delwyn s. cki 'ibanas w....

SOBSORFACE WATER AND SOn. QUALITY DATA BASE FOR STATE OF HAWAI I I

Part 1

Delwyn S. Cki

'Ibanas w. Giarnbelluca

July 1985

SPECIAL REroRT 7: 85

PREPARED FOR

Hawaii State Legislature

and

Office of Environmental Quality Control State of Hawaii

SUbsurface water Quality: Pesticides Contamination

Project Principal Investigator: L. stephen Lau

WATER RESOORCES RESFARClI CENTER Uni versi ty of Hawaii at Manoa

Honolulu, Hawaii 96822

SUBSURFACE WATER QUALITY: PESTICIDES CONTAMINATION

PERSCmlEL

Dr. L. Stephen Lau, Director, water Resources Research Center; and Professor, Department of Civil Engineering (Project Principal Investigator)

Dr. G.L. Dr. P.C. Dr. R.S. Mr. H.K. Dr. T.W. Dr. R.E. Dr. J.W. Dr. R.C. Dr. F.D.

Mre J.F. Mr. E.T. Dr. F.L.

Dugan, Professor and ChaiDIlan, Civil Engineering Ekern, Hydrologist, WRRC; Professor, Agronany and Soils Fuj ioka, Virologist, WRRC Gee, Environmental Engineering Specialist, WRRC Giambelluca, Assistant Hydrologist, WRRC Green, Professor, Agronomy and Soils Hylin, Professor, Agricultural Biochemistry Jones, Associate Professor of Soils Miller, Associate Researcher, WRRC; Associate Professor,

Public Health Mink, Elydrologist-Geologist; Research Affiliate, WRRC Murabayashi, Land-Use Specialist, WRRC Peterson, Professor and Chaiman, Geology and Geophysics

Federal

U. S. Department of the Navy U.S. Geological SUrvey

State of Hawaii

Department of Health

City and County of Honolulu

Board of water SUpply

iii

PREFACE

This report is part of the "Subsurface Water Quality: Pesticides Con

tamination" project authorized in Act 285, Section 38F, by the Twelfth Legis

lature, State of Hawaii, and supported by the Office of Environmental Quality

Control with the cooperation of several data collecting agencies. other proj

ect activities rurrently in progress focus on the following topics: geologic

factors, mineralogic parameters, chronology of deep water percolation through

pineawle fields, leaching properties of ftnnigants from soils, temporal and

spatial distributions of contaminants in basal grOlD'ldwaters, well and aquifer

rehabilitation, and methods of contaminant reooval. Forthcoming reports will

present the results of these activities.

The Data Base is a COITpilation of available data, specifically, results

of laboratory tests for the presence of DBCP, EDB, and TCP in the groundwaters

and soils of the State. When tests for other water quality factors were per=

formed for the sample, those results were also included. The data canpiled

herein were provided by the Hawaii State Department of Health, City and Cotmty

of Honolulu Board of Water Supply, u.S. Navy Environmental Branch, and the

U.S. Geological SUrvey Water Resources Division who have reviewed the report.

This report is intended for the use of contributing agencies and com

panies, and others involved in grotmdwater contamination research in Hawai' i.

No interepretation of the data is made in this report, nor is conment made on

the accuracy or precision of the test results other than inclusion of the

stated detection limits of each test. Laboratory equipnent and test proce

dures vary. Thus, the users of this report are advised to exercise caution

when examining the data.

v

In recent years, various chemical contaminants have been detected in

Hawai' i' s grolD'ldwater sources. Sev'eral agencies in Hawai' i have been IOOni

toring the grolD'ldwater quality for the contaminants, dibroroochloropropane

(DBCP), ethylene dibranide (FDB), and trichloropropane (TCP). In addition,

several agencies have investigated the IOOvement of these conp:>unds in the soil

at various sites on 0' ahu and Maui. The Data Base which accatq?aIlies this

reJ:X)rt represents an effort to compile all available results fran these

agencies and to organize than into a lD'liform, COIIplter-readable system in

order to facilitate research on the extent, rrovement, and persistence of

contaminants in the soil and grOlD'lclwater of Hawai' i. Results fran analyses

performed on water samples taken from wells, springs, and fran J:X)ints within

various water distribution systems throughout the state, as well as results

fran analyses performed on soil samples taken at sites on O'ahu and Maui are

included herein. The primary anphasis of the Data Base is on the carp>unds

DBCP, EDB, and TCP, but other pertinent COIIIIX>lD'lds are also included. A data

surmnary table of the maximum concentrations of these three carp>unds present

in well and spring water samples is included as a part of this report.

vi

Several agencies were extremely helpful in providing data and informa

tion necessary for the canpletion of this report and accoq>anying Data Base.

'nle staff of the Hawaii State Department of Health, Drinking water Program

was especially cooperative, and we would like to especially thank Mr. Melvin

Hamano who provided many hours of invaluable assistance. 'nle expertise of

Mr. Chester Lao of the City and County of Honolulu Board of Water SUpply was

also greatly awreciated.

PREFACE

ABSlRACT.

~

INTRCDUCrION. •

•

•

• •

•

•

CHOONQLCX;Y OF REX:ENl' OONI'AMINATION IN HAWAI I I

DATA BASE • •

REFEREtaS CITED. •

APPENDICES. • • •

•

•

• •

•

vii

iii

v

vi

1

1

5

6

9

In recent years, various chemical contaminants have been detected in

Hawai' i' s groundwater supplies. Three compounds, dibrcmochloropropane (DBCP),

ethylene dibranide (EDB), and trichloropropane (TCJ?), have been of particular

concern because of their associated health effects, both known and unknown.

Various agencies and companies 1 in Hawai' i have been mnitoring the ground

water quality with regard to these three contaminants. In addition, the

roovement of these compounds through the soil at various sites on 0' ahu and

Maui have been investigated (Mink 1981; Department of Agriculture 1983;

Williams and Williams 1983) •

The Data Base provided with this report represents an effort to compile

all available results fran these agencies and to organize the data into a

uniform, computer-readable format to facilitate research on the extent, rove

ment, and persistence of contaminants in the soil and groundwater of Hawai' i.

The primary focus of this Data Base is on the compounds DBCP, EDB, and TCJ?

When results fran analyses for other pertinent compounds were provided, these

data were also included.

Results from analyses performed on water sanples taken fran wells,

springs, and fran points within various water distribution systems throughout

the state, as well as results fran analyses performed on soil sanples taken at

sites on 0' ahu and Maui are herein included. This report includes (1) a brief

chronological summary of the recent water contamination problem in the state

of Hawai' i; (2) a detailed description of the Data Base variables; (3) maps

indicating the locations of the wells, springs, and soil bores sampled; and

(4) a data SUI'llIlary.

cmoa..c:x;y OF REX:ENl' CONl'AMINATION IN BAWAI I I

On 7 April 1977, a major incident occurred which foreshadowed Hawai'i's

current groundwater contamination problan. en that day, a spill of awroxi

mately 495 gal of EDB occurred within 60 ft of the Del z.t>nte Kunia Well

No. 2703-01 on the island of 0' ahu. The well water was sampled approximately

lBoard of Water SUfply, City arrl County of Honolulu; Hawaii state Department of Health; u.s. Geological SUrvey; University of Hawaii at Manoa; u.s. Navy, Enviromnental Branch; Del Monte Corp.; Maui Land arrl Pineapple Co.

2

one week after the spill and analyzed for IDB. However, laboratory analyses

failed to detect EDB at the SOO-ppt (parts per trillion, as used throughout

this re{X>rt) limit of detection. Although no contamination was imnediately

detected, the spill focused attention for the first time on the possibility of

pesticide contamination of groundwater in the state of Hawai' i.

In response to the discovery of DBCP contamination in california wells,

the u.s. Environmental Protection Agency (EPA) in May 1979 ,asked the five

states in which DBCP was used (Arizona, Florida, Georgia, Hawai' i, South

Carolina) to test their water supplies for the comp:>und. As a result, the

state of Hawai' i initiated its first DBCP sanpling program in June 1979.

Water sauples were taken fran 16 sites on 0' ahu, Maui, Moloka' i, and ~'i,

chosen on the basis of proximity to pineapple fields with a history of DBCP

awlications. Initial analyses by two laboratories (Hawaii State Department

of Health, california State Department of Food and Agriculture) were negative

at all 16 sites. At the time of the analyses, the Department of Health (DOH)

laboratory had a detection limit of 130 ppt for DBCP.

tater in June 1979, the DOH also sanpled the Maui High SChool Well

No. 5420-01. Analyses by the OOH laboratory indicated the presence of 200 ppt

of DBCP. Maui Land and Pineapple canpany independently tested the Maui High

SChool well water and also sanpled several other sites on Maui in 1979. '!heir

analyses for DBCP were positive at four sites. The Maui High School well sample contained 300 wt of DBCP, while two spring samples, one fran P£aeltzer's

Cove <Aw. Fig. F.5 .6) and one fran Ka' ~a Spring <Aw. Fig. F.5 .2), showed

respectively 2230 and 260 ppt of DBCP. In addition, a perched water sauple

(site 1) fran M!liko Gulch (App. Fig. F.5.5) was positive at 1740 ppt.

en O'ahu, Del ~e Corporation independently sanpled its Kunia Well

No. 2703-01 in June and August of 1979. en both occasions, duplicate analyses

shCNed one positive quantitated result and one oon-detectable level for DBCP.

The results were deemed anbiguous and no action was taken.

Then, in April 1980, several laboratories confiIIIled the presence of both

DBCP and EDB in the Del z.t>nte Kunia well. DBCP concentrations ranged fran 500

to 11,000 ppt, while Eta levels ranged fran 92,000 to 300,000 ppt. As a re

sult of the contaminants found, the Department of Health ordered the closure

of the well on 25 April 1980 (Honolulu Advertiser, 26 April 1980). Residents

of the Kunia plantation canp subsequently received their water fran the nearby

3

u.s. Navy Kunia Battery well (2803-05).

Contamination of wells in the Waialua area of 0' ahu was discovered in May

1980 • waialua SUgar Company Pump 24 water was fotmd to contain 20 ppt DBCP,

and Waialua SUgar Company Pump 25 water fran 33 to 37 ppt DBCP. Neither of

the two Waialua wells was closed since they were used for irrigation am not

as potable water sources. No potable water wells sarrpled in the central 0' ahu

area, with the exception of the Del Monte Kunia well, showed signs of contami

nation during 1980. However, some perched water wells near the 1977 spill

site did contain 1l3CP and EDB. The roH laboratory detection limits were

50 ppt for DBCP and 100 ppt for EDB in April 1980. These detection limits for

DBCP am EIB .ini>roved respectively to 20 I;Pt and 50 ppt in May 1980.

DBCP was found in the groundwater of Kaua' i in July 1981. Analyses con

ducted by the roH laboratory on sarrples taken from Moloaa TUImel 1120-01 were

positive at approximately 200 ppt for DBCP. EDB was not detected. The detec

tion limits used by the OOH laboratory for DBCP and EDB in July 1981 were

respectively 20 ppt and 50 ppt.

Mililani Wells II Pump 5 (2859-01) was the next site on O'ahu to be

affected by contamination. In Septenber 1982 the City and County of Hooolulu

Board of Water SUpply (BWS) and the Hawaii State Department of Health decided

to shut down the well as a precautionary rreasure (Honolulu Star-Bulletin,

30 Septeni:ler 1982). Prior to the closure of the well, DBCP had been fotmd at

levels of 10 ppt in June 1981 and 97 ppt in September 1982 in water sanples

taken at the Mililani II well site. other sources in the area were able to

meet drinking water needs when the well was closed.

In July 1983 the problem of groundwater contamination on O'ahu became

roost evident. <il 5 July 1983, the Waipahu Wells, Pumps 3 (2400-04) and

4 (2400-03) were closed by the BWS after IDS was found in concentrations

ranging fran 50 to 70 ppt in the two wells. Two days later, the Waipahu

Wells, Pumps 1 (2400-02) and 2 (2400-01) were also closed without announcanent

by the BWS after EDB was found in concentrations of 18 to 26 ppt. Although

the wells had already been closed, the OOH called for the closing of the four

Waipahu wells on 11 July 1983 (Honolulu Adyertiser, 12 July 1983) •

The Kunia Wells II, Pumps 1 (2402-01) and 2 (2402-02), were closed by the

BWS on 14 July 1983 as a precautionary rreasure when DBCP was found at trace

levels of approximately 20 ppt (Honolulu Advertiser, 15 July 1983). Mililani

Wells I, PuI'Ip3 2 (2800-02) and 4 (2800-04), were also shut down in July

4

1983 as a result of DBCP contamination. Pump 2 was shut down on 19 JUly 1983

after 30 ppt DBCP was discovered in its water (Honolulu Advertiser, 20 July

1983) • DBCP was actually first detected in Pump 2 in Septenber 1982 at

12 wt. PuIrp 4 was closed on 20 July 1983, after the discovery of 40 wt DBCP

in the sampled water (Honolulu Advertiser, 21 July 1983). The chenical was

first detected in Pump 4 in September 1982 at 20 ppt. A final count shows

that with the eight wells closed during July 1983, a total of 10 wells in the

central 0' ahu area were closed as a result of contamination. In addition,

several other wells, such as the 0.5. Navy waiawa Shaft (2558-10>, were re

FOrted in July as being contaminated by DBCP. Although the 0.5. Navy was

aware of the contamination since February 1983, the shaft was not closed

because of its role as a major source of water for the Navy. Similarly,

Mililani Wells I, Pumps 1 (2800-01) and 3 (2800-03), remained open despite

evidence of trace amounts of DBCP since the Mililani area could not be served

by any other wells.

