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Display Formats for Conference Proceedings

IALL (Full Record)

=> d L7 iall 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
ACCESSION NUMBER:        124:37057  CA
TITLE:                   Real world ramifications of adopting the Great
                         Lakes Water Quality Guidance as national policy:
                         a San Francisco Bay case study
AUTHOR(S):               Grovhoug, Thomas R.; Thorme, Melissa; Weir,
                         Charles
CORPORATE SOURCE:        Larry Walker Associates, Davis, CA, 95616, USA
SOURCE:                  Proc. Water Environ. Fed. Annu. Conf. Expo.,
                         67th (1994), Volume 4, 445-56.  Water
                         Environment Federation: Alexandria, Va.
                         CODEN: 61ZJAV
DOCUMENT TYPE:           Conference
LANGUAGE:                English
CLASSIFICATION:          61-2 (Water)
                         Section cross-reference(s): 60
ABSTRACT:
The EPA has developed the Great Lakes Water Quality Guidance (GLWQG) to
control pollution in the Great Lakes and its tributaries.  The GLWQG
seeks to eliminate pollutant discharges, esp. discharges of toxic
pollutants.  Because of the GLWQG’s scope and because EPA has proposed
adopting this guidance as a national toxics control policy, the GLWQG may
be the most far-reaching water quality regulation ever proposed by EPA.
This paper provides a real world view of the effect on POTWs, assuming
the GLWQG were expanded beyond the Great Lakes Region, by exploring 2
case studies which utilize the extensive effluent and ambient water
quality data for the San Francisco Bay.  The 1st case study examines the
implementation of the GLWQG in the Bay for 3 specific pollutants.  The
2nd examines the GLWQG’s 0 discharge scenario for POTWs in the San
Francisco Bay area and describes the resultant costs, benefits, and
impacts.

SUPPL. TERM:       Great Lake Water Quality Guidance
INDEX TERM:        Water pollution
                      (real world ramifications of adopting Great Lakes
                      Water Quality Guidance as national policy and San
                      Francisco Bay case study)
INDEX TERM:        Aromatic hydrocarbons, occurrence
                   ROLE: POL (Pollutant); OCCU (Occurrence)
                      (polycyclic, real world ramifications of adopting
                      Great Lakes Water Quality Guidance as national
                      policy and San Francisco Bay case study)
INDEX TERM:        7439-97-6, Mercury, occurrence   7440-50-8, Copper,
                   occurrence
                   ROLE: POL (Pollutant); OCCU (Occurrence)
                      (real world ramifications of adopting Great Lakes
                      Water Quality Guidance as national policy and San
                      Francisco Bay case study)

ALL (Full Record)

=> d L7 all 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
AN   124:37057  CA
TI   Real world ramifications of adopting the Great Lakes Water Quality
     Guidance as national policy: a San Francisco Bay case study
AU   Grovhoug, Thomas R.; Thorme, Melissa; Weir, Charles
CS   Larry Walker Associates, Davis, CA, 95616, USA
SO   Proc. Water Environ. Fed. Annu. Conf. Expo., 67th (1994), Volume 4,
     445-56 Publisher: Water Environment Federation, Alexandria, Va.
     CODEN: 61ZJAV
DT   Conference
LA   English
CC   61-2 (Water)
     Section cross-reference(s): 60
AB   The EPA has developed the Great Lakes Water Quality Guidance (GLWQG)
     to control pollution in the Great Lakes and its tributaries.  The
     GLWQG seeks to eliminate pollutant discharges, esp. discharges of
     toxic pollutants.  Because of the GLWQG’s scope and because EPA has
     proposed adopting this guidance as a national toxics control policy,
     the GLWQG may be the most far-reaching water quality regulation ever
     proposed by EPA.  This paper provides a real world view of the
     effect on POTWs, assuming the GLWQG were expanded beyond the Great
     Lakes Region, by exploring 2 case studies which utilize the
     extensive effluent and ambient water quality data for the San
     Francisco Bay.  The 1st case study examines the implementation of
     the GLWQG in the Bay for 3 specific pollutants.  The 2nd examines
     the GLWQG’s 0 discharge scenario for POTWs in the San Francisco Bay
     area and describes the resultant costs, benefits, and impacts.
ST   Great Lake Water Quality Guidance
IT   Water pollution
        (real world ramifications of adopting Great Lakes Water Quality
        Guidance as national policy and San Francisco Bay case study)
IT   Aromatic hydrocarbons, occurrence
     RL: POL (Pollutant); OCCU (Occurrence)
        (polycyclic, real world ramifications of adopting Great Lakes
        Water Quality Guidance as national policy and San Francisco Bay
        case study)
IT   7439-97-6, Mercury, occurrence   7440-50-8, Copper, occurrence
     RL: POL (Pollutant); OCCU (Occurrence)
        (real world ramifications of adopting Great Lakes Water Quality
        Guidance as national policy and San Francisco Bay case study)

IBIB (Indented bibliographic citation)

