BEE-spoke-data/govdocs1-by-extension huggingface dataset:
SECURITIES ACT REGISTRATIONS
January 14, 2009

The following registration statements have been  filed  with  the  SEC
under the Securities Act of 1933. The reported information appears  as
follows: Form, Name, Address and Phone Number (if  available)  of  the
issuer of the security; Title and the number and/or face amount of the
securities  being  offered;  Name  of  the  managing  underwriter   or
depositor (if  applicable);  File  number  and  date  filed;  Assigned
Branch; and a designation if the statement is a New Issue.

Registration statements may be viewed in person in the Commission's
Public Reference Branch at 100 F Street, N.E., Washington, D.C. To
obtain paper copies, please refer to information on the Commission's
Web site at http://www.sec.gov/answers/publicdocs.htm. In most cases,
you can view and download this information by using the search
function located at:
http://www.sec.gov/edgar/searchedgar/companysearch.html.


S-8     ArcSight Inc, 5 Results Way, Cupertino, CA, 95014, 408-864-2600 - 
        0 ($13,025,006.60) Equity, (File 333-156691 - Jan. 13) (BR. 03B)

F-3ASR  UBS AG, BAHNHOFSTRASSE 45, P O BOX CH 8098, ZURICH, V8, -, 
        41-1-234-4100 - 0 ($0.00) Other, (File 333-156695 - Jan. 13) (BR. 07C)

S-8     Green Planet Bio Engineering Co. Ltd., 18851 NE 29TH   AVENUE, 
        SUITE 700, AVENTURA, FL, 33180, 212 930 9700 - 
        4,989,167 ($4,839,492.00) Equity, (File 333-156696 - Jan. 13) (BR. 09)

S-3ASR  HUNTINGTON BANCSHARES INC/MD, HUNTINGTON CTR, 41 S HIGH ST HC0632, 
        COLUMBUS, OH, 43287, 6144808300 - 0 ($0.00) Other, (File 333-156700 - 
        Jan. 13) (BR. 07C)

S-3ASR  ENSCO INTERNATIONAL INC, 500 NORTH AKARD STREET, SUITE 4300, DALLAS, 
        TX, 75201-3331, 2143973000 - 0 ($0.00) Unallocated (Universal) Shelf, 
        (File 333-156705 - Jan. 13) (BR. 04B)

S-1     HUMAN BIOSYSTEMS INC, 1127 HARKER AVE, PALO ALTO, CA, 94301, 
        6503230943 - 36,675,551 ($366,755.51) Equity, (File 333-156706 - 
        Jan. 13) (BR. 01C)

F-10    PAN AMERICAN SILVER CORP, 0 ($200,000,000.00) Equity, 
        (File 333-156707 - Jan. 13) (BR. 04B)

S-3     Ardea Biosciences, Inc./DE, 4939 DIRECTORS PLACE, SAN DIEGO, CA, 92121, 
        858-652-6500 - 3,421,668 ($41,094,232.68) Equity, (File 333-156708 - 
        Jan. 13) (BR. 01A)

S-3ASR  LEVEL 3 COMMUNICATIONS INC, 1025 ELDORADO BOULEVARD, BLDG 2000, 
        BROOMFIELD, CO, 80021, 7208881000 - 0 ($1,101,711,460.00) Other, 
        (File 333-156709 - Jan. 13) (BR. 11C)

F-10    AGNICO EAGLE MINES LTD, 145 KING STREET EAST, SUITE 400, TORONTO, A6, 
        M5C 2Y7, 4169471212 - 0 ($500,000,000.00) Other, (File 333-156710 - 
        Jan. 13) (BR. 04B)