Analyses for TCP by local laboratories were not performed until September

1983. Results of these analyses iImnediately revealed TCP contamination at

nine of the ten previously closed well sites on 0' ahu (no test for TCP was

done at the Del Monte Kunia well (2703-01». In addition, water samples taken

fran Mililani Wells I, Pumps 1 and 3; the Kunia Wells I (2302-01 to -04); the

HO'ae' ae Wells (2301-34 to -39); the o.s. Navy Waiawa Shaft, and the Waipi '0

Heights Wells II (2500-01, -02) as well as several other less frequently

sampled sites were all found to have TCP.

On the island of Maui, TCP was first discovered in groundwater in Novem

ber 1983 at the Maui High SChool well site. Concentrations of TCP ranged fran

340 to 460 ppt based on analyses by the OOH laboratory. In March 1985 TCP was

fotmd at a level of 1200 ppt in a sample fran a Pa' uwela Spring and trace

amotmts were found at the HC&S Pt.Dnp No. 17 in upper Paia.

In addition to the TCP discoveries in March 1985, the IX)H laboratory de

tected EI:B in samples fran the Ma.ui High School well (65-67 ppt), the Pa'uwela

Spring <120 ppt), ani the HC&S Pt.Dnp No. 17 (28 ppt). This discovery of IDS

was the first time the chenical had been detected in state tests on Maui water

samples (Honolulu Advertiser, 14 March 1985) •

Concentrations of TCP on the order of 2000 ppt have been measured at the

Mililani well sites. These concentrations of TCP contrast sharply with the 20

to 100 ppt of DBCP or EDB typically found in 0' ahu wells. There are l'X) pres-

5

ent standards pertaining to the amounts of DBCP, IDa, or '!CP allowable in

drinking water in the state of Hawai 1 i. The Department of Health does, bar

eCJer, have a policy of closing any well with confirmed quantitated aIOOunts of

IDB or DBCP. (Present detection limits used by the OOH, BWS, arxl u.s. Navy

laboratories in the state of Hawai'i for IDB arxl DBCP are 20 ppt.) Yet if no

other water sources are available, such as at Mililani, the Department of

Health will, of necessity, allow the source to be used. The OOH does not have

an action limit for '!CP, based on the assumed lesser risk associated with its

constmlption. Generally, the OOH considers IDB to be the roost toxic of the

three chEmicals, followed by DBCP and then '!CP.

It should be etPlasized that the chronology outlined above is one of dis

covery and does not necessarily provide any information as to when each site

was actually first contaminated. In many cases, the date of contaminant dis

covery coincides with either the initial testing at the site or with an tID

provement in the testing procedure. Given that the leCJel of detection has

been reduced fran 500 ppt in April lm7 to 20 ppt at present for IDS and fran

130 ppt in June 1979 to 20 ppt at present for DBCP, it is likely that these

chemicals were present in the groundwater for many years prior to their dis

covery.

Jll\TA BASE

Included with this report is a computer printout of the Data Base. A

description of the Data Base variables for water analyses and a listing of

the notes pertaining to particular water analyses can be found in Appendix

Tables A.l and A.2, respectively, of this report. A description of the Data

Base variables for soil analyses and a listing of the soil analyses notes are

in Appendix Tables B.l and B.2, respectively. Listings and definitions of the

abbreCJiations for chemical caupounds, agencies and analytical results relevant

to the Data Base are respectively included in AR?endix Tables e.l, e.2, arxl

e.3. The inplt data for the Data Base is stored on a magnetic tape which may

be borrowed fran the water Resources Research Center Library. A description

of the contents arxl format of the tape is contained in AR?endix Table D.l.

Maps of the islands of Kaua 1 i, 0 1 ahu, ItDloka 1 i, Lanai i, Maui, and Hawai 1 i

are provided in AgJendix Figures F .1.1, F.2.l, F.3.l, F.4.l, F.5.l, and F.6 .1.

The grid pattern for each islarxl map corresponds to quadrangles of the u.s.

6

Geological SUrvey 7.S-minute series top:>graphic maps for that island, with the

exception of the single map for Lana'i. The wells, springs, and soil-bore

si tes ~led on each island for compounds pertinent to the Data Base are

represented on the computer-plotted maps by various syntlols: squares for

wells, circles for springs, and triangles for soil-bore sites.

The quadrangle layout map is followed by individual quadrangles at a

larger scale on which each sanpled site is labeled. Chly those quadrangles

containing a sanpled site are included. Wells within each minute grid of the

quadrangles are labeled with a sequential number identical to the scheme used

by the Hawaii State Department of Land and Natural Resources, Division of

Water and Land Developnent. Appendix Tables E.I to E.6 list the sanpled wells

by US:;S (or DLNR) number and descriptive name, while sampled springs are

listed by the minute grid number and descriptive name. Also shown in these

tables are the highest detected concentrations at the well and spring sites of

each of the COIIP>unds DBCP, IDS, and TCP, and the corresp:mding dates on which

they were sanpled. It should be noted that only well, spring, and soil-bore

sites sampled are shown on the maps. Thus, any samples taken fran p:>ints

within the various distribution systems throughout the state are not shown.

Furtherroore, it should be noted that the locations of several well and spring

sites sampled could not be determined. These sites, which are not shown on

the maps, are listed below.

Island

Kaua'i

O'ahu O'ahu O'ahu O'ahu O'ahu

Site Name Puhi Tunnel

Dillingham Military Reservation Well

Ishilooto Farm (Hale'iwa)

Nakama Well (Upper KIpapa)

Waikele Spring (Lower Waikele Gulch, waipahu)

Yosh:iJwra Well

Board of Water SU];p1y. 1982-1984. "Pesticide laboratory rep:>rts." City and County of Honolulu, Hawaii.

Del Monte Corporation. 1979-1980. "Laboratory results." Honolulu, Hawaii.

7

Department of Agricultural Biochemistry. 1981-1983. "Laboratory reports." College of Tropical Agriculture and Human Resources, university of Hawaii at Manoa, Honolulu, Hawaii.

Department of Agriculture. 1983. Preliminary report on soil sampling for EDB on Oahu. Pesticides Branch, Division of Plant Industry, State of Hawaii, Honolulu, Hawaii.

Department of Food and Agriculture. 1979-1982. "Laboratory reports." Chemistry-Worker Safety Laboratory, State of California.

Department of Health. 1979-1984. "Laboratory reports." State of Hawaii, Honolulu, Hawaii.

Department of Health Services. 1981-1983. "Laboratory reports." Sanitation and Radiation Laboratory Section, State of California.

Industrial Analytical Laboratory. 1983. "Laboratory reports." Hooolulu, Hawaii.

Maui Land and Pineapple Ccmpany. 1980-1984. "Laboratory reports." Maui, Hawaii.

Mink, J.F. 1981. DBCI? and EDB in soil and water at Kunia, oahu, Hawaii. Report prepared for Del Monte Corporation, Honolulu, Hawaii.

Stoner Laboratory. 1983. "Laboratory reports." Santa Clara, California.

u.S. Department of the Navy. 1983-1984. water semple test results. Environmental Branch, Pacific Division, u.S. Department of Defense.

u.S. Environmental Protection Agency. 1983. Laboratory report. Beltsville, Maryland.

u.S. Geological Survey. 1981-1983. "Laboratory results." water Resources Division, Hooolulu, Hawaii.

Williams, A.E.H., and Williams, D.D.F. 1983. "nBC!? IOOV'ement through Hawaiian soils and into groundwater." Maui Land and Pineapple Canpany, Haliimaile, Maui, Hawaii (draft copy) •

A.l.

A.2.

B.l.

B.2.

C.l.

C.2.

C.3.

D.l.

E.l.

E.3.

E.4.

E.5.

E.6.

APPEmIX CONl'Em'S

Tables

Description of Data Base Variables for Water · . . . . . . . . . . . Water Notes. • • • • • • • • • . . . . . . . . . . . . . . . . . . . Data Base Variables for SOils. . . . . . . . . . . . . . . . . . . . SOil Notes ••••••• · . . . . . . . . . . . . . . . . . . . . . Abbreviations~unds · . . . . . . . . . . . . . . . . . . . . . Abbreviations-Agencies • · . . . . . . . . . . . . . . . . . . . . . Abbreviations-Analytical Results. · . . . . . . . . . . . . . . . . Coop.tter Storage Specifications. • · . . . . . . . . . . . . . . . . Data Base SuImnary, Island of Kaua' i. · . . . . . . . . . . . . . . . Data Base SUmmary: Island of 0' a}m e

Data Base Summary, Island of ftk>loka' i. · · • · · · · • · · · · · · · Data Base SUmmary, Island of Lana' . 1.. · · · · · · · • · • · · · · · • Data Base SUmmary, Island of Maul. · · • • · · · · · • · · · · .. · Data Base SUmmary, Island of Hawai'i · • · · · · · · · · · · · · · ·

Figures

9

13

16

25

27

30

31

32

33

36

37

43

43

44

46

F .1.1. ()Jadrangle Layout with Well Site Locations, Kaua' i • • • • • • • • 47

F.l.2. Kekaha, Kaua' i Quadrangle (K-2). • 48

F .1.3. Hanapepe, Kaua'i Quadrangle (K-5). · . . . . . . . . . . . . . . . 49

F.l.4. Koloa, Kaua' i Quadrangle (K-8) . . . . . . . . . . . . . . . . . . 50

F.l.5. Anahola, Kaua' i Quadrangle (K-9) 51

F.l.6. Kapaa, Kaua' i Quadrangle CK-lO) . . . . . . . . . . . . . . . . . 52

F .1.7. Lihue, Kaua' i Quadrangle CK-ll) ••• 53

F.2.l. ()Jadrangle Layout with Well and SOil Bore Site Locations, O'ahu. • 54

F.2.2. Kaena, 0' ahu Quadrangle (0-1). • . . . . . . . . . . . . . . . . . 55

F.2.3. Waianae, 0' ahu Quadrangle (0-2). 56

10

· . . . . . . . . . . · . • • • • 57 F.2.4. Waimea, 0' ahu Quadrangle {(}-3).

F.2.5. Haleiwa, 0' ahu Quadrangle «}-4) · . . . . . . . . . . . . . . 58

• • 59 F.2.6. Schofield Barracks, 0' ahu Quadrangle «}-5). • · . . . . . · . F.2.7. Ewa, 0' ahu Quadrangle {(}-6) • • • • · . . . . . . . . . . . • • • 60

· . . . · . . . . • • • • 61 F.2.8. Kahuku, O'ahu Quadrangle «}-7).

F.2.9. Waipahu, 0' ahu Quadrangle «}-9)

F.2.l0. Puuloa, O'ahu Quadrangle {(}-lO)

F.2.11. Kahana, O'ahu Quadrangle «}-11)

· . . . · . . · . . . . . • • 62

· . . . . . . · . . · . . . . . . . . . . . .

F.2 .12. Kaneohe, 0' ahu Quadrangle «}-12).

F.2 .13. Honolulu, 0' ahu Quadrangle «}-13)

. . . . . . .

. . . · . . . . · . . . .

• • 63

• • • • 64

· . • • 65

• • • • 66

F.2 .14. Koko Head, 0' ahu Quadrangle «}-15). · . . . . · . . . . . . . • • 67

F.3.1. Quadrangle La".iout with Well Site LocatioI"1S, ~loka Ii. 1:0 · . . . . . ""'"

F.3.2. Kaunakakai, z.k>loka' i Quadrangle (Mo-3).

F.3.3. Kamalo, z.k>loka' iQuadrangle (Mo-4). • • · . . · . . . . • •• 69

· . . . . . • • • • 70

F.4.l. QJadrangle Layout with Well Site Locations, Lana' i. . . . • • 71

F.4.2. Minute Grid System, Lana' i .•....... . . . . . · . • • • • 72

F.5.l. QJadrangle Layout with Well, Spring, and Soil Bore Site Locations, Maui. • • • • • · . · . . . . . • • • • 73

F.5.2. Honolua, Maui QJadrangle (M-l).

F.5.3. Lahaina, Maui Quadrangle (M-2).

F .5.4. Wailuku, Maui Quadrangle (M-5).

· . . . · . . . . · . . . . • • • 74

· . . . . · . . . . . . . . . 75

· . · . . . . . . • • • • • 76

F.5.5. Paia, Maui Quadrangle (M-7) • • • • · . • • · . · . . • • • 77

F.5.6. Haiku, Maui Quadrangle (M-lO) . . . . . . . . . . . . . . . . • • 78

F.5.7. Kilohana, Maui Quadrangle (M-11). . . . · . . . . . . . . • • • • 79

F.6.l. Quadrangle Layout with Well and Spring Site Locations, Hawai' i. • 80

· . . . · . . . • • • • 81 F .6.2. Kealakekua, Hawai I i Quadrangle (If-8).

