Moore Wendy, Meyer Wallace M, Eble Jeffrey A, Franklin Kimberly, Wiens John F, Brusca Richard C
Department of Entomology, University of Arizona, Tucson, Arizona.
Arizona-Sonora Desert Museum, Tucson, Arizona.
Proc RMRS. 2013;2013:144-168.
The Arizona Sky Island Arthropod Project (ASAP) is a new multi-disciplinary research program at the University of Arizona that combines systematics, biogeography, ecology, and population genetics to study origins and patterns of arthropod diversity along elevation gradients and among mountain ranges in the Madrean Sky Island Region. Arthropods represent taxonomically and ecologically diverse organisms that drive key ecosystem processes in this mountain archipelago. Using data from museum specimens and specimens we obtain during long-term collecting and monitoring programs, ASAP will document arthropod species across Arizona's Sky Islands to address a number of fundamental questions about arthropods of this region. Baseline data will be used to determine climatic boundaries for target species, which will then be integrated with climatological models to predict future changes in arthropod communities and distributions in the wake of rapid climate change. ASAP also makes use of the natural laboratory provided by the Sky Islands to investigate ecological and genetic factors that influence diversification and patterns of community assembly. Here, we introduce the project, outline overarching goals, and describe preliminary data from the first year of sampling ground-dwelling beetles and ants in the Santa Catalina Mountains.
亚利桑那天空岛节肢动物项目(ASAP)是亚利桑那大学的一个新的多学科研究项目,该项目结合了分类学、生物地理学、生态学和种群遗传学,以研究马德雷天空岛地区沿海拔梯度以及山脉间节肢动物多样性的起源和模式。节肢动物是分类学和生态学上多样化的生物,驱动着这个山区群岛的关键生态系统过程。利用来自博物馆标本以及我们在长期采集和监测项目中获取的标本数据,ASAP将记录亚利桑那天空岛的节肢动物物种,以解决有关该地区节肢动物的一些基本问题。基线数据将用于确定目标物种的气候边界,然后与气候模型相结合,以预测在快速气候变化之后节肢动物群落和分布的未来变化。ASAP还利用天空岛提供的天然实验室,研究影响物种多样化和群落组装模式的生态和遗传因素。在此,我们介绍该项目,概述总体目标,并描述在圣卡塔利娜山脉对地面甲虫和蚂蚁进行第一年采样的初步数据。