I spent most of the day at the Staten Island Museum. The Staten Island Museum has North America’s largest collection of cicadas — over 35,000 specimens!!! Most, if not all the specimens came from William T. Davis’ personal collection. Davis was a naturalist and entomologist located in Staten Island, NY, who was active in the late 1800’s and early 1900’s. Read more about the collection.
Here’s a few shots of the museum and the collection I took with my camera phone:
Part of their giant Wall of Insects:
Number 39 in that photo is Hemisciera maculipennis, aka the “stop and go cicada”. When alive the cicada’s coloring is green and red, like a traffic signal. Here is a photo of a live H. maculipennis.
Tibicen and Cicada Killer Wasps:
Tacua speciosa detail:
A giant light-up cicada outside the museum:
Just part of the Staten Island Museum’s cicada collection
Thanks to Ed Johnson, Director of Science, for showing me many of amazing specimens in the museum’s collection.
Bonus: You can download a copy of William T. Davis’ document North American Cicadas. It’s free!
It looks like there’s a new The Cicadas of Thailand book out (or coming out soon).
ISBN 978-974-480-165-4
WL Order Code 22 645
Bangkok 2011
Boulard, Michel; The Cicadas of Thailand, Vol.2. Taxonomy and Sonic Ethology White Lotus Press
This document describes several cicadas native to the Republic of Turkey, including Tibicina serhadensis, a cicada adapted to colder, mountainous, subapline-apline regions. T. serhadensis is a hairy cicada with white wings, and orange appendages — it is quite a remarkable insect.
Two relatively new cicada publications that should be worth reading:
1) Avian Predation Pressure as a Potential Driver of Periodical Cicada Cycle Length by Walter D. Koenig and Andrew M. Liebhold, The American Naturalist. This is a newly electronically published paper about what drives the long, prime-numbered lifecycle of Magicicada periodical cicadas.
Abstract:
The extraordinarily long life cycles, synchronous emergences at 13- or 17-year intervals, and complex geographic distribution of periodical cicadas (Magicicada spp.) in eastern North America are a long-standing evolutionary enigma. Although a variety of factors, including satiation of aboveground predators and avoidance of interbrood hybridization, have been hypothesized to shape the evolution of this system, no empirical support for these mechanisms has previously been reported, beyond the observation that bird predation can extirpate small, experimentally mistimed emergences. Here we show that periodical cicada emergences appear to set populations of potential avian predators on numerical trajectories that result in significantly lower potential predation pressure during the subsequent emergence. This result provides new support for the importance of predators in shaping periodical cicada life history, offers an ecological rationale for why emergences are synchronized at the observed multiyear intervals, and may explain some of the developmental plasticity observed in these unique insects.
2) The Cicadas (Hemiptera: Cicadoidea: Cicadidae) of N. America North of Mexico by Allen F. Sanborn and Maxine S. Heath. 227 pages.
A comprehensive review of the North Amerian cicada fauna that provides information on synonymies, type localities, and type material. There are 170 species and 21 subspecies found in continental N. America north of Mexico. The book has 211 figures with each species photographed in color.
I can’t wait for Sanborn’s book on Central and South America (hopefully, that will arrive within the next few years).
Update:
I’ve received Allen F. Sanborn and Maxine S. Heath’s book. It’s focus is on identifying all species of cicada fauna in North America, north of Mexico, as the title says. It also identifies species that were reported to exist in this location, but do not. The book provides maps and common attributes of each genus of cicada, and then for each species it provides photos of the holotype (and the location of the holotype), as well as a history of its taxonomy.
Want to learn more about the cicadas of Singapore?
The National University of Singapore has six PDF documents about six species of cicadas living in Singapore. Each document contains photos of cicadas, and plenty of interesting information.
1) Record Of The Cicada, Purana usnani Duffels & Schouten In Singapore, With Preliminary Acoustic Analysis by Tzi Ming Leong (Nature In Singapore 2012 5: 13—17 Date Of Publication: 17 January 2012). Link: rmbr.nus.edu.sg/nis/bulletin2012/2012nis013-017.pdf.
This document features photos of the P. usnani as well as analysis of their songs.
A video of Purana usnani singing:
2) Oviposition By The Black And Scarlet Cicada, Huechys sanguinea (De Geer, 1773) In Singapore by Tzi Ming Leong and Ali bin Ibrahim (Nature In Singapore 2011 4: 303—306 Date Of Publication: 18 October 2011). Link: rmbr.nus.edu.sg/nis/bulletin2011/2011nis303-306.pdf.