F.6.3. Honaunau, Hawai I i Quadrangle (If-9). · . · . . . . . . . . . . 82

F.6.4. Hawi, Hawai' i Quadrangle (If-13) • • · . . . . . · . • • • • 83

F.6.5. Puu Hinai, Hawai' i Quadrangle (H-15).

F.6.6. Naalehu, Hawai'i Quadrangle (H-43) ••

F.6.7. Honokaa, Hawai' i Quadrangle (H-44). . . . F.6.8. Pahala, Hawai' i Quadrangle (H-51) •

F.6 .9 • Kukaiau, Hawai' i Quadrangle (H-52).

F .6.10. Papaaloa, Hawai' i Quadrangle (H-60)

. . . . . . . . . .

11

84

85

86

• • • • • • • • 87

• • • • 88

• • • • 89

F.6.11. Papaikou, Hawai'i Quadrangle (H-66) • • • • • • • • • • • • • 90

F.6.12. Bilo, Hawai'i Quadrangle (H-67) • • • • ••••••••••• 91

F.6 .13. Pahoa North, Hawai' i Quadrangle (H-72) • • • • • • • • • • • •• 92

13

APPENDIX TABLE A.l. DESCRIPl'ION . CF DATA BASE VARIABLES FOR WATER

HEADER VARIABLES DESCRIPl'ION

Site Name Place name of site sampled (assigned by sampling or testing

agency)

Location Latitude and longitude of site in degrees, minutes, and

seconds

UOOS Number

Source

SAMPLE VARIABLES

Date

Time

Agency

Name

~r

TEST VARIABLES

Date

Canpound

CAlso known as DLNR number)

Four- or six-digit number based on latitude and longitude

of sampled site; first two digits correspond to minute of

latitude and second two digits to minute of longitude; for

six-digit numbers, final two digits (follONing a dash)

indicate sequential site number within minute grid

Indicates sample source type, e.g., wellhead, spring or

distribution system (tap)

Date of sample collection

Time of sample collection

Agency involved with sample collection

Name of laboratory performing chenica1 analysis; see list

of agencies and laboratories in Abbreviations--Agencies

CApp. Table C.2)

Nl.tnt>er assigned to sample by laboratory

Date of laboratory analysis

Canpound analyzed; see list of Abbreviations---cant:ounds

CApp. Table C.l)

14

APPENDIX TABLE A.l--COntinued

DESCRIPrION

Concentration Concentration of compound found in Semple, expressed as numerical value (in y;:arts per billion or :tP:» or as one of

ai::breviations, NO, NJ, or LD (described below). Although

numerical results are reported as ppb, a weight per weight

unit, laboratory test procedures actually yield results in

weight per volume units (in llgll or micrograms/liter); but

in J'IlaIl¥ laboratory reports and in most written accounts of

contamination, these amounts are presented in:tP:>. In any

case, for the range of concentrations found in the data

base, the units are virtually interchangeable.

Detection Limit

Description of concentration abbreviation:

1. N) (none detected)-Indicates that 00 peak was detected

on chranatogram above ooise level of testing

equipnent

2. NJ (non-quantifiable)-Indicates a peak appeared on

chranatogram but this peak yielded a concentration

below stated detection limit of testing equipnent

3. ID (less than detection limit)-Indicates that either

of conditions 1 or 2 above exists; used whenever

existence of NJ or NO condition could not be

determined

Indicates sensitivity of testing equipnent in terms of :tP:>;

lower detection limits generally indicate greater equipnent

sensitivity

(It should be ooted that u.s. Navy provided UHM-WRRC with

results while its detection limits for 00Ci?, Em, and 'l'CP

were respectively 0.02, 0.02, and 0.06 ppb. In September

1984 the Navy revised its detection limit for 'l'CP by

increasing it to 0.2 PID in order to be consistent with

Hawaii State Department of Health's detection limit for

'lCP. '!he Navy then rEquested that the following changes J:e

made to its previously reported results:

15

APPENDIX TABLE A.l--COntinued

% Recovery

RJlES

Notes

DESClUPI'ION

1. That numerical readings for 'ICP between 0.06 and

0.2 IP:> be changed to NJ designation

2. That all 'ICP readings less than 0.06 Wb be changed to

nnon-detectableft designation

3. That all NJ 'ICP readings be changed to a ftnon

detectableft designation

4. 'lbat all NJ readings for J::I3CP and .ED3 be changed to

ftnon-detectable ft designation.

To comply with the Navy's r8:}Uests, an LD designation was

adopted for aI¥ numerical results below their detection

limits or aI¥ NJ readings rep:>rted by then prior to SeJr tember 1984. In addition, for J;UrpOses of the data base,

the Navy detection limit for 'ICP is rep:>rted as 0.2 IP:> throughout.)

Percent recovery represents laboratory quality control

measure used to give an indication of amount of compound

lost during analytical procedure

(It should be ooted that the Hawaii state Department of

Health laboratory applied this % recovery factor to their

rep:>rted results for ErB and OOCP fran 29 August 1983 to

8 October 1984. To COIWert back to original analytical

results, all rep:>rted values fran IXE laboratory for this

time period must be multiplied by % recovery. For J;UrpOses

of this data base, all results are rep:>rted as received

fran the various agencies; thus, IXE results were not

altered in any way.)

Notes written by sampling or testing agencies pertaining to

particular sample; each numbered note in data base defined

in Water Notes (App. Table A.2)

16

APPENDIX TPBLE A.2. WATER NOI'ES

No. ~te

MNJI

1 Nitrate determined by brucine method

2 Concentration expressed as nitrogen

3 pH 6.7

4 Unable to analyze for telone because of excessive organic interferences

5 Detection limit for IBCP, 0.05-0.1 ppb

6 pH 5.0

7 Flewing water in transnission tunnel

8 Concentration less than 50 ppb

9 Kapalua take-off; flew in tmmel

10 pH 6.7

11 Intake at 9S0-ft elevation; source located 2.8 miles inland fran Honokohau Bay (sample represents stream water form dikes and watershed areas)

12 1 qt mason jar of water fran Mr. Brockman's residence in Honokohau Valley

13 Flewing basal spring near coast

14 pH 7.2 15 Honolua Ditch located 2 miles inland fran Honokahua Bay; 778 ft intake

elevation

16 Flewing spring perched on ash stratum

17 pH 5.8 18 1 qt mason jar of water collected at Maliko Gulch off Halla Hwy.

19 AR;>roximate concentration

20 Fran sump at intersection of tunnels; pump not on

21 1 qt mason jar of water collected at Maliko Shaft No. 32; pump not working-sampled at sump

22 1 qt mason jar of water collected at Maliko TUnnel ~. 16 (5620-01)

23 PlInp on

24 Duplicate

25 1 qt mason jar of water sampled at Napili well; water ptmJped fran well ·e· since well "a· not operating

26 1 qt mason jar of water sampled at Nifta! Project; Maui High School well no. 5420-01 not operating

27 Sample collected at S1.IIlp of infiltration tunnels; PllnP not on

APPENDIX TABLE A.2-COntinued

No. Note

28 Spring flow; high-level perched water

29 Basal water seepage in pump roan; pumps not on

30 Flow in ditch 31 ~ mile east of Baldwin Avenue; ~ miles south of Maunaolu College

32 pH 6.8

33 1 qt mason jar of water

34 AWroximate concentration

35 Sample collected 7 min after J;QIIP on

36 Sample collected 10 min after J;UIIP on

HAWAI'I

1 Interfering peak

1 Duplicate

2 Interfering peak?

LANA'I 1 Concentration expressed as nitrogren

2 Detection lllnit for IBCP, 0.05-0.1 aX:> 3 pH 7.2

ML(EA'I


2 Free flow

3 Detection limit for IBCP, 0.05-0.1 aX:> 4 pH 6.6

5 water in pipeline

OAH'U


2 Sample collected at tunnel entrance, inside tap on pipe

3 Detection limit for IBCP, 0.05-0.1 ppb

4 pH 6.9

17

18

APPENDIX 'rnBLE A.2~ntinued

No. Note

5 5aq>les taken just after J;UlIP turned on after being off for a period of time

6 5aq>les taken when pump was off and represent last water IUnPed during previous pumping cycle

7 Pump started at 0830

8 Pump stogJed after saJrq?le collected

9 Pump started at 0715; pump off since 09 May 1980

10 Pump started at 1615

li Pmnp started 0715

12 Pump stogJed at 2115

13 Pump started at 0800; pump on continuously to 18 Aug. 1980

14 ED3 concentration less than 0.01 Wi' 15 Temperature 72°F

16 Temperature 70°F

17 5aq>le with sediment

18 Filtered sample

19 Interference occurred; Em concentration less than 0.24 pP::>

20 Sanp1e collected at 85-ft depth

21 5aq?le collected at liS-ft depth

22 Residual chlorine interfered with test

23 pH 7.0

24 Pump on

25 Temperature 71°F

26 Total chlorine residual, 0.025 ngl1

27 DigJed grab sample

28 Chlorine residual, 0.5 ngl1

29 Frontal peak not canpatible with EtB standard I s retention time

30 Duplicate

31 Without sodium thiosulfate addition

32 Inconclusive; interfering peaks present

33 With sodium thiosulfate addition

34 z.tlddy grab sample

35 Pump discharge rate, 10 gpn

36 Pumped gallon 00. 1

19

APPENDIX TABLE ~2--COntinued

No. Note

37 Pumped gallon no. 6




41 Pump in operation 24+ hrs

42 Inconclusive1 to be resampled

43 pH 7.5

44 Pump turned on for sample collection

45 Value verified l:!i solvent extraction and standard additions methods

46 Lab resUlt may be questionable (as per M. Hamaoo, IXE, Dec. 1984)

47 Pump was operating for about 2 hrs

48 Blended water fran Kunia well and Navy well

49 Lualualei' s tunnel and well waters

50 Peaks close to EOO, IECP, and TCP retention times, but not compatible with standards' retention times

51 Residual clorine, 0.35 mg/l

52 Addition of sodium thiosUlfate to sample resolved spurious peaks aQ;learing close to EOO, OOCP, and TCP

53 Analysis oone in duplicate

54 pH 7.221 tEq?erature 23.7°C

55 Water felt wann

56 Concentration estimated

57 Chlorine residual, 0.0 mg/l

58 Trailing peak not cx:mpatible with EIB standard's retention time

59 Free chlorine residual, 0.05 mg/11 total chlorine residual, 0.25 ngll

60 Free chlorine residual, 0.05 mg/11 total chlorine residual, 0.075 ngll

61 Free chlorine residual, 0.0 mg/11 total chlorine residual, 0.1 mg/l

62 Peak close to .EJ:B present

63 300-m[ sample

64 Free chlorine residual, trace~ total chlorine residual, 1.0 mgll

65 Trace chlorine

66 Chlorine residual, 0.05 mg/l

67 pH 7 .18~ tEq?erature 23.5°C

68 water chlorinated

20

APPENDIX TABLE A. 2--COntinued

No. N'Jte

69 Pump 3 used to fill reservoir 865; none of plIl1pS on; dust fran road in manhole

70 Free chlorine residual, 0.05 ngll; total chlorine residual, 0.1 1l¥3/1

71 Free chlorine residual, 0.05 1l¥3/1; total chlorine residual, 0.05 ngll

72 Free chlorine residual, 0 ngll; total chlorine residual, 0 ngll

73 Free chlorine residual, 0 ngll; total chlorine residual; 0.5 ngll

74 Flow rate, 55 gpm 75 Inlet water

76 After first tower

77 After second tower

78 Pump in operation for several days

79 Pump was on for about 15 min

80 Recovery greater than 50%

81 Recovery greater than 95%

82 QJantifiable ljmit of detection, 0.005 pP:'l

83 QJantitated relative to we 75, 1,2-Dichloropropene; identified t!{ ms match only (fit = 982)

84 Standard needed for tmambiguous coni innation

85 Benzene greater than 1.50 PJ:b; signal saturated at this concentration

86 pH 7.1; temperature 2l.8°C

87 Trace; less than quantifiable limit of detection

88 Small peak eluting close to EtB position was observed but believed to be sanething other than EtB due to consistent difference in retention time (6.82 vs 7.14 min)

89 Detection limit oot stated

90 Volatiles analysis

91 Grab closed loop stri];per

92 Methylene chloride extraction

93 ~ confinned t!{ State Depu=tment of Health

94 Could not be quantitated due to large neart!{ peak

95 Pump on for 64 hrs pcior to sample collection

96 Pump 3 on for couple of oours

97 pH 7.2

98 Pump operating for 4 hr prior to sample collection

99 ~ 7.13; temperature 22°

APPENDIX TABLE A.2--Gontinued

No. Note

100 To be rechecked

101 Detection limit less than 0.001 ppb

102 Detection limit less than 0.005 ppb

21

103 Concentration uncorrected for recovery: 90% recovery with 0.02 ppb DBCP spike: 46% recovery with 0.05 ppb DBCI? spike

