茶叶科学
茶葉科學
다협과학
2013年
5期
457-464
,共8页
王定锋%刘丰静%李慧玲%周维%曾明森%王庆森%吴光远
王定鋒%劉豐靜%李慧玲%週維%曾明森%王慶森%吳光遠
왕정봉%류봉정%리혜령%주유%증명삼%왕경삼%오광원
蜘蛛%群落结构%发生动态%气象因子%低海拔茶园%宁德市
蜘蛛%群落結構%髮生動態%氣象因子%低海拔茶園%寧德市
지주%군락결구%발생동태%기상인자%저해발다완%저덕시
spider%community structure%occurrence dynamics%climate factors%low altitude tea plantation%Ningde city
对宁德市低海拔茶园进行定点定期调查,共采集到蜘蛛1682头,隶属于21科、39种。其中游猎型蜘蛛是最大的一个类群,有28种,占个体总数的62.49%;结网型蜘蛛是第二大类群,有10种,占个体总数的36.15%。茶园蜘蛛群落多样性、均匀度、丰富度和优势度指数随时间变化而波动,其中多样性和丰富度的波动较大,而均匀度和优势度指数波动较小。宁德低海拔茶园全年都有蜘蛛活动,沟渠豹蛛、草间钻头蛛和机敏漏斗蛛为当地优势种。整个蜘蛛群落及3种蜘蛛优势种种群密度的变化动态与气象因子的变化密切相关。通过灰色关联分析表明,极端低温对整个蜘蛛群落、草间钻头蛛和机敏漏斗蛛种群密度影响最大;极端高温对沟渠豹蛛种群密度影响最大,其次是月日照时数。
對寧德市低海拔茶園進行定點定期調查,共採集到蜘蛛1682頭,隸屬于21科、39種。其中遊獵型蜘蛛是最大的一箇類群,有28種,佔箇體總數的62.49%;結網型蜘蛛是第二大類群,有10種,佔箇體總數的36.15%。茶園蜘蛛群落多樣性、均勻度、豐富度和優勢度指數隨時間變化而波動,其中多樣性和豐富度的波動較大,而均勻度和優勢度指數波動較小。寧德低海拔茶園全年都有蜘蛛活動,溝渠豹蛛、草間鑽頭蛛和機敏漏鬥蛛為噹地優勢種。整箇蜘蛛群落及3種蜘蛛優勢種種群密度的變化動態與氣象因子的變化密切相關。通過灰色關聯分析錶明,極耑低溫對整箇蜘蛛群落、草間鑽頭蛛和機敏漏鬥蛛種群密度影響最大;極耑高溫對溝渠豹蛛種群密度影響最大,其次是月日照時數。
대저덕시저해발다완진행정점정기조사,공채집도지주1682두,대속우21과、39충。기중유작형지주시최대적일개류군,유28충,점개체총수적62.49%;결망형지주시제이대류군,유10충,점개체총수적36.15%。다완지주군락다양성、균균도、봉부도화우세도지수수시간변화이파동,기중다양성화봉부도적파동교대,이균균도화우세도지수파동교소。저덕저해발다완전년도유지주활동,구거표주、초간찬두주화궤민루두주위당지우세충。정개지주군락급3충지주우세충충군밀도적변화동태여기상인자적변화밀절상관。통과회색관련분석표명,겁단저온대정개지주군락、초간찬두주화궤민루두주충군밀도영향최대;겁단고온대구거표주충군밀도영향최대,기차시월일조시수。
Through the investigation on tea field at low altitude in Ningde City, 1 682 individual spiders belonged to 39 species of 21 families were collected and identified. Vagabundae spiders was the largest group, with 28 species and 62.49% of the total individual of spiders, and sedentariae spider was the second largest group, with 10 species and 36.15% of the total individual of spiders. The diversity index, evenness index, richness and dominance index of the spider communities in the tea field fluctuated with time went on. The fluctuations of the diversity index and richness were large, while the evenness index and dominance indices were small. Within the tea field spiders were active in the whole year, in which the three species of spiders, Pardosa laura, Hylyphantes graminicola and Agelena difficilis, were the local dominant species. The occurrence dynamics of the whole spider community and the fluctuation of the three dominant species were closely related to the changes in the climate factors. The results of analyses from the gray theory showed that lowest temperature was the most important factor in influencing the population density of the whole spider community, the species of Hylyphantes graminicola and Agelena difficilis; highest temperature was the most important factors in influencing the population densities of Pardosa laura, and the next was the sunshine hours.