KGS--Chemical Quality Series 2--Irrigation Waters in West-central Kansas--Appendices

Kansas Geological Survey, Chemical Quality Series 2, originally published in 1975
Prev Page--Report Start

Appendix A

Chemical Quality Data

a - historical data available (Stullken et al., 1974, Keene and Pabst, 1971)
All wells reported are in the Ogallala Formation except those designated:
b - Quaternary undifferentiated
c - Quaternary undifferentiated-Ogallala Formation
d - Niobrara Chalk
e - Alluvium-Ogallala Formation

Greeley County

Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Hardness as CaCO₃		Specific Conductance (micromhos at 25°C)	SAR	pH
Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Total	Non-Carbonate	Specific Conductance (micromhos at 25°C)	SAR	pH
1	16 39W 2BDC	7/30/74	30	40	20	31	5.4	189	60	21	1.5	13		10	2	1.0	4	21	15.0	309	183	28	525	1.00	7.4
2	16 39W 18BBC	7/30/74	32	36	20	27	4.5	192	44	11.7	1.1	12		7	0	1.1	1	2	16.0	302	172	15	460	.90	7.6
3	16 39W 22DCB	7/30/74	40	44	20	31	4.6	186	60	21	1.6	13		12	2	.7	2	4	16.0	338	191	38	540	.98	7.3
4a	16 39W 25CBB	7/31/74	38	43	20	29	4.8	189	56	14	1.5	12		19	6	.9	13	4	16.0	320	191	36	495	.91	7.7
5	16 40W 6BAA	8/1/74	22	34	16	28	4.9	201	34	6.4	1.4	12	.19	3	3	.8	1	5	16.5	292	154	0	420	.98	7.2
6	16 40W 15ACC	7/30/74	37	34	19	29	4.5	189	56	10.7	1.4	12	.05	15	2	1.0	4	12	16.0	286	165	10	485	.98	7.8
7	16 40W 35BBA	7/30/74	44	45	19	30	4.7	192	76	11.8	1.3	12		12	2	.7	4	8	19.0	232	153	0	390	.60	7.7
8	16 41W 5CCC	7/30/74	27	42	11.6	17	3.9	191	26	3.8	.9	14		8	2	1.0	5	4	15.0	330	191	34	525	.94	7.8
9	16 41W 20BAD	7/30/74	38	47	21	27	4.1	183	70	23	1.0	18		12	3	1.1	19	12	16.0	336	207	57	540	.82	7.7
10	16 42W 22BCB	7/30/74	31	40	18	26	3.9	181	47	13	1.0	15		9	1	1.0	1	4	17.0	294	174	26	460	.86	7.8
11a	17 39W 6CCD	7/31/74	42	46	26	30	5.2	194	76	23	1.5	12		4	5	1.2	12	12	16.0	371	223	64	565	.87	7.7
12a	17 39W 19DBB	7/31/74	35	48	23	23	4.6	189	75	16	1.2	10	.37	5	7	1.1	14	5	16.0	315	214	59	525	.68	7.8
13a	17 39W 22ABB	7/31/74	43	52	24	32	5.0	188	101	20	1.2	12		4	6	1.1	13	4	16.0	386	230	76	580	.90	7.6
14	17 40W 4DCB	7/30/74	45	47	21	36	5.0	168	96	17	1.3	12		14	2	1.0	4	3	17.0	368	203	65	570	1.10	7.6
15a	17 40W 15CCB	7/30/74	40	51	19	31	4.2	174	80	24	1.2	14		23	2	1.1	3	11	15.0	361	206	63	570	.94	7.8
16a	17 40W 31BBA	7/30/74	30	48	14	19	4.4	185	47	7.8	.9	13		14	2	.8	3	4	16.0	288	177	25	455	.62	7.6
17a	17 42W 27CBB	7/30/74	39	163	25	63	10.6	237	292	76	.6	38	.11	16	2	1.4	9	6	14.5	818	511	317	1270	1.21	7.6
18a	18 39W 7BBD	7/30/74	30	51	17	16	3.7	181	66	10.4	1.0	14		7	1	1.0	2	0	16.0	312	198	50	455	.49	8.4
19	18 39W 23CCB	7/30/74	30	43	9.5	8	4.4	164	24	6.6	.8	17		14	2	.4	1	13	16.0	219	146	12	332	.30	8.0
20	18 40W 4CBD	7/30/74	27	46	10.3	12	3.1	187	11.0	5.2	.9	18		98	5	.7	4	73	15.0	243	158	5	385	.42	6.8

