哥伦比亚桑坦德市菠萝(Ananas comosus L.)作物中的类化合物取样方法

Q4 Agricultural and Biological Sciences
Jose M. Montes-Rodríguez, Juan Felipe Ossa-Yepes
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引用次数: 0

摘要

在哥伦比亚最大的菠萝种植区之一桑坦德省Lebrija的菠萝种植地区,选择了五个农场,并在种植Perolera和杂交种MD2的头几个月对与该作物相关的共系进行了抽样。比较了两种收集方法:i)破坏性方法,在根部周围检查土壤,以及ii)诱饵诱捕法,将土豆片与土壤混合。这两种方法在五个双月采样的同一地块上实施。此外,还估计了根系损伤的百分比,定义为由于同类群引起的损伤而出现分叉的根系的百分比。所有的共生体都被鉴定为Hanseniella sp.。基于地下马铃薯诱饵陷阱的共生体采样需要更少的样本来估计种群密度,并且是根系损伤的预测因子,而破坏性采样则不是。因此,陷阱采样可能是监测和管理菠萝上的共病的有用工具。丰度与土壤水分有关,而与土壤pH无关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sampling methods of symphylids in pineapple (Ananas comosus L.) crops in Santander, Colombia
In the pineapple growing region of Lebrija, Santander, one of the largest such regions in Colombia, five farms were selected, and a sampling of symphylids associated with this crop was carried out in the first months of cultivation in the variety Perolera and hybrid MD2. Two collecting methods were compared: i) the destructive method, with soil inspection around the roots, and ii) the bait-trap method with pieces of potato mixed with soil. These two methods were implemented in the same plots during five bimonthly samplings. Additionally, the percentage of root damage was estimated, defined as the percentage of roots that show bifurcation due to the damage caused by symphylids. All symphylids were identified as Hanseniella sp. Sampling of symphylids based on underground potato bait traps requires fewer samples to estimate population density and is a predictor of root  damage while destructive sampling is not. Consequently, trap sampling could be a useful tool for monitoring and managing symphylids on pineapple. The abundance was related to soil moisture, and not to soil pH.
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来源期刊
Agronomia Colombiana
Agronomia Colombiana Agricultural and Biological Sciences-Agronomy and Crop Science
CiteScore
1.00
自引率
0.00%
发文量
9
审稿时长
25 weeks
期刊介绍: Agronomia Colombiana journal it is intended to transfer research results in different areas of tropical agronomy. Original unpublished papers are therefore accepted in the following areas: physiology, crop nutrition and fertilization, genetics and plant breeding, entomology, phytopathology, integrated crop protection, agro ecology, weed science, environmental management, geomatics, biometry, soils, water and irrigation, agroclimatology and climate change, post-harvest and agricultural industrialization, food technology, rural and agricultural entrepreneurial development, agrarian economy, and agricultural marketing (Published: Quarterly).
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