<story><title>Turtle visual cortex is non-retinotopic</title><url>https://blog.jordan.matelsky.com/365papers/141/</url></story><parent_chain></parent_chain><comment><author>helge9210</author><text>Colleague of mine was working on research of vision system of a spitting fish. The fish hunts by spitting water at insects sitting on the leaves above the water surface. What they found out that &amp;quot;firing solution&amp;quot; is formed in the retina and passed to the brain to initiate the spit.</text></comment>
<story><title>Turtle visual cortex is non-retinotopic</title><url>https://blog.jordan.matelsky.com/365papers/141/</url></story><parent_chain></parent_chain><comment><author>killjoywashere</author><text>My experience with turtles is confined to reef diving.&lt;p&gt;Turtles are unusual in that they are extremely tolerant of hypoxia. It may be that they have adapted to a relatively shallow network that doesn&amp;#x27;t parse much, but is pretty good at extracting the most meaningful features (oxygen&amp;#x2F;energy efficiency favored over information efficiency)&lt;p&gt;I wonder if this patterns persists for other reptiles.</text></comment>