104 Concentration uncorrected for recovery; 93% recovery with 0.02 ppb Em spike; 59% recovery with 0.05 ppb EOO spike

105 Prelube water

106 Pump turned on at 0833: sample collected 15 seconds after IXJIIIP turned on

107 l-min sample

108 3-min sample

109 5-min sample

110 lo-min sample

III 20-min sample

112 3o-min sample

113 45-min sample

114 l-br sample

115 1.5-br sample

116 2-br sample

117 3-br sample

118 4-br sample

119 6-br sample

120 8-br sample

121 pH 7.34: temperature 22°C

122 pH 7.12; temperature 22°C

123 Sample oot cooled to 4°C

124 Insufficient sample volume to verify by standard additions method

125 Pump running for 20 min prior to collecting sample

126 Effluent after first barrel

127 Flow rate, 30 gpm 128 Effluent after second barrel

129 Aerated effluent water

130 Flow rate, 10 gpm


22

APPENDIX TMLE A. 2--COntinued

No. Note



134 Flow rate, 170 gpm 135 Flow rate, 210 gpm

136 Flow rate, ISO gpm

137 Without fan

138 Lab aeration on second tower effluent

139 25 ft 3/min of air

140 50 ft 3/min of air

14l 100 ft 3/min of air

142 Tower effluent


144 With fan

145 Flow rate, 1000 gpm 146 Flow rate, 1200 gpm 147 Flow rate, 1400 gpm

148 Tower effluent with air filter and fan running

149 Tower effluent with air filter and fan running; 6 days continuous operation

ISO Source

151 Mter cooling tower

152 PlJnp started at 0850

153 Before aeration

154 Mter aeration

155 Fan off

156 Sample collected at 880-ft depth


158 Sanple collected at 930-ft depth


160 Sample collected at 71O-ft depth


162 Sample collected at 76o-ft depth

163 Sample collected at 81o-ft depth

164 Sample collected at 7SO-ft depth

APPENDIX TABLE A.2-<ontinued

No. Note


166 Sample collected at 7l5-ft depth

167 Sample appeared oily and turbid

23

168 MinimlUU detection level dependent on sensitivity of Hall electrolytic conductivity detector 7004 (nitrogen mode)

169 water fran Pump 4 only a standby source

170 Line seepage sample

171 Mauka well

172 Much entrained air fran tap

173 Chlorine residual, 0.3 JIg/I

174 Peak not c::aDIatible with standard's retention time

175 Inconclusive; masking peak

176 Subnersible p.mij?

177 Free chlorine residual, 0.4 JIg/I

178 pH 7.0

179 Sink in bottan of shaft

ISO Sample collected 7 min after PJIDP started

181 Could not be quantitated due to large peak close by



184 ~ 7.5; temperature 21°C'

185 Pump 1

186 Waialua Sugar Pump 3 (at Kawailoa Camp, Kawailoa Division Office)

187 Field spike bottle broke in cooler: possible contamination

188 water fran faucet

189 Pump 3, off main header tap

190 Wet print near site

191 Line experiencing air hammer

192 Concentration less than 0.023 ppb

193 Concentration less than 0.025 Ri> 194 Free flow artesian well

195 Free flow

196 Free flow spring

197 Pump motor leaks oil

24

APPENDIX TABLE A.2--COntinued

No. Note

198 Inconclusive; to be rechecked

199 Temperature 22.5°C

200 pH 6.86; temperature 22.5°C

201 pH 7.2; temperature 22.loC

202 In blank

203 Flow rate, 90 gpn

204 Pump 4

205 Flow rate, 100 gpn

206 Well not in service; high chlorides

25

APPENDIX TABLE B .1. DATA BASE VARIABLES FOR SOILS

HEADER VARIABLES DESCRIPrION

Site Name Place name of site ~led (assigned by sampling or testing

agency)

Wcation Latitude and longitude of site in degrees, minutes, and

seconds

Hole Nmnber

SAMPLE VARIABLES

Designation of hole fran which the soil sample taken; hole

numbers assigned by sampling agency to distinguish between

various oorings at particular site

Date Date of soil sample collection

Agency Agency involved with ~le collection

Nmnber Label number assigned to soil sample by sampling or testing

agency

Depthl-Depth2 Depth or depth range beneath surface fran which soil sample

taken; samples taken over certain length of soil column

labeled with the depths of the top and oottan of column

Name

TEST VARIABLES

% Solids

Caopound

Name of laboratory performing chemical analysis and soil

tests; see list of various ~ling agencies and labora~

des provided in Abbreviations-Agencies (App. Table C.2)

Percentage of solids by weight in soil sample; percentage

obtained by dividing oven-dried weight by as-received

weight of sample.

Caopound for which analysis perfonned; see list in Abbre

viations--Comp:lunds (App. Table C.ll

26

APPENDIX TABLE B.l~ntinued

TEST VARIABLES

Concentration As-Received Basis

Concentration DIY-Weight Basis

Detection Limit

lVl'&S

Notes

DESCRIPl'ION

Concentration of comp:>und in soil saq>le; may be ntmterical

value expressed in terms of parts of compound per billion

parts of soil on moist or as-received weight basis (Pfb) or

one of following:

(1) ID (none detected)

The NO designation indicates no peak detected on chro

matogran above mise level of testing equipnent

(2) NJ (non-quantifiable)

The N;l designation indicates that a peak appeared on

the chranatogram, but this peak yielded a concentration

below the stated detection limit of the testing equip

ment

(3) ID (less than the detection limit)

The LD designation indicates that either of the above

conditions 1 or 2 exists (this designation was used

whenever it coUld not be determined whether an N;l or an

NO condition existed)

Concentration of the canpound in the soil sample. '!he con

centration may be a mnerical value expressed in terms of

parts of compound per billion parts of soil on a dty weight

basis (Pfb) or one of the three designations listed above

Indicates the sensitivity of the testing equipnent in terms

of Ri>; lower detection limits generally indicate greater

8:IUipnent sensitivity

Notes written by the sampling agency or testing agency

pertaining to the particular sample; each IllIDbered note in

the soil Data Base is defined in the section of this rep:>rt

entitled SOil Notes <Aw. Table B.2)

27

APPENDIX TABLE B.2. SOIL 0C1!'ES

No. Notes

0 1 ABO

1 No sample for % solids

2 Concentration for Em on dry weight basis was estimated

3 A hole was drilled directly to 15 ft (4-in. auger) in Del fotmte Field 60 (non-detectable levels of Em in soil profile below first few feet) then sampled to 17 ft with two successive one-ft cores (background samples). '!he hole was then spiked to evaluate the effect of surface soil contamination. '!he hole was spiked with a quart of surface soil fran Del »Jnte Field 2 poured directly into the hole. '!his was followed by four successive one-ft core samples employing the standard coring and augering procedure. '!he procedure was repeated three consecutive times, the second spiking with two quarts rather than one quart of contaminated soil.

4 Soil added - one quart

5 Soil added - two quarts

6 Spiking soil fram Del »Jnte Field 2

7 Top 9 in. of sample

8 Bottan 9 in. of sample

9 Repeat analysis

10 No sample

11 Duplicate samples extracted and analyzed

12 Sample kept in frozen storage for 4 IOO prior to analysis

13 Presence of an unknown substance interfered with the analysis

14 Background interference - concentration less than 5.0 ppb

MAD!

1 3.37% organics (all organic contents reported as a percentage of field moist soil)

2 1.58% organics

3 0.49% organics

4 0.17% organics

5 3.44% organics

6 1.92% organics

7 0.44% organics

8 0.67% organics

9 Average concentration of two sanples fram three to four sites

28

APPENDIX TABLE B.2--COntinued

No. Notes

10 Composite of four sites

11 1.97% organics

12 0.73% organics

13 0.33% organics

14 0.32% organics

15 0.40% organics

16 2.22% organics

17 1.10% organics

18 0.73% organics

19 0.62% organics

20 0.42% organics

21 0.14% organics

22 1.15% orgatucs

23 0.62% organics

24 1.34% organics

25 1.34% organics

26 1.09% organics

27 0.39% organics

28 2.17% organics

29 0.62% organics

30 0.71% organics

31 0.20% organics

32 0.36% organics

33 0.76% organics

34 2.00% organics

35 1.24% organics

36 1.33% organics

37 0.37% organics

38 0.61% organics

39 0.62% organics

40 9.86% organics

41 0.09% organics

42 0.48% organics

29

APPENDIX TABLE B.2--COntinued

No. Notes

43 0.32% organics

44 0.22% organics

45 0.20% organics

46 6.94% organics

47 2.90% organics

48 0.61% organics

49 0.51% organics

50 0.24% organics

51 0.15% organics

30

APPENDIX TABLE C.l. ABBRE.VIATIONS--COMl?OON)S

Atbr~ viation

BRM:DICLMET CARB<:NImU. CIS/TRN OCE a..RCDIBRMET I:BCP ODD, total ODE, total OIJ!', total OIClJ?RPENES Em ENOOSULFN I ENOOSULF II HEPl' EPOX ME'lOXYOILCR mmLPARAm MmYL'lRI'lBN PCBs PCNs '10? TE'!cr.JmIENE TE'!cr.E.'I'YLEN '!RIQ,E1BENE TRIa.E.'I'YLEN XYLIETru3EN 1,1-DCE'lHAN 1,1-DCE'lLEN 1,2-DCE'lHAN 1,2-DCP 1,21l,3-DCP 2,3-DCPRPEN 2,4-0 2,4-DP 1,1,l-'OCE'm 2,4,S-T

Full Name

branodichloranethane carbon tetrachloride cis- & trans-l,2-dichlorethylene chlorodibrananethane 1,2-dibramo-3-chloropropane 1,1-dichlorcr2,2-bis (p-chlorophenyl> ethane dichlorodiphenyldichloroethylene dichlorodipheny ltrichloroethane 2,3-dichlorcrl-propene or 1,2-dichlorcrl-propene 1,2-dibranoethane (ethylene dibranide) endosulfan I, total endosulfan II heptachlor epoxide methoxychlor methyl parathion methyl trillion polychlorinated biJ;henyls polychlorinated r.apalene 1,2,3-trichloropropane tetrachloroethene tetrachloroethylene trichloroethene trichloroethylene xylene isaners and ethyl benzene l,l-dichloroethane l,l-dichloroethylene 1,2-dichloroethane 1,2-dichloropropane 1,2- & 1,3-dichloropropane 2,3-dichloropropene 2,4-dichlorophenoxyacetic acid 2-(2,4-dichloroJ;henoxy) propionic acid l,l,l-trichloroethane 2,4,S-trichloroJ;henoxyacetic acid

APPENDIX TABLE C.2. ABBRE.VIATION~JlGENCIFS

At£r~ viation

BWS

CAroFA

CADHS

OOA

OOH

EPA

FOREM)ST

INALAB

MLP

UH

USA

USGS

USN

Full Name

City and County of Honolulu Board of water Supply

State of california Department of Food and Agriculture Chemistry-WOrker Safety Laboratory

State of cal ifornia Department of Health Services, Sanitation and Radiation Laboratory Section

State of Hawaii Department of Agriculture

State of Hawaii Department of Health

Del Monte Corporation

United States Environmental Protection Agency

Foremost Dairies/Hawaii Ltd

Industrial Analytical Laboratory, Inc.

Maui County Department of water Supply

Maui Land and Pineapple Co.

Navy Public Works Center Environmental/Industrial Laboratory

Stoner Laboratory, Santa Clara, california

University of Hawaii

United States Army

United States Geological SUrvey

United States Navy

31

32

APPENDIX TABLE C.3. ABBRE.VIATlOO&-ANALYTlCAL RESULTS

AlX>r~ yiation

NO

Definition

none detected

The NO designation indicates that no peak was detected on the chranatogram above the noise level of the testing equipnent

non-quantifiable

The N'J designation indicates that a peak was detected on the chranatogram, but this peak yielded a concentration below the stated detection limit of the testing equipnent

LD less than the detection limit

'!he LD designation indicates that ei ther the NO or N'J condition exists

33

APPENDIX TABLE D.l. a::>MroTER S'IORlGE SPECIFICATIONS

'!he input data used for the Data Base are stored on an ASCII format mag

netic tape as follcws.

TAPE NO.: Xl3435 (No Label)

File No.1: Maui Soil Data

OON: '1'050320 .~.MASlE.DATA BLKSIZE: 6600 REx::FM: FB

File No.2: 0 1 ahu Soil Data

OON: '1'05032O.SSWQ.OASlE.DATA BLKSIZE: 6600 REx::FM: FB

File No.3: Hawai 1 i water Data

OON: '1'050320 .~.HAWlE.DATA BLKSIZE: 6600 REX:FM: FB

File No.4: Kaua • i water Data

OON: '1'050320 .~.KAWlE.DATA BLKSIZE: 6600 REX:FM: FB

File No.5: Lana • i water Data

OON: '1'050320 .SSWQ.~E.DATA BLKSIZE: 6600 REX:FM: FB

File No.6: Maui Water Data

OON: '1'050320 .S~.MAWlE.DATA BLKSIZE: 6600 RECFM: FB

File No.7: Moloka • i water Data

OON: '1'050320.SSWQ.lOUE.DATA BLKSIZE: 6600 RECFM: FB

File No.8: Olahu water Data (vol. la)

OON: '1'050320 .~. OAWlEl. .DATA BLKSIZE: 6600 REX:FM: FB

LREXL: 132 No. of m.c:x::KS: 7 DEN: 6250 BPI

LREXL: 132 No. of m.c:x::KS: 147 DEN: 6250 BPI

LREXI.: 132 No. of BLCCKS: 4 DEN: 6250 BPI

LREa,: 132 No. of BLCX:KS: 5 DEN: 6250 BPI

LREX:L: 132 No. of BLCX:KS: 4 DEN: 6250 BPI

LREX:L: 132 No. of BLCX:KS: 17 DEN: 6250 BPI

LRECL: 132 No. of BLCX:KS: 4 DEN: 6250 BPI

LRECL: 132 No. of BLCX:KS: 95 DEN: 6250 BPI

34

APPENDIX TMLE D.l-continued

File No.9: O'ahu water Data (vol. lb)

DSN: '1'050320 • ~.C\AWlE2.DATA LREa.: 132 BLKSIZE: 6600 No. of BLOCKS: 66 RECE'M: FB DEN: 6250 BPI

File No. 10: O'ahu water Data (vol. 2)

DSN: T05032O.~.~E.DATA LREa.: 132 BLKSIZE: 6600 No. of BLOCKS: 124 REO'M: FB DEN: 6250 BPI

FILE NO. 11: 0' ahu water Data (vol. 3)

DSN: '1'050320.~.~E.DATA LREX:L: 132 BLKSIZE: 6600 No. of BLOCKS: 101 REOM: FB DEN: 6250 BPI

The soil and water data each have separate formats. '!he soil data should

be read three lines at a time. Fach group of three statements corresponds to

one e:x:JI!};Ound analysis and contains all the appropriate site information. '!he

first two lines contain the site information. '!be third line contains the

sample information. Variable locations for soil data are given below.