S-1     GCF BANCORP INC, 381 EGG HARBOR ROAD, SEWELL, NJ, 08080-9219, 
        (856) 589-6600 - 3,041,750 ($30,417,500.00) Equity, (File 333-156711 - 
        Jan. 13) (BR. )
IO                                  FLYING   MACHINES.
ity, but there will be friction of air upon them, and there
must be a solid body or hull to contain the machinery
and the cargo.
Thus the elements of resistance are three in num-
ber :
1.  The hull resistance.
2.  The drift.
3.  The skin friction.
Of the skin friction Professor Langley says that it is ap-
parently so small that it may be neglected without mate-
rial error ; and he has given the measure of the " drift"
as the result of his experiments.
The head or hull resistance will probably be found to be
the chief element which will limit the possible speed of
flying machines. It will probably grow as the square of
the velocity, thus requiring the power exerted to vary as
the cube of the speed, but will be modified by a series of
coefficients, due to the shape of the solid body, just as
some birds are swifter flyers than others of the same
weight, in consequence of their difference in shape.
Hence the power required to drive such a machine can
only be approximated at present ; but this will be more
particularly discussed when treating of the areas of sup-
porting surfaces and speed of birds, for the reader may be
impatient to be told something of what has been attempted
by man.
Inventors, in their ignorance of the laws of air reactions
and resistances, have proposed all sorts of devices for
compassing artificial flight and experimented wilh not a
few ; so that Mr. . Dieuaide, of Paris, upon making a
study of the subject, published in 1880 an illustrated
chart,* in which he delineated the more remarkable ma-
chines which had been proposed for aerial navigation with-
out the use of balloons. This chart contains some 53
figures ; and from this, as well as from the book of M.
Gaston Tissandier on Aerial Navigation,t which contains
much accurate information, the following has been chiefly
compiled, in which it will be attempted not only to give an
account of what has been proposed, so far as the meager
data will permit, but also to critcise the machines with the
light of our present knowledge, and to endeavor to point
out why they failed. Failures, it is said, are more in-
structive than successes ; and thus far in flying machines
there have been nothing but failures.
These various machines, diverse as they are, may rough-
* Tableau d'A viation. Reprsentant tout ce qui a t fait de remarquable
sur la navigation Arienne sans Ballons.   Published by the author.
t La Navigation Arienne. Par Gaston'Tissandier. Hachette et Cie ;
octavo, 334 pp.
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5
walked straight trum dat day to dis and I have to set here in dis chair
now, but I don feel mad none now. I feel s good and wants to go to he  yen I am gonna tel no lie on White nor black oose taint no use.
	ItSome uv de slaves run away, lots uv um. Some would be cot and
when dey ketohed em dey put bells on em; tust dey would put a iron ban t round dey neck and anuder one  round de wal et and ri vet um tegethe r down de back; de bell would hang on de ban round de neck so dat it would ring when de slave walked and den dey wouldn git way. Some uv dem wore dese be 1 1 s three end four mont n and when dey time wuz up dey would take em off
ein. Jake Overstreet, George Bull, John Green, Ruben Golder, Jim Bradley and a hos uv others wore dem bells. Dis is whiit I know, not whut somebody else say. I seen dis myself. En missus, when de big gun fiahed, de runerway slaves corned out de woods fr~im all directions. We wuz in de field when it fiahed, but I members dey wuz all very glad.
cc, After de war, we worked but we got pay fur it.
	01e man Pieroe and others would call some kin of a perlitical (political) ineetin but I could never understazi whut dey wuz talkin bout. We didri had no kin uv schools and all I knows but dem is dat I sent my ohilluins in Leon and Gadsden Counties.
	I had lots uv sisters and brothers but I cant member de names
of none by Lytie, Mary, Patsy and Ella; my brothers, is Edmond and Cornelius
Jackson. Cornelius is livin now somewhere I think but I dont never see him.
	~When de bi g gun fi shed I was a young mi s sy totin cotton to de scales at de ginhouse; of de ginhouse wuz close by, you had to tote de cotton to it, but ef it wuz iXir way wagins ud come to de fields aM weigh it up and take it to de ginhouse. I was still livin near Lake Jackson and we went to Abram Baileys place near Tallahassee. Carr turned us out without nuthin
Welcome to SNOWDOG

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TITLE:   GCN GRB OBSERVATION REPORT
NUMBER:  4946
SUBJECT: Konus-Wind observation of the recent SGR 1900+14 activity.  Will
DATE:    06/04/03 15:03:04 GMT
FROM:    Valentin Pal'shin at Ioffe Inst  <val@mail.ioffe.ru>

S. Golenetskii, R.Aptekar, E. Mazets, V. Pal'shin, D. Frederiks and
T. Cline on behalf of the Konus-Wind team, report:

Konus-Wind triggered twice on March 29 due to SGR 1900+14 activity.
The first trigger occurred at 5282.959 s UT (01:28:02.959).
This burst was detected and located by Swift BAT (Moretti et al., GCN
4933). It was an ordinary single spike SGR burst with a duration of
~0.07 sec. It had a fluence 7.21(-1.46,+0.91)x10^-7 erg/cm2 (in the
20-200 keV range). Its spectrum is well fitted by OTTB model with
kT=18.3(-3.1,+3.7) keV. All the quoted errors are at the 90% confidence
level.

