел. хоз-ва СССР, Центр. правл. НТО сел. хоз-ва . 2002,第5期

机译：俄罗斯非黑钙土地区高效种植玉米的绿色饲料生产方法
4. Comparison of chemical contents and in vitro nutrient digestibility of maize stalks from high oil maize with conventional or specific fodder maize [C] . G.L Yan, J.X. Wang, C.M. Cao, International Symposium on the Nutrition of Herbivores(ISNH-7); 20070917-22; Beijing(CN) . 2007

机译：高油玉米玉米秸秆与常规或特殊饲料玉米的化学成分和体外养分消化率的比较
5. Defining Genetic and Environmental Determinants of Elemental Homeostasis in Maize (Zea mays L.): A Genome-Wide Association Study of Elemental Composition of Maize Grain [D] . Kear, Philip J. 2018

机译：在玉米（Zea Mays L.）中确定元素稳态的遗传和环境决定因素：玉米晶粒元素组成的基因组 - 型缔合酶
6. Increasing the Sustainability of Maize Grain Production by Using Arbuscular Mycorrhizal Fungi Does Not Affect the Rumen of Dairy Cattle (Bos taurus) and Buffalo (Bubalus bubalis) [O] . Antonella Chiariotti, Joan E. Edwards, Gerben D. A. Hermes, 2020

机译：通过使用丛枝菌根真菌增加玉米谷物生产的可持续性不会影响奶牛（Bos Taurus）和水牛（Bubalus Bubalis）的瘤胃
7. Increasing the Sustainability of Maize Grain Production by Using Arbuscular Mycorrhizal Fungi Does Not Affect the Rumen of Dairy Cattle (Bos taurus) and Buffalo (Bubalus bubalis) [O] . Antonella Chiariotti, Joan E. Edwards, Gerben D. A. Hermes, 2020

机译：通过使用丛枝菌根真菌增加玉米谷物生产的可持续性不会影响奶牛（Bos Taurus）和水牛（Bubalus Bubalis）的瘤胃

Similarities in Location-Eztquitable, Efficient and Sustainable Maize Cultivation for Energy and Fodder, as well as to the Production of Maize Grains

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