气候变化背景下多布罗格亚地区向日葵和高粱作物新改良技术研究

D. Manole, V. Jinga, A. Giumba, R. Dudoiu, S. Cristea
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引用次数: 5

摘要

在过去的几年里,在Amzacea的Sport Agra,已经试验了新的向日葵和高粱作物技术,旨在面对当前的气候变化。这些针对预期作物的技术包括以下内容:改变播种期,将传统技术建议的播种期提前一个月;除草剂的应用,以控制杂草和美洲红腹蛇。先正达(Syngenta)和利马格兰(Limagrain)公司的各种杂交种种植的地块上的寄生虫;在生长期施用上一代杀菌剂,可减少作物主要病原菌的侵袭;筛选对罗马尼亚东南部地区主要有害生物——罗马尼亚斑蝽寄生虫具有良好抗性的杂交种。先正达8个,利马格兰6个,NARDI Fundulea 4个。大多数杂交种的产量都在4吨/公顷以上。对高粱作物进行了不同的试验,如:改变播种期- 4月初,以利用土壤4-5 cm深度的湿度促进发芽过程;选择早期杂交品种,以避开6月开始的干旱季节;采用适当的作物保护处理,使用苗期前和苗期后的除草剂和上一代杀虫剂。大多数高粱品种的产量均在10吨/公顷以上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Researches Regarding New and Improved Technologies for Sunflower and Sorghum Crops in the Context of Climate Changes in Dobrogea Region
Abstract At Sport Agra in Amzacea, in the last few years there have been experimented new sunflower and sorghum crop technologies designed to face the current climate changes. These technologies for the intended crops include the following elements: changing the sowing epoch with one month before the usual period recommended by classical technologies; application of herbicides in order to control both weeds and Orobanche cumana Wallr. parasite in plots cultivated with various hybrids from Syngenta and Limagrain companies; application of last generation fungicides during the vegetation period, which will reduce the attack of the main crop pathogens; screening of hybrids with good behavior towards the main pest agent of area - Orobanche cumana parasite, which cause important yield losses in the south east past of Romania. There were tested 8 hybrids from Syngenta Company, 6 hybrids from Limagrain and 4 hybrids from NARDI Fundulea. The yields obtained for most of the hybrids were over 4 t/ha. For sorghum crop, there were performed various experiments such as: changing the sowing period - beginning of April in order to benefit from the soil’s humidity at 4-5 cm depth boosting the germination process; choosing early hybrids in order to avoid the drought season which starts in June; applying adequate crop protection treatments, with pre-emergent and postemergent herbicides and last generation insecticides. The obtained production from sorghum crop were over 10 t/ha for most of the varieties tested.
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