Much more interesting event triggered Konus-Wind at T0=9928.369 s UT
(02:45:28.369). It was a series of bursts. The trigger part of the
series contains seven intense bursts and several substantially weaker
bursts. The fluences of the intense bursts vary from ~10^-7 to
1.5x10^-6 erg/cm2 (in the 20-200 keV range).
At this time Swift was in SAA and did not detect these bursts.

After the end of the Konus-Wind trigger record and during data
read-out much more intense cluster of the bursts (observed and located
by Swift-BAT (Romano et al., GCN 4934) was detected by Konus-Wind at
T-T0=458 s (02:53:08) with coarse time resolution of 3.96 sec.
As observed by Konus-Wind the cluster had a duration of ~25 sec.
Fortunately, the multichannel spectra were accumulated by Konus-Wind
during this cluster of bursts.
We conservatively estimate the cluster fluence to be
(1-2)10^-4 erg/cm2 (in the 20-200 keV range).
This value can be refined.

It is worth to notice that the reactivation of SGR 1900+14 in 1998
started with several single bursts, which were shortly followed by a
series of bursts on 1998 May 30.
(http://www.ioffe.rssi.ru/LEA/SGR/Catalog/Data/1900/980530a.htm ;
Aptekar et al., ApJSS, 137, 227 (2001))
This series occurred 89 days before the 27 August 1998 giant flare.
The first burst series from SGR 1806-20 was detected on 2004 October 5
by INTEGRAL-IBIS/ISGRI (Mereghetti et al., GCN 2763;
Gotz, Mereghetti, and Mirabel, GCN 2764)
and Konus-Wind (Golenetskii et al., GCN 2769),
83 days before the 27 December 2004 giant flare from this SGR.
Other two series from SGR 1806-20 were detected by Konus-Wind on 2004
December 21 and 25.

The March 29 series, considered here, resembles the burst series
mentioned above, and has several times greater fluence.

We conclude that at present time SGR 1900+14 demonstrates a behavior
similar to pre-giant flare state. So we may expect a further increase
activity of SGR 1900+14 and a repeated (!) giant flare from this SGR at 
the latter half of June.
####018001257####
FNUS63 KGID 081024
RFDGID

GRASSLAND FIRE DANGER STATEMENT
NATIONAL WEATHER SERVICE HASTINGS NE
424 AM CST SUN FEB 8 2009

NEZ041-048-049-090000-
NANCE-MERRICK-POLK-
424 AM CST SUN FEB 8 2009

THE GRASSLAND FIRE DANGER INDEX WILL BE IN THE HIGH CATEGORY THIS
AFTERNOON.

HIGH FIRE DANGER MEANS...FIRES WILL BE DIFFICULT TO CONTROL.
OUTDOOR BURNING SHOULD BE RESTRICTED TO EARLY MORNING AND LATE
EVENING HOURS.

$$

NEZ039-040-046-047-062>064-076-077-086-087-090000-
VALLEY-GREELEY-SHERMAN-HOWARD-HALL-HAMILTON-YORK-CLAY-FILLMORE-
NUCKOLLS-THAYER-
424 AM CST SUN FEB 8 2009

THE GRASSLAND FIRE DANGER INDEX WILL BE IN THE MODERATE CATEGORY
THIS AFTERNOON.

MODERATE FIRE DANGER MEANS...ALTHOUGH CONTROLLED BURNING CAN BE
DONE WITHOUT CREATING A HAZARD...ROUTINE CAUTION SHOULD BE TAKEN.

$$

KSZ005>007-017>019-NEZ060-061-072>075-082>085-090000-
PHILLIPS-SMITH-JEWELL-ROOKS-OSBORNE-MITCHELL-DAWSON-BUFFALO-
GOSPER-PHELPS-KEARNEY-ADAMS-FURNAS-HARLAN-FRANKLIN-WEBSTER-
424 AM CST SUN FEB 8 2009

THE GRASSLAND FIRE DANGER INDEX WILL BE IN THE LOW CATEGORY THIS
AFTERNOON.

