Keefer T C, Puckett Robert T, Brown Ken S, Gold Roger E
Department of Entomology, Center for Urban and Structural Entomology, Texas A&M University, College Station, TX 77843-2143.
BASF Corporation, 26 Davis Dr., Research Triangle Park, NC 27709.
J Econ Entomol. 2015 Oct;108(5):2407-13. doi: 10.1093/jee/tov200. Epub 2015 Jul 6.
A field study was initiated in 2009 with 0.5% novaluron the BASF Advance Termite Bait System, which was 100% effective in controlling Reticulitermes sp. Holmgren and Coptotermes formosanus Shiraki infestations on 11 structures in the Texas City, TX area. Stations with inspection cartridges (cellulose tablets) and monitoring bases (southern yellow pine) and independent monitoring devices were installed in an alternating pattern around each structure and were inspected every 30 d postinstallation. When subterranean termite activity was confirmed on the inspection cartridge or the monitoring base, the inspection cartridge was removed and replaced with a bait cartridge containing 0.5% novaluron insecticide on a proprietary matrix (124 g/cartridge) in a station. Once the novaluron-treated bait was inserted, inspections of that station were made on a 4-mo cycle until no termite activity was observed. The mean time to achieve control of the subterranean termites on the structures was 10.5 mo post initial installation of bait. Mean time to achieve control of the termites on the structures after the baits were installed was 5.4 mo. Control of the termites on the structures required consumption of a mean of 1.3 bait cartridges (166.2 g) of 0.5% novaluron bait matrix per structure. These results indicate that the baits with 0.5% novaluron were effective in controlling termites on the structures used in this study.
2009年开展了一项实地研究,使用了巴斯夫先进白蚁诱饵系统中的0.5%诺瓦隆,该系统在德克萨斯州德克萨斯城地区的11座建筑物上对网白蚁属(Reticulitermes sp. Holmgren)和台湾乳白蚁(Coptotermes formosanus Shiraki)的侵扰控制效果达100%。在每个建筑物周围以交替模式安装了带有检查盒(纤维素片)、监测基座(南方黄松)和独立监测装置的站点,并在安装后每隔30天进行检查。当在检查盒或监测基座上确认有地下白蚁活动时,将检查盒取出,在站点中用一个装有0.5%诺瓦隆杀虫剂的诱饵盒(124克/盒)替换,该诱饵盒置于专用基质上。一旦插入经诺瓦隆处理的诱饵,对该站点的检查以4个月为周期进行,直到未观察到白蚁活动。在结构上实现对地下白蚁控制的平均时间是在最初安装诱饵后的10.5个月。在安装诱饵后,在结构上实现对白蚁控制的平均时间是5.4个月。在结构上控制白蚁平均每个结构需要消耗1.3个0.5%诺瓦隆诱饵基质的诱饵盒(166.2克)。这些结果表明,含0.5%诺瓦隆的诱饵在本研究使用的建筑物上对白蚁控制有效。