=> d L7 ibib 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
ACCESSION NUMBER:        124:37057  CA
TITLE:                   Real world ramifications of adopting the Great
                         Lakes Water Quality Guidance as national policy:
                         a San Francisco Bay case study
AUTHOR(S):               Grovhoug, Thomas R.; Thorme, Melissa; Weir,
                         Charles
CORPORATE SOURCE:        Larry Walker Associates, Davis, CA, 95616, USA
SOURCE:                  Proc. Water Environ. Fed. Annu. Conf. Expo.,
                         67th (1994), Volume 4, 445-56.  Water
                         Environment Federation: Alexandria, Va.
                         CODEN: 61ZJAV
DOCUMENT TYPE:           Conference
LANGUAGE:

CBIB (Compressed bibliographic citation)

=> d L7 cbib 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
124:37057  Real world ramifications of adopting the Great Lakes Water
     Quality Guidance as national policy: a San Francisco Bay case study.
     Grovhoug, Thomas R.; Thorme, Melissa; Weir, Charles (Larry Walker
     Associates, Davis, CA, 95616, USA).  Proc. Water Environ. Fed. Annu.
     Conf. Expo., 67th, Volume 4, 445-56.  Water Environment Federation:
     Alexandria, Va. (English) 1994.  CODEN: 61ZJAV.

BIB (Bibliographic citation)

=> d L7 bib 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
AN   124:37057  CA
TI   Real world ramifications of adopting the Great Lakes Water Quality
     Guidance as national policy: a San Francisco Bay case study
AU   Grovhoug, Thomas R.; Thorme, Melissa; Weir, Charles
CS   Larry Walker Associates, Davis, CA, 95616, USA
SO   Proc. Water Environ. Fed. Annu. Conf. Expo., 67th (1994), Volume 4,
     445-56 Publisher: Water Environment Federation, Alexandria, Va.
     CODEN: 61ZJAV
DT   Conference
LA   English

IBIB ABS (Indented Citation and Abstract)

=> d L7 ibib abs 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
ACCESSION NUMBER:        124:37057  CA
TITLE:                   Real world ramifications of adopting the Great
                         Lakes Water Quality Guidance as national policy:
                         a San Francisco Bay case study
AUTHOR(S):               Grovhoug, Thomas R.; Thorme, Melissa; Weir,
                         Charles
CORPORATE SOURCE:        Larry Walker Associates, Davis, CA, 95616, USA
SOURCE:                  Proc. Water Environ. Fed. Annu. Conf. Expo.,
                         67th (1994), Volume 4, 445-56.  Water
                         Environment Federation: Alexandria, Va.
                         CODEN: 61ZJAV
DOCUMENT TYPE:           Conference
LANGUAGE:                English
AB   The EPA has developed the Great Lakes Water Quality Guidance (GLWQG)
     to control pollution in the Great Lakes and its tributaries.  The
     GLWQG seeks to eliminate pollutant discharges, esp. discharges of
     toxic pollutants.  Because of the GLWQG’s scope and because EPA has
     proposed adopting this guidance as a national toxics control policy,
     the GLWQG may be the most far-reaching water quality regulation ever
     proposed by EPA.  This paper provides a real world view of the
     effect on POTWs, assuming the GLWQG were expanded beyond the Great
     Lakes Region, by exploring 2 case studies which utilize the
     extensive effluent and ambient water quality data for the San
     Francisco Bay.  The 1st case study examines the implementation of
     the GLWQG in the Bay for 3 specific pollutants.  The 2nd examines
     the GLWQG’s 0 discharge scenario for POTWs in the San Francisco Bay
     area and describes the resultant costs, benefits, and impacts.

CBIB ABS (Compressed citation and abstract)

Note: You can also use bib abs or ibib abs

=> d L7 cbib abs 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
124:37057  Real world ramifications of adopting the Great Lakes Water
     Quality Guidance as national policy: a San Francisco Bay case study.
     Grovhoug, Thomas R.; Thorme, Melissa; Weir, Charles (Larry Walker
     Associates, Davis, CA, 95616, USA).  Proc. Water Environ. Fed. Annu.
     Conf. Expo., 67th, Volume 4, 445-56.  Water Environment Federation:
     Alexandria, Va. (English) 1994.  CODEN: 61ZJAV.
AB   The EPA has developed the Great Lakes Water Quality Guidance (GLWQG)
     to control pollution in the Great Lakes and its tributaries.  The
     GLWQG seeks to eliminate pollutant discharges, esp. discharges of
     toxic pollutants.  Because of the GLWQG’s scope and because EPA has
     proposed adopting this guidance as a national toxics control policy,
     the GLWQG may be the most far-reaching water quality regulation ever
     proposed by EPA.  This paper provides a real world view of the
     effect on POTWs, assuming the GLWQG were expanded beyond the Great
     Lakes Region, by exploring 2 case studies which utilize the
     extensive effluent and ambient water quality data for the San
     Francisco Bay.  The 1st case study examines the implementation of
     the GLWQG in the Bay for 3 specific pollutants.  The 2nd examines
     the GLWQG’s 0 discharge scenario for POTWs in the San Francisco Bay
     area and describes the resultant costs, benefits, and impacts.

