1.
Study on population ecology of Ornithonyssus bacoti in Yunnan,China
云南省横断山区柏氏禽刺螨种群生态学研究
2.
A NEW SPECIES OF MACRONYSSUS (MESOSTIGMATA,MACRONYSSIDAE) FROM CHINA WITH REDESCRIPTION OF MACRONYSSUS RADOVSKYI
中国巨刺螨属一新种和雷氏巨刺螨的重新描述(中气门目,巨刺螨科)(英文)
3.
NOTES ON THE GENUS HIRSTIONYSSUS IN SHAANXI PROVINCE, CHINA (ACARI: HIRSTIONYSSIDAE)
陕西赫刺螨属初记(蜱螨亚纲:赫刺螨科)
4.
Ecology and Control of the Tomato Russet Mite Aculops Lycopersici (Tryon);
外来害螨番茄刺皮瘿螨的生态学及防治研究
5.
Pilmsoll's Mark
柏氏标志(载线标志)
6.
Ichoronyssus Miniopteri,A First Record of Macronyssid Mites from China
中国浆刺螨属一新记录种(中气门目:巨刺螨科)(英文)
7.
A NEW SPECIES OF STEATONYSSUS WITH KEY TO KNOWN SPECIES OF THE GENUS FROM CHINA (MESOSTIGMATA, MACRONYSSIDAE)
肪刺螨属一新种记述及中国已知种检索(中气门目,巨刺螨科)(英文)
8.
Hot water washing (at 140 degrees Fahrenheit) killed 100 percent of dust mites.
而在热水（140华氏度）中，能杀死100%的尘螨。
9.
Study on Predatory Process of Erigonidium Graminicolum to Oligonychus Perditus;
草间小黑蛛对柏小爪螨控制作用的研究
10.
Evaluation of several Dermatophagoides pteronyssinus allergen extracts for skin prick test
几种户尘螨过敏原点刺液的临床评价
11.
Biological and Ecological Characteristics of Stethorus (Allosstethorus) Parapauperculus and It s Predation Efficiency on Tetranychus Piercei;
拟小食螨瓢虫生物学及对皮氏叶螨的捕食效能研究
12.
Studies on Population Biology of Euseius Nicholsi (Ehara Et Lee) and Its Relationships with Host Plants (Acari: Phytosiidae);
尼氏真绥螨种群生物学及其与害螨寄主植物相互关系的研究
13.
Investigation of Phytoseiid Mites in Beijing and an Evaluation of the Control Ability of Neoseiulus Barkeri on Western Flower Thrips;
北京地区植绥螨调查及巴氏新小绥螨对西花蓟马控制能力研究
14.
Studies on Toxicity of Insecticides (Acaricides) to Amblyseius Barkeri and Sublethal Effects
几种杀虫（螨）剂对巴氏钝绥螨的毒力及亚致死效应研究
15.
Effects of spider mite and two substitute diets on the development and reproduction of Euseius nicholsi(Ehara et Lee)(Acari:Phytoseiidae)
叶螨及两种替代食物对尼氏真绥螨发育和繁殖的影响
16.
Mites in Houses from Fujian Province and the Toxicity of Thymol to Rhizoglyphus Echinopus;
福建房屋螨类调查及百里酚对刺足根螨的毒力实验
17.
Effects of Acaricides at Sublethal Dose on Formation and Completion of Hypopi of Rhizoglyphus echinopus
亚致死剂量杀螨剂对刺足根螨休眠体形成与解除的影响
18.
The results show that 6, 7, 6, EST isozyme bands;
结果显示格氏血厉螨、鼠颚毛厉螨和溜下盾螨的酯酶同工酶分别显带6、7、6条;