Tools: Search IntChron OxCal Schema

IntChron > ref > sampson1967ezs

Data

Export as

csv

txt

json

oxcal

Open as

json

oxcal

Records

ZYF

environment: Grassland Biome
site_context: rock shelter
site: Zaayfontein
country: South Africa
region: Northern Cape
latitude: -30.63330078125
longitude: 25.5
record: ZYF
site_type: Archaeological

Data series

ZYF_Radiocarbon

series: ZYF_Radiocarbon
series_type: R_Dates
parameter_list: ~z,~z_range,r_technique,period,sub_period,context,sub_context,notes

	t	t_sigma	labcode	sample	qual	r_date	r_date_sigma	material	taxon	d13C	r_technique	period	sub_period	context	sub_context	notes
	-2385.59	257.68	GX-1294	GX-1294		3935	180	charcoal			conventional 14C			Level 10
	1315.18	56.1778	Gx-666	Gx-666		730	75	charcoal			conventional 14C			Level 7
	1594.98	77.8021	Pta-3392	Pta-3392		320	50	plant remains			conventional 14C			Excavated		fibre temper
	1052.78	70.2446	Pta-3393	Pta-3393		1050	60	plant remains			conventional 14C			Base of ceramicSequence		fibre temper
	1538.15	90.6591	SR-133	SR-133		430	95	charcoal			conventional 14C			Level 6
	-1511.37	147.332	SR-160	SR-160		3270	115	charcoal			conventional 14C			Level 10

data_url: https://intchron.org/public.php?record=sadb/ZYF

Publications

Export as

bibtex

Bollong, C., Vogel, J., Jacobson, L., van der Westhuizen, W. and Sampson, C. (1993) Direct Dating and Identity of Fibre Temper in Pre-Contact Bushman (Basarwa) Pottery. Journal of Archaeological Science, 20(1), pp.41-55. doi:10.1006/jasc.1993.1003 data publication
Sampson, C.G. (1967) Excavations at Zaayfontein Shelter Norvalspont, Northern Cape : chronology. Researches of the National Museum, 2, p.55. data
Sampson, C.G. (1970) Smithfield Industrial Complex: further field results.. In National Museum Memoir 5 Bloemfontein: National Museum... data

Compilation

by: IntChron
url: https://intchron.org
updated: 2024-10-22T22:47:24+01:00
retrieved: 2024-10-22T22:47:24+01:00

schema: https://intchron.org/schema
data_url: http://intchron.org/public.php?ref=sampson1967ezs

Site designed by: Christopher Bronk Ramsey, University of Oxford