LOW FIRE DANGER MEANS...CONTROLLED BURNS CAN BE EXECUTED WITH
REASONABLE SAFETY.

$$
===========================================
Minutes of Tracking Meeting, August 1, 2007
===========================================
taken by U. Husemann


Max Goncharov: Space-Time Vertexing
===================================

- Motivated by search for delayed photons, see CDF Note 8015
- Vertexing is a clustering problem
- Z vertexing: search window too wide (problem at high luminosity)
- Observe tails in difference between t0 from electron track and 
  event t0 (from ZVertex): background from different collision
- Time resolution: 1.28 ns RMS
- Time adds another (almost orthogonal) dimension to vertexing problem
- Algorithm:
  1. Find number of vertices (overestimate), tracks sorted by pT
  2. Merge closeby vertices
- Probabilistic approach to vertex merging: "expectation normalization"
  -> each track is assigned a probability to belong to a given vertex
- Validation: split vertices with many tracks in two vertices and compare
- Efficiency: remove single tracks from vertex with many tracks
- Time resolution: 1.27 ns RMS
- Vertex z resolution has small but long tail from merged vertices 
  (splitting code available but not used)
- Average number of vertices grows linearly with luminosity, 
  except for highest luminosities (while ZVertexFinder is linear)

- Discussion: questions and concerns (probably incomplete)
  o There could be biases from shifted vertices
  o Algorithm uses COT-only tracks, need to add silicon to improve resolution
  o Track resolution information not used to determine vertex position
  o Resolutions in z and t: background and peak have different means
  o There is no d0 cut on tracks (ZVertexFinder has 1 cm d0 cut): 
    could the algorithm be sensitive to Kshorts?
  o Algorithm gets good time resolution from per-wire calibration 
    (needs proper calibration data from additional DB)
  o How does the performance compare with ZVertexFinder?
    . Is new algorithm superior to ZVertexFinder's primary vertex 
      assignment by largest sum of transverse momenta?
    . Jet corrections rely on ZVertexFinder's linear dependence of
      average number of vertices on luminosity
  o ZVertexFinder requires re-tuning for Gen7
    . Treatment of new track categories
    . Criteria for class-12 vertices



All: Status of int10 Validation
===============================

- Checks done so far:
  o Koji Sato: standard COT plots
  o Matt Herndon: silicon forward tracking efficiency
  o Ben, Antonio, Ulrich: started detailed studies

- More thorough validation required:
  o Oliver: 10k tests
  o Ben, Antonio, Ulrich: efficiencies for all tracking algorithms, 
    low level track parameters, silicon hit charge, ...
remarks file xtalmr/packing.inp   -- Compute a packing function

{===>} parameter @TOPPAR:parhcsdx.pro end                {*Read parameters.*}

{===>} structure @rigid.psf end                      {*Read structure file.*}

{===>} coor @rigid.pdb                                  {*Read coordinates.*}


xrefin
{===>}                                             {*Unit cell for crystal.*}
   a=44.144 b=164.69 c=70.17 alpha=90. beta=108.50 gamma=90.

{===>}
   symmetry=(x,y,z)                 {*Operators for crystal symmetry P2(1).*}
   symmetry=(-x,y+1/2,-z) 

   SCATter ( chemical C* ) 
       2.31000 20.8439 1.02000 10.2075 1.58860 .568700 .865000 51.6512 .215600
   SCATter ( chemical N* )
      12.2126 .005700 3.13220 9.89330 2.01250 28.9975 1.16630 .582600 -11.529
   SCATter ( chemical O* )
      3.04850 13.2771 2.28680 5.70110 1.54630 .323900 .867000 32.9089 .250800
   SCATter ( chemical S* )
      6.90530 1.46790 5.20340 22.2151 1.43790 .253600 1.58630 56.1720 .866900
   SCATter ( chemical P* )
      6.43450 1.90670 4.17910 27.1570 1.78000 0.52600 1.49080 68.1645 1.11490
   SCATter ( chemical FE* )
     11.1764 4.61470 7.38630 0.30050 3.39480 11.6729 0.07240 38.5566 0.97070


{===>}   
   resolution 15.0 4.5                                  {*Resolution range.*}
                                           {*This lower range is sufficient*}
                                           {*for packing analysis.         *}
      

