Wear cutting ability

Wear cutting abilit

Supplementary Table 1

Data from all specimens used in this study. Data include: species name, specimen number, tooth, tooth measurements (Primary and Secondary RoCs, Edge measurements, long axis length), and type of data used to generate 3D model

Angular Protrusion

Angular deviations of jaw protrusion during feeding in P. motoro over the course of 15 bites, for three different prey items

Compared cutting ability

Compared cutting abilit

Scaling of fish length

Scaling of fish lengt

Table S2 from Specialized specialists and the narrow niche fallacy: a tale of scale-feeding fishes

List of museum specimens used in this stud

Figure S1 from Specialized specialists and the narrow niche fallacy: a tale of scale-feeding fishes

Examples of measured jaw mechanic

Coarse Processing Data

Bite rate, number of bites, and prey-handling times during feeding in P. motoro for three different prey items

Supplementary Table 1 from Distribution, composition and functions of gelatinous tissues in deep-sea fishes

Specimen information for gelatinous tissue samples tested. N. kermadecensis specimens were collected by free-vehicle trap (described Jamieson et al., 2013). Other specimens were collected by trawl (Drazen et al. 2015). Capture depth in metres. Collection dates noted. Standard length (SL) and Total length (TL) presented in centimetres, mass in grams

Spatial analysis results for the central California skate assemblage.

<p>NS = not significant. N = number, WT = weight (kilograms), %FO = frequency of occurrence among hauls, CPUE = catch-per-unit-effort (#/km², kg/km²), ISA = incremental spatial autocorrelation, K = K Function, km = kilometers. Significant p-value thresholds are indicated as follows: * = <0.05, ** = <0.001. Data were collected during National Marine Fisheries Service, Northwest Fisheries Science Center and Alaska Fisheries Science Center trawl surveys (<i>n</i> = 422) conducted during 1997–2010 on the continental shelf and upper slope of central California.</p><p>Spatial analysis results for the central California skate assemblage.</p