<p>(a) Diagram showing the configuration of water baths and cages for testing cage temperature and nesting material preferences. (b) Diagram depicting elements present in water bath and cage setup. The figures are reproduced with permission from Elsevier <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0032799#pone.0032799-Gaskill1" target="_blank">[5]</a>, <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0032799#pone.0032799-Gaskill2" target="_blank">[6]</a></p
<p>Enclosures were 4- meter delineations, by 1 meter wide, by .45 meters high. Each 1-meter zone was...
<p>Diagram of urchin test setup, depicting the tub divided in two, the two urchins (in black) and th...
<p>Each biotank measured 75×50×50 cm in size. A, Flowmeter; B, Control valve; C, Lantern net deploye...
<p>(A) Diagram of an enclosure with the camera trap array. (B) Diagram of the experimental design. E...
<p>The dark gray lines represent the perches. The light gray squares represent the food and water co...
<p>(A) Diagrams showing experimental design and comparisons. (B) Diagrams showing compilation of gen...
<p>Diagram showing the measurements taken from the museum specimens and used in the analyses (adapte...
<p>Diagram of the experimental enclosure and one of the four identical trays that contained stones f...
<p>The testing apparatus, consisting of a light and dark side identical in size. During the initial ...
<p>Top view (A) presents schematically the water flows (arrows) and the main elements: 1) water infl...
The three replicates were containers where water temperatures were reproduced. The containers were i...
<p>Video cameras recording each area of the tank (A); primary (B) and secondary (C) refuges; glass-w...
Diagram of the experimental set-up: (1) Accumulator tank; (2) filter; (3) magnetic flowmeter; (4) re...
<p>Experimental apparatus. 1– housing tank; 2– water-filled tank (A – shelter, B – plank, C – passag...
Diagram showing the experimental design described under the Materials and Methods section.</p
<p>Enclosures were 4- meter delineations, by 1 meter wide, by .45 meters high. Each 1-meter zone was...
<p>Diagram of urchin test setup, depicting the tub divided in two, the two urchins (in black) and th...
<p>Each biotank measured 75×50×50 cm in size. A, Flowmeter; B, Control valve; C, Lantern net deploye...
<p>(A) Diagram of an enclosure with the camera trap array. (B) Diagram of the experimental design. E...
<p>The dark gray lines represent the perches. The light gray squares represent the food and water co...
<p>(A) Diagrams showing experimental design and comparisons. (B) Diagrams showing compilation of gen...
<p>Diagram showing the measurements taken from the museum specimens and used in the analyses (adapte...
<p>Diagram of the experimental enclosure and one of the four identical trays that contained stones f...
<p>The testing apparatus, consisting of a light and dark side identical in size. During the initial ...
<p>Top view (A) presents schematically the water flows (arrows) and the main elements: 1) water infl...
The three replicates were containers where water temperatures were reproduced. The containers were i...
<p>Video cameras recording each area of the tank (A); primary (B) and secondary (C) refuges; glass-w...
Diagram of the experimental set-up: (1) Accumulator tank; (2) filter; (3) magnetic flowmeter; (4) re...
<p>Experimental apparatus. 1– housing tank; 2– water-filled tank (A – shelter, B – plank, C – passag...
Diagram showing the experimental design described under the Materials and Methods section.</p
<p>Enclosures were 4- meter delineations, by 1 meter wide, by .45 meters high. Each 1-meter zone was...
<p>Diagram of urchin test setup, depicting the tub divided in two, the two urchins (in black) and th...
<p>Each biotank measured 75×50×50 cm in size. A, Flowmeter; B, Control valve; C, Lantern net deploye...