CARD

1

2

3

COLUMNS

2-81

2-3

4-5 6-7

9-11

VARIABLE

Site Name

Latitude (degrees)

Latitude (minutes)

Latitude (seconds)

Longitude (degrees)

12-13 Longitude (minutes)

14-15 Longitude (seconds)

20-99 Hole Number

2-8

10-13 15-24

26-30

32-36

38-41

43-46 48-51

53-60

Sample Date

Sample AgenC¥

Sample Number

Sample Depth 1 (ft)

Sample Depth 2 (ft)

Laboratory Name

Percent SOlids

CooIpound

Concentration (as received basis1 aID)

APPENDIX T1IBLE 0.1 ~ntinued

COLUMNS

62-69

71-75

TI-8l

VARIABLE

Concentration (dry weight basis; Wb) Detection Limit (ppb)

~te Numbers

35

The water data should be read four lines at a time. '!he first three

lines contain the site information which corresponds to a particular analysis.

'!he fourth line contains the analysis information. Variable locations for the

water data are given below.

CARD

1

2

3

4

COLUMNS VARIABLE

2-81 Site Name

2-3 Latitude (degrees)

4-5 Latitude (minutes)

6-7 Latitude (seconds)

9-11 Longitude (degrees)

12-13 Longitude (minutes)

14-15 Longitude (seconds)

20-99 UEGS or DLNR Well. Nt.inber

2-81 SOurce

2-8 Sample Date

10-13 Sample Time

15-24 Sample Agency

26-35 Laboratory Name

37-48 Laboratory NUmber

50-56 Test Date

58-68 canpound

70-79 Concentration (ppb)

81-86 Detection Limit (ppb)

88-92 Percent Recovery

94-108 ~te Numbers

The tape may be borrowed fran the WRRC Reference Library at the following

address:

Water Resources Research Center University of Hawaii at Manoa 2540 Dole Street, Holmes Hall 283 Hooolulu, Hawaii 96822

APPEIDIX TABLE E.l.

WELL NO. SITE NAME

1020-02 AM FAC NO. 1 (MOLOAA WELL 1) 1020-03 AM FAC NO. 2 (MOLOAA WELL 2) 0919-03 ANAHOLA FARM LOTS A 5823-01 GARLINGHOUSE TUNNEL 5824-01 KAUAI COMMUNITY COLLEGE WELL 5842-02 KEKAHA SUGAR - KEKAHA 0245-02 KEKAHA SUGAR - MANA 5725-01 KOKOLAU TUNNEL 5530-03 LAWAI WELL 5534-04 MCBRYDE - ELEELE WELL 1120-01 MOLOAA TUNNEL 5635-01 OLOKELE SUGAR WELL 5942-01 PAUA VALLEY WELL

PUHI TUNNEL 0421-01 WAILUA HOMESTEAD WELL 5939-01 WAIMEA VALLEY SHAFT

DATA BASE 'SUMMARY, ISLAID CF KAUA I I

MAXIMUM CONCENTRATIONS ~PPT) AND SAMPLE DATES DBCP DATE EDB DATE TCP DATE

LD 30JUL81 LD 26JUL83 NO TEST LD 30JUL81 LD 26JUL83 NO TEST LD 18JUL83 LD 18JUL83 ND 26JUN84 LD 30JUL81 LD 18JUL83 NO TEST LD 20JUL83 LD 20JUL83 ND 21NOV83 LD 06SEP83 LD 06SEP83 NO TEST LD 06SEP83 LD 06SEP83 NO TEST LD 20JUL83 LD 20JUL83 ND 21NOV83 LD 30JUL81 LD 18JUL83 ND 21NOV83 LD 06SEP83 LD 06SEP83 NO TEST

I

211 13JUL81 LD 13JUL81 NO TEST LD 06SEP83 LD 06SEP83 ND 21NOV83 LD 06SEP83 LD 06SEP83 NO TEST LD 20JUL83 LD 20JUL83 NO TEST LD 13JUL81 LD 13JUL81 NO TEST LD 06SEP83 LD 06SEP83 NO TEST

W 0'\

APPEIDIX TABLE E.2. DATA BASE SUMMARY, ISLAID CF O· ABU

MAXIMUM CONCENTRATIONS ~PPT~ AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EDB DATE TCP DATE

2355-03 AlEA GULCH WELLS PUMP 1 LD 04AUG83 LD 04AUG83 NO TEST 2355-06 AlEA WELLS, WELL NO 1 LD 04AUG83 LD 04AUG83 NO TEST 1746-01 AINA KOA WELL LD 10AUG83 LD 10AUG83 NO TEST 2103-03 BARBERS POINT SHAFT 14 LD 14APR80 LD 14APR80 LD 270CT83 1851- BERETANIA PUMP STATION LD 29JUN83 LD 29JUN83 NO TEST 2255-35 C & H SUGAR-AlEA LD 02AUG83 LD 02AUG83 NO TEST 2600-02 DAIRY COMPANY (IGE) WELL LD 28JUL80 LD 28JUL80 NO TEST 2803-07 DEL MONTE KUNIA NEW WELL LD 28JUL80 LD 28JUL80 NO TEST 2703-01 DEL MONTE KUNIA WELL 14000 o 5MAY8 0 300000 24APR80 NO TEST 1952-12 DEL MONTE PLANT 29 DEEP WELL LD 25JUN79 LD 25JUN79 NO TEST

DILLINGHAM MILITARY RES WELL LD 25JUL83 LD 25JUL83 NO TEST 1952-20 DOLE PINEAPPLE WELL 1 LD 03FEB81 LD 03FEB81 NO TEST 1952-21 DOLE PINEAPPLE WELL 2 LD 03FEB81 LD 03FEB81 NO TEST 1952-11 DOLE PINEAPPLE WELL 3 LD 03FEB81 LD 03FEB81 NO TEST 1952-13 DOLE PINEAPPLE WELL 4 LD 03FEB81 LD 03FEB81 NO TEST 1952- DOLE PINEAPPLE WELL 5 LD 03FEB811 LD 03FEB81 NO TEST 2053- FORT SHAFTER WELL 1 LD 25JUL83 LD 25JUL83 NO TEST 2255-32 HALAWA PUMP STATION LD 15JUL83 LD 270CT83 LD 270CT83 2354-01 HALAWA SHAFT LD 22JUL83 LD 22JUL83 NO TEST 3405-03 HALEIWA WELLS PUMP 1 LD 27JUL83 LD 27JUL83 NQ 20AUG84 3405-04 HALEIWA WELLS PUMP 2 LD 27DEC82 LD 27JUL83 NQ 23AUG84 2603-01 HAWAII COUNTRY CLUB 15 05JUL83 LD 24APR80 NO TEST 2301-34 HOAEAE WELLS PUMP 1 LD 05MAY80 LD 05MAY80 260 03JUL84 2301-35 HOAEAE WELLS PUMP 2 LD 12JUL83 LD 12JUL83 210 03JUL84 2301-37 HOAEAE WELLS PUMP 3 LD 12JUL83 LD 12JUL83 110 130CT83 2301-36 HOAEAE WELLS PUMP 4 LD 2IDEC82 LD 29JUN83 112 28SEP83 2301-38 HOAEAE WELLS PUMP 5 LD 12JUL83 LD 12JUL83 145 28SEP83 2301-39 HOAEAE WELLS PUMP 6 LD 12JUL83 LD 12JUL83 130 28SEP83

ISHIMOTO FARM-HALEIWA LD 08SEP80 LD 08SEP80 NO TEST 2357-24 KAAHUMANU WELLS PUMP 1 LD 18JUL83 LD 18JUL83 NO TEST 2356-59 KAAMILO WELLS WELL NO. 2 LD 04AUG83 LD 04AUG83 NO TEST

(.oJ '-l

("rJ

APPEIDIX TABLE E.2-<olltinued co

MAXIMUM CONCENTRATIONS {PPT) AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EDB DATE TCP DATE

3314-03 KAENA POINT SATELLITE TRACKING STATION WELL LD 03AUG83 LD 03AUG83 NO TEST

3352-01 KAHANA STATE PARK LD 11AUG83 LD 11AUG83 NO TEST 3353-01 KAHANA WELLS I WELL NO. 1 LD 05AUG83 LD 05AUG83 NO TEST 4158-12 KAHUKU AIR BASE PUMP HOUSE LD 11AUG83 LD 11AUG83 NO TEST 4157-04 KAHUKU RANGE WELL LD 25JUL83 LD 25JUL83 NO TEST 4057-15 KAHUKU WELLS I PUMP 1 (LAIE) LD 27JUL83 LD 27JUL83 NO TEST 4057-16 KAHUKU WELLS I PUMP 2 LD 27JUL83 LD 27JUL83 NO TEST 1748- KAlMUKI BWS STATION LD 10AUG83 LD 10AUG83 NO TEST 2355-10 KALAUAO WELLS WELL NO. 2 LD 04AUG83 LD 04AUG83 NO TEST 1952- KALIHI BWS STATION LD 10AUG83 LD 10AUG83 NO TEST 2052-08 KALIHI SHAFT PUMP 1 LD 04AUG83 LD 04AUG83 NO TEST 2250-01 KALIHI WELL LD 10AUG83 LD 10AUG83 NO TEST 2712-30 KAMAILE WELLS I PUMP 2 LD 03AUG83 LD 03AUG83 NO TEST 2052- KAMEHAMEHA SCHOOL LD 08AUG83 LD 08AUG83 NO TEST 2356-55 KAONOHI WELLS I PUMP 2 LD 04AUG83 LD 04AUG83 NO TEST 2356-65 KAONOHI WELLS II WELL 3 LD 04AUG83 LD 04AUG83 NO TEST 3406-03 KAWAMATA WELL. HALEIWA LD 02MAR83 NO TEST NO TEST 2803-05 KUNIA BATTERY (U.S. NAVY) 43 3 OMAY8 0 480 31MAY80 NO TEST 2803-03 KUNIA TUNNEL WELL 2 t PUMP 2 ND 29MAY84 ND 29MAY84 ND 29MAY84 2803-06 KUNIA TUNNEL WELL 4, PUMP 1 LD 25JUL83 LD 25JUL83 ND 29MAY84 2302-02 KUNIA WELLS I PUMP 1 2 19FEB81 LO 02FEB81 345 06JUN84 2302-01 KUNIA WELLS I PUMP 2 NQ 09AUG83 LD 14APR80 440 06JUN84 2302-04 KUNIA WELLS I PUMP 3 NQ OlDEC83 NQ 09AUG83 490 06JUN84 2302-03 KUNIA WELLS I PUMP 4 NQ 09AUG83 LO 14JUL83 450 14NOV83 2402-01 KUNIA WELLS II PUMP 1 38 08NOV83 NQ 08NOV83 1050 130CT83 2402-02 KUNIA WELLS II PUMP 2 26 17JUL84 LD 17FEB81 1100 140CT83 3407-02 KUNIHIRO WELL (WAIALUA) LD 02MAR83 NO TEST NO TEST 2348-03 KUOU WELLS WELL 2 LD 05AUG83 LD 05AUG83 NO TEST 2808-01 LUALUALEI TUNNEL LD 22JUL83 LD 050EC83 LD 050EC83 2911-02 MAKAHA GLOVER TUNNEL LD 01SEP83 LO 01SEP83 NO TEST

