Table 2. Bone surface modification frequencies.

	Epiphyseal Fragments (EPI)				Mid-Shaft Fragments (MSH)
Bed	TM %	CM %	PM %	N	TM %	CM %	PM %	N
KS-1	18, 24, 18	3, 3, 3	0, 0, 0	34	8, 10, 8	2, 4, 4	9, 9, 10	96
KS-2	13, 17, 11	6, 8, 11	3, 8, 8	64	9, 16, 12	1, 3, 3	4, 5, 8	207
KS-3	9, 9, 0	0, 0, 0	0, 0, 0	11	5, 11, 2	2, 0, 0	5, 2, 14	44
Sum	14, 18, 12	5, 6, 7	2, 5, 5	109	8, 14, 10	1, 3, 3	6, 6, 9	347

Modifications detailed by long bone portion [22]–[24], bed, and analyst. Epiphyseal fragments (EPI) bear at least some of the proximal or distal articular surface. Mid-shaft fragments (MSH) are diaphyseal specimens that lack cancellous bone on medullary surfaces. Bone modifications follow the literature [17 and references therein], and include tooth marks (TM: pits, scores, furrows), cut marks (CM), and percussion marks (PM: pits, striae). Bone modification frequencies are listed by analyst: Ferraro, Pobiner, and Oliver (in order from left to right). Samples are bovid and taxonomically-indeterminate long bone specimens (i.e., humerus, radius, metacarpal, femur, tibia, metatarsal, or ‘long bone shaft fragment’), ≥2 cm in length, from body sizes 1–3 (i.e., small and medium-sized) [21], with ‘very good’ to ‘excellent’ bone surface preservation (i.e., surface conditions 4–5 [17]) and without recent or geological fractures. Data for summed body sizes, including ‘size indet’.