Barker K R, Hussey R S, Yang H
J Nematol. 1975 Oct;7(4):364-8.
Growing cotton in a greenhouse with 12-h of supplemental light [8,608 lux (800 ft-c) from combination of mercury and Lucalux lamps] resulted in 2 x to > 3 x greater reproduction of Meloidogyne incognita and Belonolaimus longicaudatus as compared to natural light alone. Rate of increase of Hoplolaimus galeatus was affected little in this experiment. In a second experiment under controlled conditions in a phytotron, light source and intensity had greater influence on the reproduction of Heterodera glycines and Pratylenchus penetrans on soybean than on B. longicaudatus. Fluorescent plus incandescent and metal halide light sources resulted in the greatest nematode reproduction. Lucalux lamps resulted in much lower rates of nematode increase than other light sources. Rates of nematode increase on soybean under the different light sources in the phytotron generally were positively related to plant growth.
在温室中种植棉花，并补充12小时光照[来自汞灯和路卡士灯组合的光照强度为8608勒克斯（800英尺烛光）]，结果发现，与仅采用自然光相比，南方根结线虫和长针线虫的繁殖量增加了2倍至3倍以上。在该实验中，强壮螺旋线虫的增长速率受影响较小。在人工气候室的第二个受控条件实验中，光源和光照强度对大豆上大豆孢囊线虫和穿刺短体线虫繁殖的影响比对长针线虫的影响更大。荧光灯加白炽灯和金属卤化物光源导致线虫繁殖量最大。路卡士灯导致线虫增长速率远低于其他光源。在人工气候室中，不同光源下大豆上线虫的增长速率通常与植株生长呈正相关。