APPEIDIX TABLE E.2--COntinued

MAXIMUM CONCENTRATIONS (PPT) AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EDB DATE TCP DATE

2812-01 MAKAHA SHAFT PUMP 2 LD 03AUG83 LD 03AUG83 NO TEST 2912-01 MAKAHA WELL LD 03AUG83 LD 03AUG83 NO TEST 3956-01 MALAEKAHANA PUMP HOUSE LD llAUG 8 LD 11AUG83 NO TEST 2600-03 MILILANI WELL 7 20 25AUG83 LD 10AUG83 NO TEST 2857- MILILANI WELL 9 ND 27AUG84 ND 27AUG84 ND 27AUG84 2800-01 MILILANI WELLS I PUMP 1 39 27SEP83 25 070CT83 2900 14FEB84 2800-02 MILILANI WELLS I PUMP 2 42 16JAN84 20 12SEP83 1820 30AUG83 2800-03 MILILANI WELLS I PUMP 3 29 10JUL84 25 070CT83 2390 29SEP83 2800-04 MILILANI WELLS I PUMP 4 51 14FEB84 25 12SEP83 2500 24JUL84 2859-01 MILILANI WELLS II PUMP 5 97 13SEP82 20 18NOV83 2800 06MAR84 2859-02 MILILANI WELLS II PUMP 6 50 13DEC83 LD 13DEC83 2200 13DEC83 2153-12 MOANALUA WELLS PUMP 3 LD 04AUG83 LD 04AUG83 ND 23NOV83 3409-16 MOKULEIA SYSTEM LD 21SEP83 LD 21SEP83 NO TEST

NAKAMA WELL (UPPER KIPAPA) LD 16FEB83 NO TEST NO TEST 2456-02 NEWTOWN WELLS WELL 2 LD 04AUG83 LD 04AUG83 NO TEST 2301-01-10 OAHU SUGAR PUMP 1 LD 16JUN83 LD 12JUL83 ND 30NOV83 2301-11-20 OAHU SUGAR PUMP 4 LD 16JUN83 NO TEST NO TEST 2203-01-06 OAHU SUGAR PUMP 5 LD 05MAY80 LD 05MAY80 NO TEST 2459-01-14 OAHU SUGAR PUMP 6 LD 3lJAN83 LD 16NOV83 LD 16NOV83 2202-15-20 OAHU SUGAR PUMP 8 LD 16JUN83 LD 02AUG83 NO TEST 2006-01-11 OAHU SUGAR PUMP 10 (EWA) LD 05MAY80 LD 05MAY80 NO TEST 2202-21 OAHU SUGAR PUMP 15 (EWA) LD 05MAY80 LD 05MAY80 NO TEST 2658-01,02 OAHU SUGAR PUMP 17 LD 17JAN84 NQ 15NOV83 LD 17JAN84 2301-21-26 OAHU SUGAR WAIPAHU PUMP 2 LD 16JUN83 NO TEST NO TEST 2300-07-09, 12-14, 16-17, 21-23

OAHU SUGAR WAIPAHU PUMP 7 LD 12JUL83 LD 12JUL83 NO TEST 1851-07 PACIFIC CLUB LD 09AUG83 LD 09AUG83 NO TEST 1847-01 PALOLO WELL LD 10AUG83 LD 10AUG83 NO TEST 2458-01 PEARL CITY SHAFT LD 08SEP80 LD 08SEP80 NO TEST 2458-01 PEARL CITY SHAFT PUMP 1 LD 29JUN83 LD 29JUN83 LD 120CT83 2458-01 PEARL CITY SHAFT PUMP 2 LD 25FEB83 NO TEST NO TEST

w 1.0

~ APPEIDIX TABLE E.2--COntinued

~---~ --- - .. ~- -- ---- ----


2458-04 PEARL CITY WELLS I, WELL 2 10 25FEB83 LD 04AUG83 NO TEST 2457-01 PEARL CITY WELLS II PUMP 1 LD 25FEB83 NO TEST NO TEST 2457-02 PEARL CITY WELLS II PUMP 2 10 14APR80 LD 14APR80 NO TEST 2457-03 PEARL CITY WELLS II PUMP 3 LD 22JUL83 10 22JUL83 10 120CT83 3553-02 PUNALUU WELL I WELL 1 10 05AUG83 LD 05AUG83 NO TEST 3553-03 PUNALUU WELL II WELL 4 10 05AUG83 10 05AUG83 NO TEST 3453-06 PUNALUU WELL III WELL 1 10 05AUG83 LD 05AUG83 NO TEST 2457-06 PUNANANI WELLS PUMP 1 10 25JUL83 LD 25JUL83 NO TEST 2457-09 PUNANANI WELLS PUMP 2 10 25JUL83 LD 25JUL83 NO TEST 2457-11 PUNANANI WELLS PUMP 3 LD 25JUL83 LD 25JUL83 NO TEST 2457-10 PUNANANI WELLS PUMP 4 LD 25JUL83 10 25JUL83 NO TEST 2457-12 PUNANANI WELLS PUMP 5 LD 25JUL83 LD 25JUL83 NO TEST 2457-05 PUNANANI WELLS PUMP 6 10 14APR80 10 14APR80 10 120CT83 2254-01 RED HILL PUMP STATION 10 15JUL83 LD 05DEC83 10 14NOV83 2901-07 SCHOFIELD ARMY SHAFT 14 LD 05JUN79 10 05MAY80 LD 210CT83 1749-19 SHERATON HOTELS LD 11AUG83 LD 11AUG83 NO TEST 4002- SUNSET BEACH WELLS LD 27JUL83 10 27JUL83 NO TEST 2153-07 TAMC WELL 1 LD 25JUL83 10 25JUL83 NO TEST 3406-08 WADSWORTH YEE WELL, HALEIWA LD 02MAR83 NO TEST NO TEST 2902-01 WAHIAWA EXPLORATORY WELL 1 10 17JAN84 LD 17JAN84 250 17JAN84 2901-11 WAHIAWA WELLS PUMP 1 NQ 270CT83 LD 05JUL83 10 120CT83 2901-09 WAHIAWA WELLS PUMP 2 10 14APR80 10 14APR80 10 10APR84 2901-08 WAHIAWA WELLS PUMP 3 NQ 270CT83 10 27MAY80 10 120CT83 1746-02 WAIALAE IKI WELLS 10 10AUG83 LD 10AUG83 NO 23NOV83 1747-02 WAIALAE SHAFT 10 10AUG83 LD 10AUG83 NO 29NOV83 4101-07 WAIALEE WELL I LD 27JUL83 LD 27JUL83 NO TEST 4101-08 WAIALEE WELL II LD 27JUL83 LD 27JUL83 NO TEST 3407-07-10, 13, 16, 17, 20, 21

WAIALUA SUGAR MILL PUMP 10 19MAY83 NO TEST NO TEST 3407-04-06, 14, 15

WAIALUA SUGAR PUMP 1 10 19MAY83 NO TEST NO TEST

APPEWIX TABLE E.2--COntinued ---_.- _._- --

MAXIMUM CONCENTRATIONS (PPT~ AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EDB DATE TCP DATE

3307-01-14 WAIALUA SUGAR PUMP 2 NQ 20AUG84 LD 15JUL83 NQ 20AUG84 3505-01-20 WAIALUA SUGAR PUMP 3 LD 24MAY83 LD 27JUL83 ND 20AUG84 3605-01-15 WAIALUA SUGAR PUMP 4 LD 08SEP80 LD 08SEP80 NO TEST 3407-01, 11, 12, 18, 19

WAIALUA SUGAR PUMP 7 LD 19MAY83 ND 20AUG84 NQ 20AUG84 3506-03,04 WAIALUA SUGAR PUMP 8 LD 24MAY83 NO TEST NO TEST 3406-02 WAIALUA SUGAR PUMP 9 LD 24MAY83 NO TEST NO TEST 3306-01-12 WAIALUA SUGAR PUMP 10 LD 19MAY83 NO TEST NO TEST 3404-02 WAIALUA SUGAR PUMP 17 10 24MAY80 LD 05MAY80 NO TEST 3102-01,02 WAIALUA SUGAR PUMP 24 22 28JUL80 LD 27MAY80 510 22MAY84 3203-01 WAIALUA SUGAR PUMP 25 115 07JUN83 LD 05MAY80 NO TEST 3203-02 WAIALUA SUGAR PUMP 26 20 24FEB83 LD 14APR80 430 20AUG84 3405-01 WAIALUA WELLS PUMP 1 LD 05JUN79 LD 14APR80 NQ 20AUG84 3405-02 WAIALUA WELLS PUMP 2 NQ 15JUL83 LD llAUG82 NQ 23AUG84 2357-14-18 WAIAU TUNNEL HE CO LD 07DEC83 LD 07DEC83 LD 07DEC83 2457- WAIAU WELLS PUMP 1 LD 25JUL83 LD 25JUL83 NO TEST 2457-15 WAIAU WELLS PUMP 3 LD 18JUL83 LD 18JUL83 NO TEST 2558-10 WAIAWA SHAFT 210 25APR83 LD 14APR80 210 200CT83 2359-16 WAIAWA SPRINGS ARTESIAN WELL

ASATO WATERCRESS WELL LD 05MAY80 LD 05MAY80 NO TEST 2652-04 WAIHEE INCLINED WELLS WELL 4 LD 05AUG83 LD 05AUG83 NO TEST 2651-02 WAIHEE TUNNEL LD 14APR80 LD 14APR80 NO TEST 2751-03 WAIHEE WELLS I WELL 2 LD 05AUG83 LD 05AUG83 NO TEST

WAIKELE SPRING LD 05MAY80 LD 05MAY80 NO TEST 2356-50 WAlMALU WELLS I PUMP 2 LD 04AUG83 LD 04AUG83 ND 23NOV83 2043-02 WAIMANALO WELL WELL 1 LD 05AUG83 LD 05AUG83 NO TEST 2557-01 WAlMANO HOME PUMP 1 NO TEST LD 09DEC83 NQ 23NOV83 2557-02 WAlMANO HOME PUMP 2 NO TEST LD 09DEC83 NQ 23NOV83 2400-05 WAIPAHU EXP WELLS II, WELL 1 LD 09MAY83 25 02DEC83 300 02DEC83 2400-06 WAIPAHU EXP WELLS II, WELL 2 LD 16MAR83 40 30NOV83 250 30NOV83 2400-02 WAIPAHU WELLS PUMP 1 LD 14APR80 58 08NOV83 320 03JUL84

"'" .....

~

APPENDIX TABLE E.2--COntinued l\)

MAXIMUM CONCENTRATIONS (PPT~ AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE lIIDB DATE TCP DATE

2400-01 WAIPAHU WELLS PUMP 2 LD 06JUL83 75 08NOV83 300 08NOV83 2400-04 WAIPAHU WELLS PUMP 3 LD 05JUL83 100 03JUL84 350 03JUL84 2400-03 WAIPAHU WELLS PUMP 4 2 27SEP83 190 08NOV83 300 270CT83 2459-23 WAIPIO HTS WELLS I PUMP 1 ND 04APR84 ND 04APR84 ND 04APR84 2459-24 WAIPIO HTS WELLS I PUMP 2 LD 12JUL83 LD 12JUL83 ND 04APR84 2500-01 WAIPIO HTS WELLS II PUMP 1 LD 02FEB81 LD 02FEB81 250 13JAN84 2500-02 WAIPIO HTS WELLS II PUMP 2 LD 27APR84 LD 27APR84 200 27APR84 2459-20 WAIPIO HEIGHTS WELLS PUMP 1 LD 20DEC82 LD 27JUL83 ND 04APR84 2459-19 WAIPIO HEIGHTS WELLS PUMP 2 LD 21SEP83 LD 21SEP83 NQ 23NOV83 2300-11 WATANABE WELL #238 LD 01FEB83 NO TEST NO TEST 2300-20 WATANABE WELL #238-1 LD 01FEB83 NO TEST NO TEST 1849- WILDER WELLS PUMP 4 LD 10AUG83 LD 10AUG83 NO TEST

YOSHIMURA WELL LD 05MAY83 NO TEST NO TEST 3855-10 ZION'S SECURITIES LAIE LD llAUG83 LD llAUG83 NO TEST 3855-07 ZION'S SECURITIES LAIE

BOOSTER PUMP STATION LD 11AUG83 LD 11AUG83 NO TEST 3956-03 ZION'S SEC. LAIE TEMPLE WELL LD llAUG83 LD 11AUG83 NO TEST

APPENDIX TABLE E.3. D.Z\.TA BASE SUMMARY, ISLAND CF ftI)L(({A' I

MAXIMUM CONCENTRATIONS {PPT~ AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EDB DATE TCP DATE

0901-01 KALUAKOI WELL LD 07MAY80 LD 07MAY80 NO TEST 0700-01 KALUALOHE WELL 17 LD 05JUN79 LD 05JUN79 NO TEST 0801-01 KAULUWAI WELL 1 LD 07MAY80 LD 07MAY80 NO TEST 0801-02 KAULUWAI WELL 2 LD 26JUL83 LD 26JUL83 NO TEST 0449-01 UALAPUE WELL LD 26JUL83 LD 26JUL83 ND 22NOV83 0855-01 WAIKOLU TUNNEL LD 16APR80 LD 16APR80 NO TEST

APPENDIX TABLE E.4. D.Z\.TA BASE SUMMARY', ISLAND CF LANA'I

MAXIMUM CONCENTRATIONS (PFT) AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EDB DATE TCP DATE

4953-01 KAPAHAKU - WELL NO. 2 LD 17APR80 LD 17APR80 NO TEST 4954-01 KAPANO GULCH - WELL NO. 3 LD 17APR80 LD 17APR80 NO TEST 5053-01,02; 5154-01