{===>}    
   method=fft       
   fft 
       memory=2000000                   {*FFT method with memory statement.*}
   end

   target=packing                        {*Use the packing target function.*}
end

                                        {*Get ready for the packing search.*}                                                                        
xrefin
                                {*Set the grid size for the packing search.*}       
   evaluate ( $gridx=2./44. )
   evaluate ( $gridz=2./80. )
   evaluate ( $grid=min($gridx,$gridz) )
   search translation

      mode=fractional  
      xgrid=0.0 $grid 0.5           {*We have to search only in x,z in this*}
      ygrid=0. 0. 0.                {*space group.  In general we have to  *}
      zgrid=0. $grid 0.5            {*specify an asymmetric unit for the   *}
                                    {*translation function.  N.B.: This is *}
                                    {*NOT necessarily identical to an      *}
                                    {*asymmetric unit of the space group!  *}

      nlist=1000                     {*List the 1000 best solutions;       *}
                                     {*the list is returned in the standard*}
                                     {*output file.                        *}

      output=packing.3dmatrix                 {*Output matrix for plotting.*}
                                 
   end
end

stop
"Festal march in C","sm/sm1879/14400","14404","001.gif","1","1","","001.tif"
"Festal march in C","sm/sm1879/14400","14404","002.gif","2","2","","002.tif"
"Festal march in C","sm/sm1879/14400","14404","003.gif","3","3","","003.tif"
"Festal march in C","sm/sm1879/14400","14404","004.gif","4","4","","004.tif"
"Festal march in C","sm/sm1879/14400","14404","005.gif","5","5","","005.tif"
"Festal march in C","sm/sm1879/14400","14404","006.gif","6","6","","006.tif"
"Festal march in C","sm/sm1879/14400","14404","007.gif","7","7","","007.tif"
"Festal march in C","sm/sm1879/14400","14404","008.gif","8","8","","008.tif"
QUESTION:
Why don't we colonize the moon as a half-way point to Mars?

ANSWER from Jack Farmer on July 17, 1997:
Many believe that is exactly the way we will proceed, and it makes a lot of
sense given the comparative closeness of the moon and the easier task
creating a permanent base there.  Clearly we need to develop our skills
working and living in space before we go to Mars. We can do some of that in
orbit by taking advantage of the International Space Station. But we also
need experience working on actual planetary surfaces under reduced gravity.
The moon seems to me to be an excellent place to do that, and I am a strong
proponent of a sustained human presence on the moon early in the next
century. One thing that will make that easier is if we can find water on the
Moon. The Lunar Prospector Mission which will be launched soon, will help us
find out about water on the moon and perhaps pave the way for a human
presence there.
From owner-nwchem-users  Sun Sep 30 21:08:06 2001
Received: (from majordom@localhost)
	by odyssey.emsl.pnl.gov (8.8.8+Sun/8.8.5) id UAA21866
	for nwchem-users-outgoing; Sun, 30 Sep 2001 20:52:43 -0700 (PDT)
From: Drchemp@aol.com
Date: Sun, 30 Sep 2001 23:52:34 -0400 (EDT)
Subject: Message Passing in Linux 2.4.2 Kernel
To: nwchem-users@emsl.pnl.gov
Message-id: <15b.1ca356a.28e94282@aol.com>
MIME-version: 1.0
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Precedence: bulk

Following an upgrade to 2.4.2 kernel in RH Linux 7.1 to eliminate NaNs, the 
ratio of   CPU time to Wall clock is grossly in favor of the wall clock. This 
reminded me of the TCP Performance Fix for Short Messages provided as a patch 
to ipv4 routines from Josip Loncaric at www.icase.edu which worked very 
favorably applied to the 2.2 kernel (which suffers the NaN's).  Now, however, 
according to Josip the 2.4 kernel has thoroughly changed the TCP stack, and 
I've recognized this in the form of my trouble of attempting to 'past' the 
patched 2.2 kernel related ipv4 routines into a re-compilation of the new 
2.4.2 kernel.  

I'm running NWChem 4.0 recompiled under a running 2.4.2 smp kernel on a pair 
of dual PIII Xeon 550 MHz boxes with fast ethernet and one GB of RAM per box. 
 That is, four processors.


In usr/src/linux-2.4/net there is reference to TUNABLE in RH 7.1 install, 
apparently relating to some optimization capability.  Does anyone have any 
suggestions on how to return the message passing to better efficiency, 
assuming I have not overlooked the real cause of the poor ratio of CPU to 
Wall.

