| Quantiles |
28 |
41.18% |
|
| 2 bins |
1 |
|
(Kunkel, Atwood, Ruth, Pletscher, & Hornocker, 2013) |
| 3 bins |
1 |
|
(Carroll, Noss, & Paquet, 2001) |
| 4 bins |
7 |
|
(Beckmann, Murray, Seidler, & Berger, 2012; Clark et al., 2014; Coe et al., 2011; Hodder, Johnson, Rea, & Zedrosser, 2014; Jiang et al., 2009; Johnson et al., 2005; Loring et al., 2014) |
| 5 bins |
9 |
|
(Costello, Cain, Nielson, Servheen, & Schwartz, 2013; Doherty, Naugle, & Walker, 2010; Dzialak et al., 2013, 2012; Harju, Olson, Dzialak, Mudd, & Winstead, 2013; Lewis et al., 2011; Smith, Kirol, Beck, & Blomquist, 2014; Webb et al., 2013; White et al., n.d.) |
| 6 bins |
1 |
|
(Johnson & Gillingham, 2005) |
| 7 bins |
1 |
|
(Pigeon, Nielsen, Stenhouse, & Côté, 2014) |
| 10 bins |
7 |
|
(Dickson et al., 2014; Dzialak et al., 2013; Dzialak, Olson, Webb, Harju, & Winstead, 2015; Florkiewicz, Maraj, Hegel, & Waterreus, 2007; Northrup, Stenhouse, & Boyce, 2012; J. Polfus, Hebblewhite, & Heinemeyer, 2011; Takahata, Nishino, Kido, & Izumiyama, 2013) |
| 20 bins |
1 |
|
(Proffitt et al., 2011) |
| Equal Interval |
13 |
19.12% |
|
| 3 bins |
3 |
|
(Chimeddorj, Buuveibaatar, Onon, Munkhtogtokh, & Reading, 2013; Enari & Sakamaki–Enari, 2013; Singleton, Lehmkuhl, Gaines, & Graham, 2010) |
| 4 bins |
4 |
|
(Campos, Gatica, & Bellis, 2015; Dillard, Russell, & Ford, 2008; Miller, Jhala, Jena, & Schmitz, 2015; Pedersen, Jepsen, Yoccoz, & Fuglei, 2007) |
| 5 bins |
3 |
|
(Girard, Bork, Nielsen, & Alexander, 2013; Gottschalk, Ekschmitt, İsfendiyaroglu, Gem, & Wolters, 2007; Shanley, Pyare, & Smith, 2013) |
| 8 bins |
1 |
|
(Shanley, Kofinas, & Pyare, 2013) |
| 10 bins |
2 |
|
(Shanley & Pyare, 2011; Speed, Woodin, Tømmervik, Tamstorf, & van der Wal, 2009) |
| categorical bins w/undefined methods |
6 |
8.82% |
|
| 3 bins |
2 |
|
(Ciarniello, Boyce, Heard, & Seip, 2007; Ciarniello, Boyce, Seip, & Heard, 2009) |
| 4 bins |
1 |
|
(Erickson, McDonald, & Skinner, 1998) |
| 5 bins |
2 |
|
(Elbroch, Lendrum, Newby, Quigley, & Craighead, 2013; Roever et al., 2013) |
| 4 to 9 bins |
1 |
|
(Chetkiewicz & Boyce, 2009) |
| Standard deviations |
5 |
7.35% |
|
| 4 bins |
2 |
|
(Bleich et al., 2009; May et al., 2008) |
| 5 bins |
2 |
|
(Beerens, Gawlik, Herring, & Cook, 2011; Nielsen et al., 2004) |
| 6 bins |
1 |
|
(Montgomery, Roloff, Millspaugh, & Nylen-Nemetchek, 2014) |
| Equal Area |
4 |
5.88% |
|
| 5 bins |
1 |
|
(Matthews & Spooner, 2014) |
| 10 bins |
3 |
|
(Mark Hebblewhite, Miquelle, Murzin, Aramilev, & Pikunov, 2011; J. L. Polfus, Heinemeyer, & Hebblewhite, 2014; Roever et al., 2013) |
| Breakpoint defined by observed data |
4 |
5.88% |
|
| 4 classes defined by true positive = true negative |
1 |
|
(Kinley, Whittington, Dibb, & Newhouse, 2014) |
| Percentiles from observed data-10 |
1 |
|
(Seip et al., 2007) |
| binary based on minimum score for used home ranges |
1 |
|
(Broman, Litvaitis, Ellingwood, Tate, & Reed, 2014) |
| 4 bins based on predictive accuracy |
1 |
|
(Jędrzejewski et al., 2008) |
| 0 – 1 rescale with arbitrary bin breaks |
2 |
2.94% |
|
| 4 bins |
1 |
|
(Sakuragi et al., 2003) |
| 5 bins |
1 |
|
(Tamstorf, Aastrup, & Cuyler, 2005) |
| Geometric Mean |
3 |
4.41% |
|
| 5 bins |
1 |
|
(Masse, Tefft, & McWilliams, 2014) |
| 8 bins |
1 |
|
(Carpenter, Aldridge, & Boyce, 2010) |
| 10 bins |
1 |
|
(Aldridge, Saher, Childers, Stahlnecker, & Bowen, 2012) |
| binary cutoff |
2 |
2.94% |
|
| threshold between .4 – .6 |
1 |
|
(Oehlers et al., 2011) |
| highest 10% values = high probability |
1 |
|
(Bleich et al., 2008) |
| Total |
68 |
100% |
|