Huechys sanguinea is a small but beautiful black and red cicada. This document features photos of an H. sanguinea ovipositing (laying eggs) in a tree branch.
An image of H. sanguinea, which can be found in Singapore, Thailand and other S.E. Asian countries (and often in acrylic keychains on ebay).
3) Records Of The Cicada, Chremistica umbrosa (Distant, 1904) In Singapore, With Accounts Of Its Mass Emergence by Tzi Ming Leong, Aminurashid and Benjamin P. Y-H. Lee (Nature In Singapore 2011 4: 163—175 Date Of Publication: 15 June 2011). Link: rmbr.nus.edu.sg/nis/bulletin2011/2011nis163-175.pdf.
This document features information about distribution, emergence, bio-acoustics, communal feeding, and predation.
Here’s a video of an aggregation C. umbrosa urinating and singing:
4) Records Of The Black And Golden Cicada, Huechys fusca Distant, 1892 In Singapore, With Natural History Observations by Tzi Ming Leong, Mishak Shunari, Laurence Y. K. Leong, and Sai Khoon Foo (Nature In Singapore 2011 4: 203—211 Date Of Publication: 8 July 2011). Link: rmbr.nus.edu.sg/nis/bulletin2011/2011nis203-211.pdf.
This document features information about emergence, bio-acoustics, mating, and oviposition of Huechys fusca.
A video of Huechys fusca singing:
5) Records Of The Black And Scarlet Cicada, Huechys sanguinea (De Geer) In Singapore, With Notes On Its Emergence by Ali bin Ibrahim and T. M. Leong (Nature In Singapore 2009 2: 317—322 Date Of Publication: 5 August 2009). Link: rmbr.nus.edu.sg/nis/bulletin2009/2009nis317-322.pdf.
This document features observations of Huechys sanguinea. Huechys sanguinea is a beautiful cicada.
6) The Jade-Green Cicada, Dundubia vaginata (Fabricius, 1787) In Singapore, With Notes On Emergence, Bioacoustics, And Mating by Tzi Ming Leong, Mishak Shunari, Aminurashid and Timothy D. Harvey-Samuel (Nature In Singapore 2011 4: 193—202 Date Of Publication: 5 July 2011). Link: rmbr.nus.edu.sg/nis/bulletin2011/2011nis193-202.pdf.
This document features information about emergence, bio-acoustics, and mating of Dundubia vaginata. Dundubia are known for there huge opercula (the structures on their abdomen that cover the cicada’s tympanum (tympanum are a cicada’s ear drums).
Then there is the Blue Moon blue colored morph of Cyclochila australasiae:
Photo by David Emery
Cyclochila australasiae come in many colors, but the most common color is green. “Blue Moon” is a good nickname for these cicadas because they are rare and only found, idiomatically speaking, “once in a Blue Moon”.
So, why are some cicadas blue, when their species is typically green? Here is a quote from the paper Blue, red, and yellow insects by B. G. BENNETT, Entomology Division, DSIR, Private Bag, Auckland, New Zealand:
The colours of insects are often due to a complex mixture of pigments, some of which
are concentrated from their diet. These are carotenoids, flavonoids, and anthraquinones, and some are porphyrins made from the breakdown of plant chlorophyll. Insectoverdin is a common green pigment produced by a mixture of blue and yellow compounds. The blue is tetrapyrrole, but sometimes an anthocyanin, and the yellow is a carotenoid.
Blue + yellow = green. If the yellow is missing, you get a blue cicada. I heard that, at least in the case of the Cyclochila australasiae, the blue cicadas are typically females. Perhaps something related to genetics or behavior of the females leads to an inability to process the caroteniods ingested along with their diet (tree fluids). I’m not sure, but it’s a topic that fascinates me, so I’ll continue to look into it.
Popple’s website includes: photos, maps, range & season, habits, and recordings of the song of dozens of Australian cicadas. Very complete and well done.
Here is part 2. Jairo of Cigarras do Brasil — Brazilian Cicadas asked for our help to identify some unknown cicada species from Brazil. The following photographs feature cicadas from Brazil we want to identify. We are hoping folks in the cicada research community can help.
Note: All of these cicadas were photographed at Paraibuna, São Paulo. This town is close to the ParaÃba Valley (Vale do ParaÃba), and to São José dos Campos and Caçapava.
1) Possibly an Ariasa sp. (about 1/2 inch (1,3cm))
2) Possibly a Quesada sodalis (about 1 1/2 inch (4cm))