Thank you,
Michael Oberlander
From: Ron Stone [ronhstone@hotmail.com]
Sent: Wednesday, January 10, 2001 2:37 PM
To: EXECSEC
Subject: Agricultural use of antibiotics

Jane E. Henney, M.D.
Commissioner
U. S. Food and Drug Administration

Dear Dr. Henney:

I have seen several reports lately about the overuse of antibiotics in 
agriculture leading to the emergence of untreatable diseases in people. 
Though I realize your time in office may be short, immediate action is 
needed to establish a system for gathering reliable data on antibiotic use 
in agriculture so that a national strategy can be developed for dealing with 
this growing problem.

Please establish such a reporting system to determine the quantity of 
antibiotics used in U.S. agriculture.

Thank you.

Ronald H. Stone

_________________________________________________________________
Get your FREE download of MSN Explorer at http://explorer.msn.com
ZCZC MIATCDAT4 ALL
TTAA00 KNHC DDHHMM
HURRICANE DANIELLE DISCUSSION NUMBER  20
NATIONAL WEATHER SERVICE MIAMI FL
5 AM EDT SAT AUG 29 1998
 
THE AIR FORCE RECONN MISSION WHICH COVERED THE 00Z AND 06Z FIXES
REPORTED FLIGHT LEVEL WINDS IN THE MID SEVENTIES OVER THE NORTHERN
QUADRANTS.  CENTRAL PRESSURES RANGED FROM 989 TO 991 MB.  DVORAK
SATELLITE ESTIMATES REMAIN BETWEEN 77 AND 90 KNOTS.
 
THEREFORE DANIELLE INITIAL INTENSITY WILL REMAIN AT 80 KNOTS.  THE
VERTICAL SHEAR CONTINUES TO BE FORECAST TO RELAX AND EVEN NOW THE
ENVIRONMENT SEEMS FAVORABLE FOR SOME STRENGTHENING BUT IT HAS YET TO
MATERIALIZE.  IN KEEPING WITH THE SHIPS FORECAST INTENSITY MODEL...
THE FORECAST INTENSITY WILL BE KEPT AT 80 KNOTS THROUGH 12 HOURS AND
THEN INCREASE AT A MODEST RATE.
 
DANIELLE INITIAL MOTION IS 300/12...A LITTLE MORE NORTHERLY THAN
PREVIOUSLY BECAUSE OF A MORE SOUTHERLY INITIAL POSITION.  THE RIDGE
NORTH OF DANIELLE IS EXPECTED TO WEAKEN IN 48 HOURS OVER THE WESTERN
ATLANTIC WHILE A STRONG MID-LATITUDE TROUGH IS FORECAST TO MOVE OVER
THE EASTERN UNITED STATES IN THAT SAME TIME FRAME.  IN RESPONSE TO
THAT PATTERN...ALL TRACK MODELS REMAIN IN GOOD AGREEMENT AND
CONSISTENTLY TURN DANIELLE NORTHWARD AND NORTHEASTWARD AHEAD OF THE
TROUGH BEYOND 48 HOURS.
 
THE QUESTION OF DANIELLE SLOWING DOWN AFTER THE 36 HOUR FORECAST
PERIOD REMAINS WITH THE 00Z AVIATION RUN.  NOGAPS AND THE UKMET
MODELS FOR 00Z DO NOT SLOW DANIELLE AND INDEED ACCELERATE IT TO THE
NORTHEAST AFTER THE TURN AT 48 HOURS.  SINCE THE AVIATION RUN
APPEARS TO HAVE A GOOD HANDLE ON THE APPROACHING SHORT WAVE TROUGH,
IT IS THOUGHT THAT THE SPURIOUS VORTEX TO THE EAST MUST BE
DISRUPTING THE RIDGE.
 
ANALYSIS OF THE JET DROPS SHOW A GOOD RIDGE THROUGH 400 MB NORTH OF
DANIELLE.  THE DROPS DO NOT EXTEND FAR ENOUGH EAST TO PREVENT THE
SPURIOUS VORTEX FROM GENERATING.
 
GROSS
 
 
FORECAST POSITIONS AND MAX WINDS
 
INITIAL     29/0900Z 24.6N  68.9W    80 KTS
12HR VT     29/1800Z 25.4N  70.6W    80 KTS
24HR VT     30/0600Z 26.6N  72.3W    85 KTS
36HR VT     30/1800Z 28.3N  73.6W    90 KTS
48HR VT     31/0600Z 31.0N  73.7W    95 KTS
72HR VT     01/0600Z 34.0N  71.0W   100 KTS
 
 
NNNN
*This is an archive page. The links are no longer being updated. 
 1994.
11.10 :  Increase in Overweight Teens

Contact:  Jeff Lancashire (CDC/NCHS)(301) 436-7551
Thursday, Nov. 10, 1994

                      OVERWEIGHT TEENS INCREASE TO 21 PERCENT

      The proportion of overweight adolescents in the United States
increased to 21 percent in the survey period 1988-91, according to
data released today by HHS Secretary Donna E. Shalala.

