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PROCEEDINGS OF THE CALIFORNIA ACADEMY OF SCIENCES 
Series 4, Volume 65, 28 Sept. 2018, No. 2 
Acknowledgments 
We are grateful to the following individuals and organizations for their generous assistance 
with this study: for information — C. Anderson, F. Archila, J. Chemnick, F. Chiang, T. Chuang, 
I. Darby shire, N. Hensold, C. Kiel, T. Quedensley, and R. Rabeler; for photographs-S. Brewer, 
D. Breedlove, J. Gonzalez, S. Serata, L. Velasquez, and J. Young; for analyzing nectar samples — 
C. Freeman; for artwork/illustrations — K. Douthit, E. Hunter, and E. del Valle; for field assistance 
— F. Archila, A. de Avila, D. Breedlove, M. Butterwick, E. Lott, J. Pascual, N. Salas, S. Salas, 
A. Sanchez, V. Steinmann, M. Veliz, and T. Wendt; for greenhouse facilities and horticultural assis¬ 
tance — San Francisco Conservatory of Flowers; and for specimen loans, on-site access, or other¬ 
wise making specimens or images available-ARIZ, BIGU, BM, BR, BRIT, C, CAS, DS, DUKE, 
EAP, ENCB, F, FCME, FLAS, G, GH, HUAP, IBUG, IEB, K, LL, LSCR, LSU, MEXU, MICH, 
MO, NLU, NY, P, PH, QMEX, RSA, SERO, TEFH, TEX, U, UC, US, W, WIS, XAL, and Z. Bioin- 
formatic work conducted in this study utilized the RMACC Summit supercomputer at University 
of Colorado, which is supported by the National Science Foundation Award (#ACI-1532235 and 
#ACI-153223 6), the University of Colorado Boulder, and Colorado State University. Daniel’s field 
studies were funded, in part, by the American Philosophical Society (Mexico; 1996 Franklin grant), 
National Geographic Society (Guatemala; Research Award 8570-08), Oceanic Society Expeditions 
(Belize), and U.S. National Science Foundation (Mexico; BSR-8609852 and DEB-0743273). Tripp 
was supported by a National Science Foundation DEB Award (#1354963). Lastly, we are most 
grateful for the rapid and careful reviews of Frank Almeda and Chris Anderson. 
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