Lane County

Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Hardness as CaCO₃		Specific Conductance (micromhos at 25°C)	SAR	pH
Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Total	Non-Carbonate	Specific Conductance (micromhos at 25°C)	SAR	pH
21	16 29W 26CCD	8/1/74	52	53	21	20	5.5	227	39	17	2.3	12	.19	6	2	1.0	0	50	16.0	352	218	32	500	.59	7.6
22	16 30W 24DCC	8/1/74	48	52	21	23	5.6	216	43	19	2.3	16		14	2	1.0	0	23	16.0	356	217	40	520	.68	7.6
23	16 30W 29CDD	8/1/74	51	51	19	26	6.0	226	50	16	2.1	15		14	1	1.0	7	3	16.0	358	208	23	540	.78	6.7
24	17 27W 20CCC	8/1/74	53	55	20	21	5.4	227	42	16	2.6	14		14	2	.7	3	10	16.0	358	221	35	510	.61	7.4
25	17 27W 26CCC	8/1/74	54	56	20	20	5.5	225	40	20	2.5	16	.07	10	2	.7	2	15	17.0	357	223	38	510	.58	7.6
26	17 28W 7BBB	8/1/74	56	54	23	26	6.0	221	53	22	2.5	14		6	2	.8	8	7	16.0	373	230	49	540	.73	7.7
27	17 29W 36BAA	8/1/74	51	53	24	30	6.8	244	59	19	3.1	12		17	3	.9	3	21	15.0	392	231	31	601	.86	7.2
28	18 28W 18ACC	8/1/74	68	83	48	29	9.4	317	91	69	3.4	29	.35	13	2	1.5	4	3	15.5	590	406	146	947	.63	7.2
29	18 29W 4DAD	8/1/74	56	65	33	28	7.9	245	78	49	4.6	9	.18	8	1	1.1	7	6	18.5	471	300	99	733	.70	7.2
30	18 30W 2AAA	8/1/74	57	71	33	41	8.3	242	155	32	3.1	15		3	2	1.3	11	5	15.5	541	315	117	822	1.00	7.2

