Monthly Archives: November 2013

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Poorly camouflaged insects can kick off a cascade of ecological impacts, study finds

A California walking stick insect that has evolved to produce individuals with two distinct appearances—an all-green form that camouflages well with broader leaves and a form with a white stripe running down its back that blends better with needle-like leaves—can markedly affect its broader ecological community when the appearance of the bug is mismatched with the plant it’s living on.

The new findings, based on research carried out at the University of Colorado Boulder, illustrate the ability of rapid evolution to cause a cascade of ecological impacts.

The scientists found that a walking stick insect that is not well camouflaged is more likely to be eaten by birds, and in turn, those birds are then also more likely to feast on the spiders, caterpillars, plant hoppers, ants and other arthropods living on the same plant. The resulting overall reduction in bugs living on the plant also means that the plant itself was less likely to be attacked by sap-feeding insects.

“Our study shows that the evolution of poor camouflage in one species can affect all the other species living there and affect the plant as well,” said Tim Farkas, lead author of the study published in the journal Current Biology . “It’s intuitive, but also really surprising.”

Farkas led the study as an ecology and evolutionary biology doctoral student in Assistant Professor Patrik Nosil’s lab at CU-Boulder. Nosil and CU-Boulder doctoral student Aaron Comeault are also study co-authors. All three have since moved to the University of Sheffield in England.

Evolution is often thought of as a process that unfolds slowly over centuries if not millennia, as individuals with genetic advantages have a greater chance of surviving to pass down their genes to the next generation. A walking stick insect camouflages with a greenback ceanothus bush in southern California. The ability of the the insect, Timema cristinae , to be well camouflaged affects other insects living on the same plant. Credit: Tim Farkas

But scientists are increasingly identifying instances when evolution works on a much shorter time scale. An oft-cited example of rapid evolution is the peppered moth. The light-colored moths were historically able to camouflage themselves against lichen-covered tree bark in England. A darker variant of the moth existed but was more rare, since birds were able to easily spot the dark moth against the light trees. But during the industrial revolution, when soot blackened the trees, natural selection favored a darker variation of the moth, which began to flourish while the light-colored variant became less common.

Evolution on such a rapid scale opens up the possibility that the process could have ecological effects in the short term, impacting population sizes or changing the community makeup, for example.

Researchers have begun to compile examples of these “eco-evolutionary dynamics.” The new study offers some of the most comprehensive evidence yet that evolution can drive ecological change.

“We have combined both experimental and observational data with mathematical modeling to show that evolution causes ecological effects and that it does so under natural conditions,” Farkas said. “We also focused simultaneously on multiple evolutionary processes—including natural selection and gene flow—rather than just one, which affords us some unique insights.”

Farkas and his colleagues—including Ilkka Hanski and Tommi Mononen, both of the University of Helsinki in Finland—focused their attention on the walking stick Timema cristinae , which lives in Southern California. The flightless insect lives primarily on two shrubs: chamise, which has narrow, needle-like leaves; and greenbark ceanothus, which has broad, oval-shaped leaves. The variant of the walking sticks that have a white stripe down their backs are better camouflaged on the chamise, while the solid-green walking sticks are better camouflaged on the greenbark ceanothus.

The research team began by cataloguing the walking sticks living on the two types of shrubs in 186 research patches, and determined that the striped walking sticks were indeed more common on chamise and vice versa

In a second experiment, the researchers artificially stocked the needle-like chamise with the different variants of walking sticks. A month later, they sampled the shrubs and found that more striped walking sticks survived than un-striped walking sticks. They also found that chamise stocked with striped walking sticks were home to a greater number of arthropods as well as a greater variety of arthropods than shrubs stocked with un-striped walking sticks. Finally, there were more leaves damaged by hungry insects on chamise stocked with striped walking sticks.

The scientists surmised that the differences were caused by scrub jays and other birds that feed on walking sticks. A group of easy-to-spot walking sticks could attract birds, which might then feed on other arthropods as well. To test their idea, the researchers repeated the experiment, but in this case, they caged some of the shrubs to keep the birds from feeding. As they expected, the caged chamise stocked with un-striped walking sticks did not have the same drop in numbers as they did when the bushes were not caged.

“Studies of how rapid evolution can affect the ecology of populations, communities and ecosystems are difficult to accomplish and therefore rare,” Farkas said. “We’re hoping our research helps biologists to appreciate the extent of dynamic interplay between ecology and evolution , and that it can be used by applied scientists to combat emerging threats to biodiversity, ecosystem services, and food security.”

Explore further: Northern moths may fare better under climate warming than expected

Smithereen S-E-L-E-C-T

Smithereen S-E-L-E-C-T

Smithereen SELECT is a companywide volunteer program that began in 2011 to organize and focus Smithereen’s employees towards causes Smithereen valued. Smithereen has developed charitable opportunities for all employees with many non-profit organizations that provide various community services such as healthcare, housing, and environmental improvements in the communities we serve.

Smithereen makes customer service a business priority. The SELECT program is a training ground for not only employees to sharpen their customer service skills but also for all levels of employees to work together in partnership. These are opportunities to advance their ability to work as a team as well as to become better service leaders and improve our communities.

Whether it be building affordable housing or working in a food pantry, the Smithereen SELECT volunteer program not only helps some very worthy causes, it helps promote Smithereen’s values and culture within our organization. Check out What’s Buzzing and our Facebook page to see what our S-E-L-E-C-T team has been up to.  Below are some of our community partners.

Christmas in October                    

5 New Sugar Glider Toys … just released!

We have added 5 new toys to our order pages this week, most are forage toys, foraging behavior is a natural instinct that must be constantly satisfied for pet sugar gliders. Mentally and physically-engaged gliders are less likely to experience cage boredom and the associated negative behaviors including crabbing and depression. Choose from our selection of foraging toys to keep your glider healthy and entertained.

We recommend the toys that allow your sugar glider to search for treats, some toys spin to retrieve rewards from in compartments, and others have pull-out draws, and some are simply coconut holes that provide a natural hiding spot for treats. Foraging toys alleviate cage boredom and help prevent stress and the negative behaviors associated with it.

by: Sugar Glider Store