BIB ABS (Citation and abstract)

=> d L7 bib abs 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
AN   124:37057  CA
TI   Real world ramifications of adopting the Great Lakes Water Quality
     Guidance as national policy: a San Francisco Bay case study
AU   Grovhoug, Thomas R.; Thorme, Melissa; Weir, Charles
CS   Larry Walker Associates, Davis, CA, 95616, USA
SO   Proc. Water Environ. Fed. Annu. Conf. Expo., 67th (1994), Volume 4,
     445-56 Publisher: Water Environment Federation, Alexandria, Va.
     CODEN: 61ZJAV
DT   Conference
LA   English
AB   The EPA has developed the Great Lakes Water Quality Guidance (GLWQG)
     to control pollution in the Great Lakes and its tributaries.  The
     GLWQG seeks to eliminate pollutant discharges, esp. discharges of
     toxic pollutants.  Because of the GLWQG’s scope and because EPA has
     proposed adopting this guidance as a national toxics control policy,
     the GLWQG may be the most far-reaching water quality regulation ever
     proposed by EPA.  This paper provides a real world view of the
     effect on POTWs, assuming the GLWQG were expanded beyond the Great
     Lakes Region, by exploring 2 case studies which utilize the
     extensive effluent and ambient water quality data for the San
     Francisco Bay.  The 1st case study examines the implementation of
     the GLWQG in the Bay for 3 specific pollutants.  The 2nd examines
     the GLWQG’s 0 discharge scenario for POTWs in the San Francisco Bay
     area and describes the resultant costs, benefits, and impacts.

TI (Title)

=> d L7 ti 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
TI   Real world ramifications of adopting the Great Lakes Water Quality
     Guidance as national policy: a San Francisco Bay case study

SCAN (Sample format in random order, free)

=> d L7 scan

L7    20 ANSWERS   CA  COPYRIGHT 1996 ACS
CC   61-1 (Water)
TI   Sources and sinks of biologically reactive oxygen, carbon, nitrogen,
     and silica in northern San Francisco Bay
ST   oxygen distribution San Francisco Bay; carbon distribution San
     Francisco Bay; nitrogen distribution San Francisco Bay; silica
     distribution San Francisco Bay; element distribution estuary San
     Francisco
IT   Waters, natural
        (estuarine, biol. reactive oxygen and carbon and nitrogen and
        silica sources and sinks in, of northern San Francisco Bay,
        California)
IT   7440-44-0, occurrence   7631-86-9, occurrence   7727-37-9,
     occurrence   7782-44-7, occurrence
     RL: OCCU (Occurrence)
        (in estuary water, sources and sinks of, in northern San
        Francisco Bay, California)

HOW MANY MORE ANSWERS DO YOU WISH TO SCAN? (1):1

L7    20 ANSWERS   CA  COPYRIGHT 1996 ACS
CC   61-2 (Water)
     Section cross-reference(s): 60
TI   Real world ramifications of adopting the Great Lakes Water Quality
     Guidance as national policy: a San Francisco Bay case study
ST   Great Lake Water Quality Guidance
IT   Water pollution
        (real world ramifications of adopting Great Lakes Water Quality
        Guidance as national policy and San Francisco Bay case study)
IT   Aromatic hydrocarbons, occurrence
     RL: POL (Pollutant); OCCU (Occurrence)
        (polycyclic, real world ramifications of adopting Great Lakes
        Water Quality Guidance as national policy and San Francisco Bay
        case study)
IT   7439-97-6, Mercury, occurrence   7440-50-8, Copper, occurrence
     RL: POL (Pollutant); OCCU (Occurrence)
        (real world ramifications of adopting Great Lakes Water Quality
        Guidance as national policy and San Francisco Bay case study)

HOW MANY MORE ANSWERS DO YOU WISH TO SCAN? (1):0

SAM (Sample, title plus indexing)

=> d L7 sam 2

L7   ANSWER 2 OF 20  CA  COPYRIGHT 1996 ACS
CC   61-2 (Water)
     Section cross-reference(s): 60
TI   Real world ramifications of adopting the Great Lakes Water Quality
     Guidance as national policy: a San Francisco Bay case study
ST   Great Lake Water Quality Guidance
IT   Water pollution
        (real world ramifications of adopting Great Lakes Water Quality
        Guidance as national policy and San Francisco Bay case study)
IT   Aromatic hydrocarbons, occurrence
     RL: POL (Pollutant); OCCU (Occurrence)
        (polycyclic, real world ramifications of adopting Great Lakes
        Water Quality Guidance as national policy and San Francisco Bay
        case study)
IT   7439-97-6, Mercury, occurrence   7440-50-8, Copper, occurrence
     RL: POL (Pollutant); OCCU (Occurrence)
        (real world ramifications of adopting Great Lakes Water Quality
        Guidance as national policy and San Francisco Bay case study)