Scott County

Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Hardness as CaCO₃		Specific Conductance (micromhos at 25°C)	SAR	pH
Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Total	Non-Carbonate	Specific Conductance (micromhos at 25°C)	SAR	pH
31	16 31W 31BCB	7/30/74	55	69	25	26	6.0	207	76	42	2.3	26		7	2	1.2	3	4	16.5	425	277	107	695	.68	7.3
32	16 33W 7CCC	8/1/74	35	52	19	29	5.4	196	41	30	2.0	17	.21	8	1	1.0	1	4	16.5	343	211	50	470	.87	7.7
33a	16 33W 19CBB	8/1/74	27	42	15	30	4.9	205	39	9.6	2.0	13	.22	0	1	.9	9	2	16.0	282	168	0	450	1.01	6.7
34	16 33W 21BCC	8/1/74	34	42	16	28	5.0	208	33	9.5	2.1	13		0	1	.8	1	1	16.0	294	170	0	450	.93	6.8
35b	16 33W 25BCC	8/1/74	34	44	17	30	5.0	200	37	9.6	2.2	13		4	2	.9	2	4	15.5	314	180	16	480	.97	6.8
36	16 34W 20DBC	7/31/74	25	40	18	28	4.8	200	35	7.6	1.7	13		2	1	.6	4	3	15.5	276	173	9	380	.93	6.6
37	16 34W 22BDC	7/31/74	26	42	18	29	4.8	202	37	12	1.7	18	.08	8	1	.7	3	8	16.0	295	180	14	410	.94	6.5
38	16 34W 29CBB	7/31/74	25	43	18	29	4.9	205	47	10.4	1.7	15		13	2	.8	4	24	15.5	294	183	15	400	.93	7.2
39	16 34W 34CBB	8/1/74	32	42	16	32	5.1	208	42	11.7	2.1	15	.48	6	1	.7	6	6	15.5	300	171	1	470	1.06	7.2
40	17 31W 31BBB	7/31/74	59	80	35	34	7.9	234	114	62	2.1	32		8	2	1.7	5	4	16.0	438	347	155	830	.79	7.3
41a	17 32W 5ABB	7/30/74	56	69	21	36	6.3	237	78	31	2.2	24		54	3	1.0	6	14	16.5	431	258	64	695	.97	7.3
42	17 32W 16BBB	7/30/74	54	55	21	29	5.9	208	76	16	2.5	16	.10	8	2	1.1	4	3	16.0	388	223	52	650	.84	7.2
43	17 32W 31BCB	7/30/74	58	55	24	31	6.2	207	63	34	2.6	23		11	3	1.1	2	24	16.0	407	238	68	600	.87	6.9
44	17 32W 34CAA	7/30/74	57	53	24	31	6.2	225	66	29	2.2	14		7	2	1.1	4	3	16.0	358	234	49	575	.88	7.1
45	17 33W 7BBB	8/1/74	44	48	19	35	5.7	212	55	20	2.3	30		0	1	1.0	4	3	15.0	367	200	26	550	1.08	6.8
46	17 33W 14ACB	7/30/74	56	62	26	49	8.4	329	61	21	2.4	3	.29	22	2	1.2	6	4	17.0	438	265	0	762	1.31	7.2
47	17 33W 16ABC	7/30/74	53	58	22	39	6.8	288	63	19	2.5	6		6	2	1.0	6	5	16.5	402	235	0	722	1.11	7.2
48	17 34W 6BCB	7/31/74	26	42	15	30	4.9	209	4~2	9.9	1.7	13		17	2	.8	4	3	17.0	291	167	0	590	1.01	7.6
49a	17 34W 16ACB	7/31/74	48	58	26	38	6.4	231	92	34	1.9	18		11	2	1.4	12	4	16.0	441	257	68	643	1.05	7.4
50	17 34W 28CCB	7/31/74	52	47	25	32	6.4	202	78	21	2.1	13		20	1	1.3	12	8	17.0	385	221	55	570	.94	7.7
51	18 32W 14BBB	7/30/74	60	42	22	28	5.6	244	40	8.0	2.5	13		14	2	1.0	4	10	16.0	325	195	0	510	.87	7.2
52	18 32W 20CBB	7/30/74	60	73	40	45	8.3	238	154	46	2.2	24		24	2	1.6	5	4	16.0	471	350	155	895	1.05	7.2
