@article {48990,
	title = {The insect central complex.},
	journal = {Current Biology : CB},
	volume = {26},
	year = {2016},
	month = {2016 Jun 06},
	pages = {R453-7},
	abstract = {<p>Hordes of tourists flock to Washington, D.C. every spring to see the cherry trees blossom. Once in the city, they must find their way to the Tidal Basin where the Japanese trees grow. Fortunately, a number of visual landmarks can help them to navigate. In 1910, the United States Congress passed The Height of Buildings Act, limiting the elevation of commercial and residential structures in D.C. to 130 feet. Thus, the 555-foot-tall Washington Monument often looms large against the horizon, serving as an anchor point to help set the tourists{\textquoteright} sense of direction. Once their heading is set, they can lose sight of the monument behind buildings or groups of tall Scandinavian visitors and still use their internal compass to navigate to the Basin. This compass keeps track of their paces and turns and updates their sense of where they are and where they need to go. Yet while their heading informs their actions, it does not dictate them. Tourists who have been to D.C. in the past can, for example, use remembered views to alter their routes to avoid crowds. On an even finer scale, their leg movements also depend on their current state - they might increase the frequency and length of their strides if hunger pangs compete with their desire to see cherry blossoms, for example. The way in which these disparate cues and motivations influence exploration is a neuroscience mystery across creatures large and small.</p>
},
	keywords = {Animals, Brain, Cues, Insecta, Spatial Navigation, Vision, Ocular},
	issn = {1879-0445},
	doi = {10.1016/j.cub.2016.04.006},
	author = {Turner-Evans, Daniel B and Jayaraman, Vivek}
}
