I study the patterns and processes of evolution in scorpions and their fascinating venoms, spiders, and whip spiders. I am particularly interested in the interactions between biota, geology, and climate that have lead to the present-day assemblage of life on Earth. I feel that by understanding the history of life on Earth, we can make better informed decisions for enabling the present-day flora and fauna to continue to adapt and evolve.
Search for Academy curators, collections managers, and research staff working to answer some of the world's most pressing scientific questions.
I am interested in the patterns and processes that generate and maintain marine biodiversity and working towards solutions for the various environmental issues that are pressing marine ecosystems.
I am currently conducting phylogeographic surveys of Indo-Pacific coral reef fishes and applying a comparative genomics approach to investigate speciation and reticulate evolution in coral reef fishes and the role of color in the diversification of this group.
My research focuses on leveraging new technologies and tools to discover, document, and understand the diversity on earth and ensure these results are available and used immediately for conservation action.
Marine mammal data collection on Bay Area beaches
Co-evolution of quill mites (Syringophilidae) and their bird hosts
Birds of Southeast Asia
Ageing & sexing passerines using molt criteria
Along with museum collections preservation, my background and interests are ethnobotanical - primarily the identification, classification, use and conservation of non-timber forest products: aromatic herbs, resins and essential oils, dyes and pigments, crude drugs, spices and fibers.
Christine is the Collections Manager for Geology and serves as the EPICC (Eastern Pacific Invertebrate Communities of the Cenozoic) project manager at CAS. Her research focuses on environmental and paleoenvironmental reconstructions of marine ecosystems utilizing microfossil assemblages, and how this data can inform future predictions for these ecosystems in the face of climate change.