53	18 33W 3CCB	7/30/74	60	44	22	30	5.6	208	54	20	2.4	15		34	2	1.1	3	12	17.0	352	201	30	762	.92	6.8
54a	18 33W 5CCC	7/31/74	52	43	21	25	5.6	207	63	13	2.1	12		2	2	1.1	0	2	17.0	338	197	27	450	.77	6.6
55	18 33W 20CCD	7/30/74	52	53	20	24	5.8	222	48	22	1.6	19		11	2	1.1	6	10	16.0	362	214	32	543	.72	7.2
56	18 34W 1CBB	7/31/74	58	58	31	34	6.9	211	108	38	2.1	22		12	5	1.4	29	6	17.0	450	275	102	730	.89	7.4
57	18 34W 25BBD	7/30/74	55	51	23	31	6.2	239	57	20	1.6	9	.08	13	2	1.3	4	7	16.0	361	223	27	605	.90	7.2
58	18 34W 30DDC	7/31/74	52	56	22	30	6.2	222	53	28	1.8	18		26	3	1.2	6	12	16.5	384	234	52	589	.85	6.8
59	18 34W 34BBC	7/31/74	43	47	22	28	6.7	239	46	19	1.2	15		4	1	1.1	7	1	18.0	360	211	15	585	.84	7.0
60d	19 31W 20BAD	8/1/74	29	86	14	28	7.6	262	47	4,5	.6	22	15	2		.6	3	8	15.0	404	272	57	687	.74	7.0
61	19 33W 15DBD	7/31/74	40	77	36	59	6.8	333	99	46	2.5	48	16	6		1.6	17	4	16.0	582	344	71	976	1.38	7.2
62C	19 33W 24ABB	7/31/74	37	125	71	107	10.8	312	483	65	2.1	15	.01	32	10	3.5	83	8	17.5	1094	607	351	1510	1.89	7.2
63c	19 33W 25DCD	8/1/74	34	94	43	53	9.4	313	192	43	2.1	23		10	3	2.0	1	24	15.5	654	413	156	1014	1.13	7.1
64c	19 33W 29CBB2	7/31/74	41	56	29	32	7.0	260	36	32	1.6	49	0.12	158	5	1.6	10	131	16.5	415	262	49	693	.86	7.0
65c	19 33W 34DCC	7/31/74	26	48	16	26	6.6	226	23	18	1.4	15		10	3	.8	7	4	16.5	297	188	3	508	.81	7.1
66c	20 31W 14CBC	8/1/74	25	112	49	66	13	298	216	88	1.4	36		21	2	3.3	0	3	14.0	789	483	239	1026	1.31	7.0
67a,c	2O 32W 7CBA	7/31/74	39	152	66	88	15	368	407	85	1.4	36	0.16	18	7	3.2	63	10	18.0	1044	653	351	1570	1.50	7.1
68	20 32W 16DAD	7/31/74	30	76	18	27	7.5	245	45	46	.7	16		16	3	.9	15	4	19.0	381	264	63	679	.72	7.0
69c	20 32W 21BBC	7/31/74	43	135	77	114	13	306	512	79	1.4	21		19	57	3.6	63	9	16.0	1208	659	408	1562	1.93	7.1
70c	20 33W 2DBB	7/31/74	28	60	20	35	7.0	251	49	34	1.4	22		16	5	1.0	21	4	15.0	382	233	27	659	1.0	7.1
71C	20 33W 1ODBC	7/31/74	31	50	16	29	6.2	222	42	24	1.3	9	0.07	11	4	.9	26	5	16.0	319	192	10	548	.91	7.2
72	20 33W 17BAB2	7/31/74	33	65	20	29	7.9	242	60	30	.8	14		14	4	1.2	15	4	16.5	383	244	46	649	.81	7.1
73c	20 33W 21ABD	7/31/74	38	81	31	30	8.8	221	133	53	1.2	16		19	4	1.5	17	11	17.0	526	332	151	814	.72	7.1
74c	20 33W 35DBA	7/31/74	35	42	17	23	5.5	212	31	13	1.6	8		33	4	.9	12	4	16.0	279	177	3	462	.75	7.3
75	20 34W 2DBC	7/30/74	29	99	20	23	9.4	271	68	46	.5	39	0.26	12	6	1.1	30	5	16.0	467	332	110	799	.55	7.1

