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准确地评价蚊群密度是防制措施的组成部分。最初试图用人饵诱捕方法来测定侵袭人的蚊群数量,由于捕蚊者技术不同而使结果有差异。新泽西光诱器的使用开始克服了人为的因素。Reeves(1951)证明二氧化碳可能是引诱蚊虫进入诱阱的主要原因。后来研究表明,使用干冰作为二氧化碳的来源,可捕获更多的蚊种和蚊虫。本文是三种常用的蚊虫取样技术——叮咬率、标准的新泽西光诱器和干冰诱饵CDC光诱器的应用比较。此项研究在新泽西的西北部4个国家公园和从林内进行。1979和1980年从6月初
Accurate evaluation of mosquito population density is an integral part of control measures. Initially, attempts were made to determine the number of mosquitoes that invaded humans using bait trapping methods, with differences in results due to the technique of mosquito traps. The use of a New Jersey phototrimager began to overcome the artifact. Reeves (1951) proved that carbon dioxide may be the main reason for attracting mosquitoes into the trap. Later research showed that the use of dry ice as a source of carbon dioxide can capture more mosquito species and mosquitoes. This article is a comparison of three commonly used mosquito sampling techniques - bite rate, a standard New Jersey photo-decorator and a dry-ice decoy CDC photo-decorator. The study was conducted in four national parks in northwestern New Jersey and from within the forest. 1979 and 1980 from early June