MAUNALEI PUMP HOUSE COMPOSITE LD 17APR80 LD 17APR80 NO TEST 4853-01 PALAWAI - WELL NO. 1 LD 17APR80 LD 17APR80 NO TEST 4852-02 WAIAKEKUA BEACH - WELL NO. 5 LD 25JUL83 LD 25JUL83 NO TEST 4952-01 WAIAPAA GULCH - WELL NO. 4 LD 17APR80 LD 17APR80 NO TEST

".. W

~ ~

APPEtI>IX TABLE E.5. DATA BASE SUMMARY, ISLl\tI) CF MAUl

MAXIMUM CONCENTRATIONS ~PPT~ AND SAMPLE DATES WELL NO. SITE NAME DBCP DATE EnB DATE TCP DATE

5615 AKINAKA WELL ND 23DEC83 NO TEST NO TEST 5738-01 AMFAC PUMP 5 ND 00OCT84 NO TEST NO TEST 5739-02 AMFAC PUMP 6 ND 00OCT84 NO TEST NO TEST 5619 ARAKAKI SPRING NQ 00AUG79 LD o 6MAY8 0 NO TEST 5519-02 BENHKE WELL LD 01AUG80 LD 01AUG80 NO TEST 5616 FEEHAN'S WELL 40 00OCT84 NO TEST NO TEST 5519-01 HAIKU ELEMENTARY SCHOOL WELL 10 10AUG81 NO TEST NO TEST 0136 HONOKOHAU BAY (BASAL SEEP) ND 00AUG79 NO TEST NO TEST 5640-01 HONOKOWAI WELL LD 25JUL83 LD 25JUL83 NO TEST 0038 HONOLUA BAY SPRING LD 06MAY80 LD 06MAY80 NO TEST 5332-02 lAO TUNNEL LD 26JUL83 LD 26JUL83 ND 21NOV83 5339-03 KANAHA WELL A LD 25JUL83 LD 25JUL83 NO TEST 5339-04 KANAHA WELL B LD 25JUL83 LD 25JUL83 NO TEST 5839 KAOPALA (PUUHEWALE) SPRING 350 15APR80 LD 15APR80 NO TEST 5332-05 KEPANIWAI WELL LD 19JUL83 LD 19JUL83 NO TEST 5620 MALIKO GULCH - SITE 1 PERCHED

WATER PAIA SIDE OF GULCH 1740 00AUG79 100 16APR80 NO TEST 5620-01 MALIKO GULCH - SITE 2 GARTHOFF

SPRING (MALIKO TUNNEL 16) 72 08SEP80 LD 20JUN80 ND 21NOV83 5520 MALIKO GULCH - SITE 3 LD 20JUN80 LD 20JUN80 NO TEST 5520 MALIKO GULCH - SITE 4 LD 20JUN80 LD 20JUN80 NO TEST 5520 MALIKO GULCH - SITE 5 2700 01AUG80 LD 01AUG80 NO TEST 5520-01 MALIKO PUMP 11 (SHAFT 32) 9 00OCT84 LD 16APR80 NO TEST 5420-01 MAUl HIGH SCHOOL WELL 300 00AUG79 LD 16APR80 460 21NOV83 5330-10 MOKUHAU WELLS 2 LD 19JUL83 LD 19JUL83 NO TEST 5330-11 MOKUHAU WELLS 3 LD 19JUL83 LD 19JUL83 NO TEST 5838-01 NAPILI WELL A LD 15APR80 LD 15APR80 NO TEST 5838-02 NAP ILl WELL B LD 25JUL83 LD 25JUL83 NO TEST 5838-04 NAPILI WELL C ND 30JUN82 NO TEST NO TEST 5422-01 PAIA MILL SHAFT 29 LD 16APR80 LD 16APR80 NO TEST 5423-02 PAIA SHAFT 30 LD 06MAY80 LD 06MAY80 NO TEST

APPEmIX TABLE E.S--continued


5619 PFAELTZER'S COVE (SPRING) 2230 00AUG79 LD 16APR80 NO TEST 5641-02 PIONEER MILL SHAFT 2 PUMP F LD 06MAY80 LD 06MAY80 NO TEST 5430-01 WAIEHU HEIGHTS WELL A LD 19JUL83 LD 19JUL83 NO TEST 5430-02 WAIEHU HEIGHTS WELL B LD 19JUL83 LD 19JUL83 NO TEST 5431-02 WAIHEE WELL 1 LD 19JUL83 LD 19JUL83 NO TEST 5339-01 WAIPUKA WELL A LD 25JUL83 LD 25JUL83 NO TEST 5339-02 WAIPUKA WELL B LD 25JUL83 LD 25JUL83 NO TEST 0137 WINDMILL BEACH (SPRING) LD 15APR80 LD 15APR80 NO TEST

~

APPEWIX TABLE E.6.

WELL NO. SITE NAME

7347-01 BOND TUNNEL 6528-01 HAINA WELL 3185-01 HAWAIIAN BEACHES WELL 7449-02 HAWI WELL 3557-05 KAHALUU SHAFT - NORTH KONA 5611 KAIAAKEA SPRING 2753-01 KEEL WELL A 5946-02 LALAMILO WELL 5814-01 LAUPAHOEHOE NO. 1 0335-01 NAALEHU WELL 6117-01 OOKALA TUNNEL 6321-02 PAAUILO TUNNEL 1229-01 PAHALA 4003-02 PANAEWA WELL 5813 PAPAALOA SPRING 5006-01 PEPEEKEO WELL 4306-01 PIIHONUA WELL

mTA BASE SUMMARY, ISIAND <F HAWAI I I

MAXIMUM CONCENTRATIONS {PPT~ AND SAMPLE DATES DBCP DATE EDB DATE TCP DATE

LD 16AUG83 LD 16AUG83 NO TEST LD 31AUG83 LD 31AUG83 NO TEST LD 31AUG83 LD 31AUG83 NO TEST LD 16AUG83 LD 16AUG83 NO TEST LD 31AUG83 LD 31AUG83 NO TEST LD 31AUG83 LD 31AUG83 NO TEST LD 31AUG83 LD 31AUG83 NO TEST LD 16AUG83 LD 16AUG83 NO TEST LD 24AUG83 LD 24AUG83 NO TEST LD 16AUG83 LD 16AUG83 NO TEST LD 24AUG83 LD 24AUG83 NO TEST LD 24AUG83 LD 24AUG83 NO TEST LD 16AUG83 LD 16AUG83 NO TEST LD 24AUG83 LD 24AUG83 NO TEST LD 31AUG83 LD 31AUG83 NO TEST LD 24AUG83 LD 24AUG83 NO TEST LD 24AUG83 LD 24AUG83 NO TEST

,po. 0'1

N

f KAUA'I

o W.II

K-1

o

B

K-2

o Location Mop Scal. 10 Mil •• I I o 15 Kilom.t ...

o QUOd,oOIiI. Scol. 2 Mil .. I ' o 1 Kilome.eu

K-3 K-6

K-4 K-7

o

o

K-5 K-8

K-10

DO o

o

o

o em

Afpmdix Figure F .1.1. OJadrangle layout with well site locations, Kaua 'i

K-9

o

K-ll

"'" .....,J

48

03 /

02

01

\ "" 00

59

58

57

56

21°56 159°47'30"

47

I KEKAHA, KAUA I /(-J l

02 0

1\ \ 01

0 "-

~ 0 02

r-------~ ~ ----~

46 45 44 43 42 41 40

AWendix Figure F.l.2. Kekaha, Kaua'i quadrangle (K-2)

59 IJ 01

58

57 ~

56 h 55

54

53

52

. 21·52 159·40'

'1\ "l

39 38

I HANAPEPE, KAUAI

0 01

04 0

~ -.......,. )h U ~

~

37 36 35 34 33

AWendix Figure F.1.3. Hanapepe, Kaua'i quadrangle CK-S)

49

K-5 l

'-

32

50

59

58

57

56

55

54

53

~

52

21°52 159°3230"

32

I KOLOA, KAUA I K-8 l

0 01

0 03

~ ~ ~ ( ......

~ v----

~ / 31 30 29 28 27 26 25

~ Figure F .104. Koloa, Kaua' i quadrangle <K-8)

14

13 P 12

11

10

09

08

07

22·07' 159"25'

24

'---( ~ ~

23 22 21

51

I ANAHOLA, KAUAI K-9 1

~ (

~ 01 0

03 ) 0 0 02

\

03 ~ n ~ i\

I~ 20 19 18 17

AWendix Figure F.1 .. 5. Anahola, Kaua'i quadrangle CK-9)

52

06 I KAPAA I KAUA 1

05

04

03

02

01

00

59 ,

21"59'30' 159"25'

24 23

K-l0 1

22

(

/ /

0 ( 01

/'

[7

/

r!/' 21 20 19 18

A};:pendix Figure F .1.6. Kapaa, Kaua' i quadrangle CK-10)

~

~

17

53

59 r'

0 01 \ 0

58 01

57 /" ~ 56 (

r--

/ ,--J

55

r;

-t /"

54

53 / 52

~ L.I HUE: 1 KAUA 1 K-ll I

24 23 22 21 20 19 18 17

AR?endix Figure F.l.7. Lihue, Kaua l i quadrangle CK-ll)

0-1

0-2

N 10-3 10-7 O'AHU

0 location Map Scale 10 Mil •• I i

I t 5 08\ I 0 15 Kilomete"

0 Quadrangl. Scale 2 Mil •• I i

I

0 3 Kilometer.

0-8 0-11

0 r~

~Well

A. Soil bore

00 0

00 A 0-9 I !.., 0-12 I 0 tJ A 0

0 mP 0 ~ A

0 0 DC 0

o

o

0-6

AJ;pendix Figure F.2.l. ()ladrangle layout with well and soil-bore site locations, O' ahu

0-14

U1 ,c:..

37

36

35

I---

34

~

33

32

31

30

, 21°30

158°16'30"

16

55

I KAENA} OAHU 0-1 1

v-:--

0 16

"" ~ 0 03

~ ~

15 14 13 12 11 10 09

AgJenclix Figure F.2.2. Kaena, Q'ahu qUadrangle (0-1)

56

29

28

27

26

25

24

23

22 1 WAIANAE, OAHU 21°22'30"

158°16'30"

16 15

( '\.,.

14

0 02

0 01

\ 0 01

<rc 1'\

\ \

1\

~

~ 0-2 J

13 12 11 10 09'

A{:pendix Figure F.2.3. Waianae, Olahu, quadrangle (0-2)

44

43

42

41

40

39

38

37 ,

21"37'30' 158"09'

J

08 07 06 os

57

I WAIMEA, OAHU 0-3 I

/ V

V / 0

04 or 05*

V )

/'

\

I V

04 03 02 0'11

*It could not be determined whether well 4002-04 or 4002-05 was sampled.

AJ;pmdix Figure F.2.4. Waimea, O'ahu quadrangle <0-3)

58

37

36

35 -----34

33

32

31

30

, 21"30

lSS"09'

08

/ I HALE 1 WA, OAHU O-<i

l

( 1/

0 01-15

S /

03,04 01-20 0 0

07-10,13, DO~D03 ~03

16, ~O,21 02 [ 02

01 04

~2 0

04-06 02 14,15 01,11,12,

r-. [ -18 19-

0 0 01-14 01-12

)

02 C

0 01

0 01,02

07 06 05 04 03 02 01

AI:Pendix Figure F. 2.5. Haleiwa, O' ahu quadrangle <0-4)

29 I SCHOfIELD BARRACKS,

28

27

26

25

24

23

22 \ 21·22' 30" 15S"09'

08

01 C

07

0-5 I OAHU

Del Monte t:. Fld.60

06 05 04

59

09 11 0 't§I 01 08

0 07

06 0

05~03 07

Del Monte Fld.2

~unia Spill -=-

01£3 t:. \ Del Monte

Fld.13

0 01

01 1802

01,02@ 0 03,04 34-39

0 1~-06 21

03 02 01

AR?endix Figure F.2.6. Sdlofield Barracks, Q'ahu quadrangle (0-5)

60

22

21

20

19

18

17

16

15

21'15' 15S'09

\ \

,

08

15~20

" 003

\ 0 01-11

\ \ ~ ---~ -

I EWA, OAHU 0-6 I 07 06 05 04 03 02 01

Appendix Figure F.2.7. &la, O'ahu quadrangle (0-6)

44

43

42

/ V

08

cP 41

07

40

39

38

37 21·37'30'

158·01 30

, , .. 01

61

I KAHUKU, OAHU 0-7 1

J- --~

1rJ ~ ~

0

\ 12 0 04

015,16 C £7 0

(? 01

O~

0 07

0 10 ( .~

00 59 58 57 56 55 54

~ix Figure F.2.8. Kahuku, O'ahu, quadrangle (0-7)

62

29

28

27

26

25 1:1-

24

21r!-23

22 ,/ 21°22'30'

1511°01'30"

01

02 Mililani t;i01 Well \

01-04 In 1:1 Dole Fld.