Wallace County

Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Hardness as CaCO₃		Specific Conductance (micromhos at 25°C)	SAR	pH
Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Total	Non-Carbonate	Specific Conductance (micromhos at 25°C)	SAR	pH
76	14 39W 36BCB	7/30/74	24	34	11.1	27	4.2	189	19	4.5	1.6	12		10	1	.6	3	2	16.0	243	131	0	400	1.03	6.6
77	14 40W 23ADD	8/1/74	15	34	10.1	21	4.0	173	0	5.1	1.1	11		37	4	.7	7	0	16.0	218	127	0	360	.81	7.0
78	14 40W 29ABA	8/1/74	16	39	10.7	22	4.1	172	30	7.8	1.1	19		17	4	.7	5	4	16.0	248	142	1	410	.80	7.3
79	14 41W 22BBB	8/1/74	19	34	10.7	22	3.8	178	15	6.2	1.1	12		6	2	.6	2	7	16.0	242	130	0	360	.84	7.2
80	14 42W 2AAB	8/1/74	18	33	9.2	15	3.4	167	0	5.8	1.0	10		8	2	.6	1	10	16.0	209	121	0	320	.59	7.4
81	14 42W 14DBD	8/1/74	18	35	11.4	23	3.9	170	14	6.9	1.1	12		3	2	.6	0	7	17.0	239	135	0	390	.86	7.3
82	14 42W 22BDD	8/1/74	18	34	9.3	25	4.2	176	18	5.4	1.0	12		0	2	.6	5	4	16.0	247	124	0	370	.98	7.4
83a	14 42W 22DBA	8/1/74	16	33	9.1	25	3.9	174	29	3.3	1.0	11		9	3	.5	8	3	16.0	228	120	0	360	.99	7.4
84	14 42W 30BCA	8/1/74	22	46	15	27	5.1	193	46	17	1.0	20		2	1	.7	3	5	17.0	300	176	18	460	.89	7.3
85a	15 38W 7BBB	7/30/74	26	39	14	28	4.7	179	49	14	1.5	19		6	2	.7	0	6	16.0	284	156	9	490	.98	6.2
86	15 38W 14CCD	7/30/74	29	60	22	35	5.3	219	82	27	1.9	23	.06	16	2	1.2	1	8	16.0	420	242	62	680	.98	6.3
87	15 38W 30CCB	8/1/74	24	39	15	28	5.4	192	30	8.4	1.4	13	.26	28	2	.8	6	4	16.0	269	163	0	440	.92	7.3
88	15 38W 36CBB	7/30/74	28	37	13	24	4.4	201	35	4.9	1.8	12	.11	14	2	.9	3	8	16.0	257	147	0	410	.86	6.4
89	15 39W 2BCD	7/30/74	24	34	12	28	4.4	181	34	7.2	1.6	14		10	2	.7	4	3	16.0	246	137	0	410	1.04	6.8
90	15 39W 6CBA	8/1/74	21	31	12	25	4.4	184	64	14	1.3	49	.08	22	2	.6	2	2	17.0	279	129	0	490	.96	6.9
91	15 39W 8ACC	7/30/74	25	33	14	28	4.5	190	30	9.3	1.2	13		5	1	.6	0	1	17.0	252	141	0	420	1.03	6.8
92a	15 39W 26BBB	7/30/74	25	36	15	28	4.7	191	46	6.1	1.2	13		7	1	.7	0	2	18.0	264	152	0	430	.99	6.8
93	15 40W 7BBB	8/1/74	20	34	13	26	4.8	188	14	6.0	1.1	13		18	2	.6	12	16	16.0	260	141	1	410	.95	7.0
94	15 40W 13BAA	8/1/74	21	38	15	25	4.8	189	14	10.5	1.2	21		31	2	.7	4	21	16.0	286	156	0	440	.87	6.9
95	15 40W 30DBB	8/1/74	24	30	18	34	5.7	206	42	8.1	1.6	12		8	1	.8	6	2	17.0	295	150	0	470	1.21	7.0
96	15 41W 5ACB	8/1/74	21	40	15	25	5.0	190	39	9.6	1.1	14	.10	12	2	.7	1	2	16.5	279	163	0	420	.85	7.2
97	15 41W 10BAB	8/1/74	21	36	15	26	4.9	196	34	7.0	1.2	14		2	0	.8	15	3	16.5	270	154	0	413	.91	7.2
98	15 41W 27CBC	8/1/74	24	30	18	35	5.7	200	46	8.8	1.5	12	.16	11	3	.8	1	73	17.0	276	149	0	440	1.26	7.2
99a	15 42W 2BBB	8/1/74	20	36	16	29	5.0	192	38	7.0	1.2	12	.09	4	4	.8	4	14	17.0	279	157	0	415	1.01	7.2
100	15 42W 32BDA	8/1/74	22	30	17	25	5.0	198	9	3.7	1.1	12	.15	1	2	.8	1	5	17.0	269	147	0	375	.90	7.2

*Water sample from well 90 was found to contain 13.3 ppm NH⁺, not included in data for mapping or correlations.