4213

~

Dole Fld. 1:14107

,,02

Dole Fld. 4111

0 01,02

Waipahu 2019

01-14 [ Well II

0 IZ1 2423

05,06 01-04 OHO

11 r-1l-20 f3

r\ 21-23 20 B

07-09,12-14, 16 17

\~ \ 00 59

I WA 1 PAHU ) OAHU 0-9

U Dole Fld. u 2857 t 4201

01~2

10 02[ 01 0

POl-03 04-12

0104 130r14* \ 02

00 C 0 0

15

50 0 14-18 0 ~:J10 ~- H 55

0

\ ~ 65 59[ 06 03[ 0 01

~ 0

'\ J ~ t1 35 32

)

58 57 56 55 54

*It could not be deteImined whether well 2457-13 or 2457-14 was sampled. tNamed Mililani Well 9 by Hawaii state Department of Health.

AJ;pendix Figure F.2.9. Waipahu, Q'ahu quadrangle (0-9)

I

22 > '-.....-

21

20

19

18 ~

17

16

15

21°15' 158°01'30"

01

63

( ~ "-/

/~ I ~ h /

~ KZ- \~ ~ ~ '" ( ""'\

1\( l)~

I~ V --- /

~ --- rJ \

\

I PUULOA, OAHU 0-10 I

00 59 58 57 56 55 54

AJ;pmdix Figure F.2.10. Puuloa, O'ahu quadrangle (<rIO)

64

37

36

\

D~ 02

35

0 06 34

33

32

31

30

, 21°30

157°54'

53

I KAHANA, OAHU 0-11 l

"-.

"'" U-1\ 0

0 01

\ 01

\

r ~ 52 51 50 49 48 47 46

~ Figure F.2.11. Kahana, Q'ahu quadrangle (o-ll)

29

28

27

26

25

24

23

22 ,

21-22'30' 157-54'

53

"'-( I KANEOHE} OAHU

'-,

\ ~\

~ 03 ,...,

61

~ 0 04

0 "'-)~

0 03

52 51 50 49 48 47

AJ;:pendix Figure F.2.l2. Kaneohe, Q1ahu quadrangle <(r12)

65

0-12 I

I ~

"---

46

66

22 0 I HONOLULU 1 OAHU 0-1'3 l

01

21 12 DO

07

0 0 10 or 11* 08

20

0 ,......-.., 070r 11*

G 0

06-08,16-19, 22 l; 21, 20 1~~JL 32 or 33*

19

\ ~~ 0

< 07 0 0 01

/ 12,13,24,25, 16

31-35,67 0

18

"" " ------

19 0 J03-11

<~ 0 01 02 0

17

, h

V 16

15 ~ 1'--._ ~

. 53 52 51 50 49 48 47 46

*5ampled well number coUld not be determined.

AgJendix Figure F.2.13. HooolUlu, Q'ahu quadrangle (0-13)

22

21

20

19

18

17

02 0

16 ~

15

, 21°15

157°46'30"

46

67

I I KOKO HEAD, OAHU 0-15 l

\ \

02 ~ 0 /""\

~

~ U

()

~

~

) V

/ r ~ --~ ,-- \ b// ~

< I~ -V

45 44 43 42 41 40 39

AJ;pmdix Figure F.2.14. Koko Head, Q'ahu quadrangle (0-15)

68

o I o

Mo-l

location Map Seal. 10 Mil •• I '

o Quadrangl. Seal. 2 Mil •• ~I----------------~i ! o JKilo"' .....

N

Mo-2 Mo-3 f MOLOKA'I

o o

DWell

Appendix Figure F.3.l. ()ladrangle layout with well site locations, ltDloka Ii

Mo-S

13 H KAUNflKAKAI, MOl.OKA I

12

r--r--11

10

09

08

07

06

1-.-r-----05

04

03 .. . 21·03'45 157·04'30" .

04 03

--

~

02

1t.-3 I

I

r--

~ c-01

~

01

69

.....-.-

V """'"

1\ ~

) \ "'-

O2

010

~ ......

~ ~ ~

00 59 58 57

Appendix Figure F.3.2. Katmakakai, z.t>loka I i quadrangle (Mo-3)

70

11

10 ~ 09

08

07

06

05

04

03

02 00 21·02'45

156'57

---56

~ ~

'-

01 C

~ I---

55 54

I I I

I KRMALO, NOLOKAI ~I

h ~ L r----... F - "- ,.,.. "\...-r--

h01

V l--/ r-'u ~ /

53 52 51 50 49

AQ;lendix Figure F.3.3. Kamalo, ltDloka' i quadrangle (Mo-4)

LANA'I 0

I> locotion Map Scale I

5 Mile.

o

o I o

,

Quadrangle Scale

i 10 Kilometers

5 Mile. , 10 Kilom"ters

N

f 0

0 0

o 0 0 0

DWell

AI:Pendix Figure F.4.1. ()ladrangle layout with well site locations, LanaI i

71

72

57

56

55

54

53

52

51

50

49

48

47

46

45

44

43

42 , 20°42' 30'

157°05'

V ( ( \ \

'"

..... J"..,.. -

~ 1"\

\ \

\

(

I \

r\

\ -

r-.., ~

~

'" ~ '" ~

"\

01 [ \ 001 \ 020

a \ 01 ~ Sl I

a 02 I 01 a

I

/ V

V V ./

rur- c::7 ~

04 03 02 01 00 59 58 57 56 55 54 53 52 51 50 49 48 47

l\g?endix Figure F.4.2. Minute grid system, Lanai i

MAUl M-l M-4 I

N

~Well i o Spring

A Soil bore

M-5 I M-7 ~-------.. M-lO I M-13

\ l!J

c5l I.1P 0

M-2

M-8 A

M-ll M-14

M-3 M-6

M-12 M-15

o Location Map Scal. 10 Mile. I I I

o 15 Kilo",et."

o Quadrangl.Scol. 2 Mil •• I I I o 3 K ilom.t."

Appendix Figure F.S.l. Quadrangle layout with well, spring, and soil-bore site locations, Maui

M-16

M-17

-...l W

74

04

03

02

01

00

59

58

57 ,

20·57'30' 156°42'30"

42

I HONOLUA, MAU 1 11-1 I

~ ~ l/ \ Honokohau Beach Spr. Basal Seep

~olua

Jv-/ Bay Spr.

r !

V 04 0

o 0 0 01 02

/ Kaopala Spr.

/ 02 C

41 40 39 38 37 36 35

AWendix Figure F.S.2. Honolua, Maui quadrangle CM-l)

57

56

55

54

53

52

51

50

, 20·50

156°42'30"

42

75

I IJ 01 I LAHAINA, MAUl 11-2 t

I 0 0 02 01

V II

\ 03 Cb

02 04

( Id 01

~

\ ~ ~

\ ~

41 40 39 38 37 36 35

~ Figure F.5.3. Lahaina, Maui quadrangle <M-2)

76

57

56

55

54

53

52

51

50

, 20-50

156-35'

34

'\ I H 1 ~I WAILUKU, MAUl

~

~ 02 [ 02 ~ §

01

.A

11 V'

iI:i1 02 05 o 0

10

33 32 31 30 29 28 27

AJ;:pendix Figure F _S.4. Wailuku, Maui quadrangle CM-S)

57

56

55

54

53

52

51

50

, 20"50

156"27'30'

27

,

I PArA, MAUl

~

~ /

......... 0

V 02

~ 0 01

26 25 24 23 22 21

AJ;:pendix Figure F .5.5. Paia, Maui quadrangle (M-7)

77

11-7

t MalikV Site\ 1

0 001

001 MalikoQ Site 5 Maliko

M I"k Site 3 010 0

Site 4--0 ID 01 A

MlP Fld, 234

20

78

57 Pfaeltzer Spr. \

I ,/u ~

Arakaki Spr. 56

J02 0 01

55

54

53

52

51

50

. 20'50 156°20'

19

I HAIKU, MAUl t1-10 l

---------~ ~ Akinaka

Well

k 0 "" MlP Fld. "-210 1\

l

1 ~

18 17 16 15 14 13 12

lq:pendix Figure F.S.6. Haiku, Maui quadrangle CM-IO)

49

48

47

46

45

44

43

42 ,

20-42'30' 156·20'

19

79

I KILOHANA, MAUl 11-11 1

MLP Fld. 275

18 17 16 15 14 13 12

.AWendix Figure F.5. 7. Kilohana, Maui quadrangle CM-ll)

80

H-3

I ~ [J

~ HAWAI'I {

H-4 H-13

\ ~ H-14 H-25 ~

H-52 N

~ H-35

f ~ H-5 ;{-1~ H-26 H-36 H-45 H-53

~ j H-66

H-l ~ H-16 H-27 H-37 H-46 H-54 H-61 "'" D

I H-\, H-7 H-17 H-28 H-38 H-47 H-55 H-62 [J~ 1 H-71

C rH-a H-18 H-29 H-39 H-48 H-56 H-63 H-68 H-~

C

~-74 H-19 H-30 H-40 H-49 H-57 H-64 H-69 H-73 H-9 C

/ H-l0 \ H-20 H-31 H-41 H-50 H-58 H-65 / - .,..---H-ll J H-21 H-32 H-42 H-51 V / ~Well

H-59 o Spring

H-12 \ H-22 H-33 H~r ~ 0 location Map Scale 20 Mil ••

I i i

~ V 0 30 Kila .... t ...

0 Quadrangl. Seal. 2 Mil ••

H-23 H-34 I i i

0 3 Kilom.ten

AJ;pendix Figure F.6.1. Quadrangle layout with well and spring site locations, Hawai' i

37

36

35

34

33

32

31

30

. 19°30 156°00'

59

81

~ I KEALAKEKUA, HAWAll H-B l \

)

\ 05 Cl

"\

)

"'-.

\ (

\ 58 57 56 55 54 53 52

AJ;pendix Figure F.6 .2. Kealakekau, Hawai' i quadrangle (H-8)

82

29

28

27

26

25

24

23

22 1 HONAUNAU, ,

19-22'30' 156-00'

59

D

l I---

HAWAII H-9 I 58 57

"'--D ( 01

0

\ ~

) \.

)

\ \ ~

56 55 54 53

AR;lendix Figure F _6 _3 _ Honatmau, Hawai' i quadrangle (H-9)

52

76

75 V

74

73

72

71

70

69

68

67 ,

20-0.1'30.' 155"52'30.·

52

83

I HAWI., HAWAII H-13 l --..---i'--

~ ~

'\

"-~ 0

~ 02

\ ~

51 50 49 48 47 46 45

Appendix Figure F.6.4. Hawi, Hawaii i quadrangle (&-13)

84

59

58

57

56 L/

55

54

53

52 ,

19·52'30' 155·52'30"

52

) 02 0

)

v /

I PUU HINAI J HAWAII H-15 I 51 50 49 48 47 46 45

.Appendix Figure F.6.S. Pull Sinai, Hawai'i quadrangle (H-lS)

07 J NAALEHU, HAWA11

06

05

04

03

02

01

00

, 19"00

155°37'30"

37

0 01

36

i

) 35

/ H-i3 I

/

V /

r ~ (

I) V

34 33 32 31

AWendix Figure F" 6.6. Naalehu, Hawai' i quadrangle (&-43)

85

30

86

67

66 ~

65

64

63

62

61

60

20-00' 1.55°30'

29

----01 ~ 0

28 27

I HONOKAA J HAWA 11 H-H l

~ ~ -----. ~

~

"--~

26 25 24 23 22

Ag?endix Figure F.6. 7. Honokaa, Hawai' i quadrangle (&-44)

14

13

12

11

10

09

08

07 19-07'30"

155-30'

"~ ..

I PAHALA, HAW A I I tt-51 I

01 0

--

~ V

/'

/ V

,

/ J

~

r ~

29 28 27 26 25 24 23 22

~ Figure F _6.8. Pahala, Hawai' i quadrangle (H-51)

88

67

66

65

64

63

~

62

61

60

, 20·00

1.55·22'30"

22

I KUKAIAU, HAWA1I H-52 l

~ ----...

~ ,

'-.... ~

~ ~

~ ~

21 20 19 18 17 16 15

AI;pendix Figure F.6.9. Kukaiau, Hawai' i quadrangle (H-52)

59

~ 58

57

56

55

54

53

52

19"52'30" lSS"IS'

0"'" 01

14

~ ~ Papaaloa

o Spr.

'\

13 12

89

I PAPAALOA, HAWA I I H-60 I

I~ u

~ Kaiaakea

Spr.

"-

~ "-

'\ '" \

11 10 09 08 07

AaJendix Figure F.6.l0. Papaaloa, Hawai'i quadrangle (H-60)

90

53

~ " 52

51

50

49

48

47

46

45

, 19·"5

155·07'30"

07

I PAPAIKOU, HAWAII H61

~ 1\

01 [J ~ j

/ \ I }

\ 06 05 04 03 02 01 00

.AWendix Figure F.6.11. Papaikou, Hawai'i quadrangle (H-66)

44

43

42

41

40

39

38

37 , 19·37'30'

155·07'30"

07

91

\ ~ 1----/ ~

~ v v "-

01 0

02 0

I HILO, HAWAII H-67r

06 05 04 03 02 01 00

AJ;:pendix Figure F.6 .12. Hilo, Hawai' i quadrangle (H-67)

92

37

36

35

34

33

32

31

30

, 19"30

1.5.5°00'

""" h I PAHOA NORTH, HAWAII H-72 1 V

I~ ~

~ .............

~ ~

'" pOl

89 88 87 86 85 84 83 82

AB?endix Figure F.6.13. Pahoa North, Hawai' i quadrangle (5-72)

delwyn s. cki 'ibanas w....

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