Wichita County

Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Hardness as CaCO₃		Specific Conductance (micromhos at 25°C)	SAR	pH
Well Number	Well Location	Date of Collection	SiO₂ ppm	Ca ppm	Mg ppm	Na ppm	K ppm	HCO₃ ppm	SO₄ ppm	Cl ppm	F ppm	NO₃ ppm	Total PO₄ ppm	Fe ppb	Mn ppb	Sr ppm	Ni ppb	Zn ppb	Temp. °C	Total Solids (Residue at 180°C)	Total	Non-Carbonate	Specific Conductance (micromhos at 25°C)	SAR	pH
101a	16 35W 20CCC	7/31/74	24	48	20	29	5.2	195	74	21	1.6	16		5	2	.8	14	3	15.5	320	205	45	640	.88	6.6
102a	16 35W 27BBC	7/31/74	24	41	17	27	4.8	200	35	8.6	1.6	13		11	2	.7	0	2	15.5	278	174	10	450	.89	6.5
103	16 35W 31DBA	7/31/74	26	65	21	29	6.0	204	73	40	1.5	18		56	3	1.1	7	2	18.0	398	250	83	600	.80	6.4
104a	16 36W 21CCC	7/31/74	24	41	16	32	5.2	194	52	15	1.7	15	0.01	14	6	.8	25	6	16.5	288	170	10	460	1.07	7.2
105	16 36W 25BBB	7/31/74	24	49	18	30	5.2	193	23	23	1.6	22	0.22	4	5	1.0	8	3	16.0	302	196	38	525	0.93	7.2
106a	16 36W 34CCC	7/31/74	23	40	16	32	5.3	210	40	10.0	1.7	11		9	3	.8	4	4	17.0	289	167	0	460	1.08	7.3
107	16 36W 35CCC	7/31/74	25	41	16	31	5.4	206	36	13	1.7	12	0.09	10	4	.8	10	4	16.0	294	168	0	470	1.04	7.2
108	16 36W 36CBC	7/31/74	24	43	16	31	5.4	202	35	17	1.6	13		26	7	.8	14	31	18.0	302	176	10	482	1.02	7.2
109	16 37W 4DCC	7/30/74	27	41	15	34	4.8	208	36	9.3	2.0	12		14	2	1.0	9	15	17.0	283	167	0	447	1.14	7.2
110	16 37W 15CCC	7/30/74	25	44	18	30	5.4	195	46	19	1.9	15	0.34	7	2	1.0	2	8	16.0	307	184	24	500	.96	7.2
111	16 37W 17BBB	7/30/74	25	49	19	33	5.8	187	69	26	1.7	18	0.18	0	1	1.0	2	3	16.0	343	202	49	550	1.01	7.2
112	16 37W 27ABC	7/31/74	24	37	16	33	5.3	205	39	8.1	1.6	13		16	4	.7	13	3	16.0	270	160	0	425	1.13	7.3
113	16 37W 29BBB	7/30/74	23	41	18	32	5.8	209	45	15	1.7	14		26	4	.9	6	50	16.0	308	179	8	504	1.04	7.2
114a	16 37W 30ACB	7/30/74	25	42	20	38	6.0	205	58	23	1.6	19		8	2	1.1	6	10	16.0	336	188	20	552	1.21	7.2
115	16 38W 5BBB	7/31/74	24	37	15	26	5.1	194	33	8.6	1.2	13		17	4	.8	11	3	16.0	260	157	0	420	.90	7.2
116	16 38W 10ABB	7/30/74	24	36	15	27	5.0	191	40	10.1	1.4	11		2	1	.7	0	9	16.0	262	151	0	435	.96	7.2
117	16 38W 16ACC	7/30/74	24	55	28	38	6.6	205	103	28	1.6	19	0.05	14	1	1.4	6	21	16.0	425	253	85	670	1.04	7.2
118	16 38W 26BBB	7/30/74	29	46	20	28	6.2	224	48	18	1.3	10		2	1	1.0	2	3	16.0	316	200	16	506	.84	7.3
119	16 38W 29ADB	7/30/74	38	45	21	31	5.6	188	58	26	1.3	17		12	1	1.0	4	2	16.0	354	200	46	555	.95	7.2
120a	17 35W 2BBB	7/31/74	25	41	14	31	4.8	206	41	7.4	1.6	12		11	2	.7	0	18	17.0	279	161	0	470	1.06	7.3
121	17 35W 15CDC	7/30/74	48	50	24	32	6.1	190	77	43	1.9	18		21	4	1.3	11	0	17.0	407	226	70	610	.93	7.5
122a	17 35W 18ACB	7/30/74	43	54	27	40	7.5	258	~9	28	1.9	7		13	5	1.4	10	8	17.0	420	247	35	660	1.11	7.4
123a	17 35W 27CCC	7/30/74	49	42	22	33	6.1	190	82	20	2.1	13	0.07	12	1	1.2	6	0	17.0	383	196	40	560	1.03	7.6
124	17 36W 5CCD	7/31/74	26	42	17	31	5.4	224	46	10.4	1.5	9		6	5	1.1	14	11	17.0	337	189	4	515	1.11	7.2
125e	17 36W 10CBB	7/31/74	32	43	20	35	5.5	226	62	14	1.6	9		22	5	.9	18	3	17.0	307	177	0	465	1.01	7.2
126	17 37W 3AAB	7/31/74	32	41	20	30	5.2	229	30	9.3	1.5	7		35	7	.8	8	6	17.0	294	185	0	455	.96	7.2
127	17 37W 8BAA	7/30/74	37	58	25	39	6.3	239	94	34	1.6	15	0.23	7	1	1.2	4	3	16.5	416	248	52	662	1.08	7.2
128	17 37W 13CDD	7/31/74	38	66	27	29	6.3	233	71	39	1.3	12		34	8	1.1	15	14	16.5	424	277	86	645	.76	7.1
129a	17 37W 22CCC	7/30/74	48	41	20	32	5.4	196	65	16	2.0	11		7	2	1.1	4	6	17.0	328	188	27	505	1.02	7.3
130	17 37W 38CCC	7/30/74	50	47	24	34	5.6	189	88	25	1.9	15		0	1	1.3	11	6	16.0	382	216	61	561	1.01	7.3
131	17 38W 10AAB	7/30/74	40	59	21	35	5.4	180	101	40	1.7	15	0.05	24	2	1.3	1	3	16.0	432	236	88	648	.99	7.2
132a	17 38W 21BBB	7/30/74	54	50	27	36	5.6	200	103	26	2.1	13		21	1	1.4	13	28	16.5	427	236	72	621	1.02	7.2
133a	17 38W 24ACC	7/30/74	42	44	22	30	5.5	193	70	23	2.0	14		12	3	1.1	8	0	16.5	356	204	46	548	.91	7.4
134	17 38W 27ACD	7/31/74	44	44	23	32	5.2	189	70	19	1.8	11		33	9	1.0	26	16	16.0	358	207	52	530	.97	7.8
135	17 38W 28CCC	7/31/74	45	47	24	26	5.2	189	73	18	1.4	12		3	7	1.0	12	15	16.0	359	218	63	530	.77	7.8
136	18 35W 2ACB	7/30/74	56	54	23	34	6.4	202	72	32	2.0	16		15	2	1.2	14	8	17.0	389	230	64	615	.98	7.5
137	18 35W 8BBC2	7/30/74	51	52	27	30	6.0	202	85	34	2.0	16		16	5	1.4	4	24	17.0	417	244	78	610	.84	7.5
138	18 35W 17DAA	7/31/74	47	43	19	22	5.0	197	31	17	1.6	16		15	4	1.1	57	11	17.0	310	186	24	480	.70	7.7
139a	18 35W 34ABB	7/31/74	49	54	21	31	5.8	222	62	26	1.9	16	.26	14	3	1.2	8	0	16.0	388	223	41	590	.90	7.4
140	18 36W 2DCB	7/30/74	50	38	19	27	5.3	195	50	11.8	2.0	10		26	2	1.1	6	18	17.0	314	173	13	500	.89	7.6
141	18 36W 9BBB	7/30/74	48	51	25	30	5.8	227	76	22	1.7	15		69	3	1.4	12	0	17.0	392	232	46	620	.86	7.4
142	18 36W 15DAD	7/31/74	44	46	20	25	4.9	184	46	22	1.6	21		0	4	1.1	9	10	16.0	331	198	47	525	.77	7.8
143a	18 36W 29ABB	7/30/74	42	38	14	20	4.1	181	29	12	1.9	15	2.41	8	1	.8	14	0	17.0	273	155	7	430	.70	7.4
144a	18 37W 3CCC	7/30/74	44	55	26	32	5.8	185	101	33	1.6	23		40	7	1.3	9	17	17.0	416	246	94	660	.89	7.3
145a	18 37W 19AAD	7/31/74	37	54	20	15	4.4	181	62	22	1.0	24		5	2	.8	5	10	16.0	317	218	70	495	.44	7.6
146a	18 37W 21BBB	7/31/74	38	67	24	17	4.8	168	81	44	.9	32		24	4	1.1	6	2	16.0	388	266	128	600	.45	8.0
147	19 35W 1AAA	7/30/74	45	86	29	29	7.4	244	107	53	1.5	27		15	2	1.5	12	0	17.0	508	334	134	800	.69	7.5
148	19 36W 15BAA	7/30/74	46	71	28	37	7.9	244	138	33	1.4	14	.47	40	2	1.3	10	2	16.0	426	292	92	760	.94	7.5
149	19 37W 22AAB	7/31/74	50	63	34	34	7.9	254	96	41	.9	26		53	2	1.7	11	14	15.0	486	300	91	810	.85	7.5
150	19 38W 14AAB	7/31/74	44	31	21	37	6.2	205	50	8.9	2.0	13		4	1	.9	17	8	16.0	315	165	0	510	1.25	7.8
151	19 38W 18DCC	7/31/74	44	31	22	29	5.4	194	32	10.3	2.0	14	.01	14	1	.9	6	14	16.0	291	170	11	470	.97	7.8
152	19 38W 26CCB	7/31/74	49	41	18	31	5.8	210	32	10.7	1.4	15		6	1	.8	3	6	15.0	312	178	6	500	1.01	7.3
153	19 38W 35BAB	7/31/74	46	42	16	26	5.4	190	41	10.8	1.0	13		4	2	.7	4	6	15.0	301	172	16	480	.86	7.3
154	20 38W 17CBD	7/31/74	28	33	25	32	5.4	194	46	22	1.3	16		7	2	1.2	9	4	16.0	305	187	28	530	1.02	7.8

Appendix B

Chemical Quality Contour Maps

Figure 10--Total residue, ppm.

Total residue highs in southern Scott, SW Lane, NW Greeley.

Figure 11--SiO₂, ppm.

SiO2 highs in central Lane, small areas of central Scott.

Figure 12--Ca, ppm.

Ca highs in NW Greeley, south-central and SE Scott, and SW Lane.

Figure 13--Mg, ppm.

Mg highs in south-central and SE Scott, and SW and central Lane.

Figure 14--Na, ppm.

Na highs in NW Greeley, south-central and SE Scott, and SW Lane.

Figure 15--K, ppm.

K highs in NW Greeley, south-central and SE Scott, and SW Lane.

Figure 16--Sr, ppm.

Sr highs in south-central and SE Scott, and SW Lane.

Figure 17--HCO₃, ppm.

HCO3 highs in south-central, north-central and SE Scott, and SW and central Lane.

Figure 18--SO₄, ppm.

SO4 highs in NW Greeley and south-central Scott.

Figure 19--Cl, ppm.

Cl highs in NW Greeley, south-central, NE, and SE Scott, and SW and central Lane.

Figure 20--F, ppm.

F highs in small parts of central Scott and much of northern Lane.

Figure 21--NO₃, ppm.

NO3 highs in NW Greeley, parts of southern Wichita, SW and eastern Scott, and central Lane.

Figure 22--Fe, ppb.

Fe highs in central Greeley, central Wichita, and SW and north-central Scott.

Figure 23--Mn, ppb.

Mn highs in very small areas in south-central Scott.

Figure 24--Ni, ppb.

Ni highs in east-central Wichita, SW and south-central Scott.

Figure 25--Zn, ppb.

Zn highs in south-central Wallace, central Greeley, and SW-central Scott.

Figure 26--Ca, % cation.

Ca (as % cation) highs in central Greeley and SW and SE Scott.

Figure 27--Mg, % cation.

Mg (as % cation) highs in SE Greeley, SW Wichita, central Scott, and central Lane.

Figure 28--Na, % cation.

Na (as % cation) highs in small parts of southern Wallace, eastern and northern Wichita.

Figure 29--K, % cation.

K (as % cation) highs in southern Wallace, eastern Greeley, western Wichita, and SW Scott.

Figure 30--HCO₃, % anion.

HCO3 (as % anion) highs in southern Wallace, central and eastern Greeley, small area in central Scott.

Figure 31--SO₄, % anion.

SO4 (as % anion) highs in western Greeley and south-central Scott.

Figure 32--Cl, % anion.

Cl (as % anion) highs in western Greeley, small areas throughout Wichita, southern and eastern Scott, and central Lane.

Prev Page--Report Start

Kansas Geological Survey
Placed on web Oct. 17, 2012; originally published in 1977.
Comments to webadmin@kgs.ku.edu
The URL for this page is http://www.kgs.ku.edu/Publications/Bulletins/CQS4/02_app.html