      Secretary Shalala said, "It is clear that too many of our teen-
agers are overweight because they are inactive.  Another CDC study
earlier this week reported that only 37 percent of ninth through
12th graders engage in 20 minutes of vigorous physical activity
three or more times a week, while 35 percent watch TV three or more
hours every school day."

      The prevalence of overweight teens was 6 percentage points
higher than the 15 percent base-line established in an earlier
survey conducted in 1976-80.  The analysis of the third National
Health and Nutrition Examination Survey was produced by the National
Center for Health Statistics and published today in the Centers for
Disease Control and Prevention's Morbidity and Mortality Weekly
Report.  

      While not necessarily obese, 22 percent of adolescent females
were overweight and 20 percent of adolescent males.  

      Other NHANES III data released in June showed the proportion of
overweight adults increased from 25 percent in 1976-80 to 33 in
1988-91.

      Data on both adults and adolescents are based on definitions of
overweight used in Healthy People 2000, national health goals set
for the turn of the century by health authorities under the auspices
of the U.S. Public Health Service.

      "Our national health objective for the year 2000 is to have 
overweight prevalence among adolescents no more than 15 percent,"
said Philip R. Lee, M.D., HHS assistant secretary for health and
director of the U.S. Public Health Service.  "We are obviously off
course to meet that goal and the health consequences are severe.
Teen-age overweight patterns often persist throughout adulthood,
increasing the risks of coronary heart disease, diabetes and some
cancers."

      Copies of the MMWR are available from the Centers for Disease
Control and Prevention, 1600 Clifton Road, Atlanta, Ga. 30333.

                                        ###
Shawn_Alam@ios.doi.gov 
09/07/2007 03:48 PM	To
	Docket OEI@EPA
	cc
	
	bcc
	
	Subject
	Docket ID No. EPA-HQ-OEI 2007-0464
	
	


Attached please find a copy of the Department of the Interior comments on 
the draft EPA Report on the Environment 2007: Highlights and National 
Trends, EPA Docket ID No. EPA-HQ-OEI 2007-0464. If you need a hard copy 
please contact me at the address below. Thank you.  

Shawn 


_________________________
Shawn K. Alam, Ph.D.
Office of Environmental Policy and Compliance
Office of the Secretary, MS 2342-MIB
U.S. Department of the Interior
1849 C Street, N.W., Washington, DC 20240
Phone: 202/208-5465; Fax: 202/208-6970
Shawn_Alam@ios.doi.gov
 
 - DOI Comments EPA 2007 ROE Highlights and Trends.pdf
30m SANS Instrument - Guide NG3                             16-FEB-2009 14:38
 User Initials:  LP                            User Directory:      [NG3SANS34]


 Maximum number of holds reached =====> CONTINUE!
 TEMP=     9.10     Ext. TEMP=    10.50     16-FEB-2009 14:39:06

 Raw Data File Name:  FEB09307.SA3_LP _Q329    User Directory:  [NG3SANS34]
 16-FEB-2009 14:39:18    Ct. Intervals:      1        Sec. per Interval   300
 MT Steve plastic SCATT 1M over size ap/no stretch (broke)   
 Trans.    Thckns(cm)     Temp.         H Field      Table  Holder  Pos.  Angle
  1.00        0.10        9.10 C         0.00          2      9     6.00   0.00
 Wavelength & Spread  Sam-Det Dis.(m)   Det.Offset(cm)   Beam Center(x,y)
     6.00      0.13        1.33            25.00          116.52   65.10
 Aperture (A1,A2) Sizes(mm)      Sep.(m)     Atten.No.    Bmstp Pos.(x,y)
      50.00      12.70            3.93           0         -0.30   -0.17


 Reported temperature will be the sample temperature
 Controller temp:     9.10          Sample temp:    10.50
                   Time (sec.)  Mon. Cts.  Trans. Cts.  Det. Cts.     Temp.
SEXX01 KNEC 171718
EQREQB






The following  is  from  the  United  States  Geological  Survey,
National  Earthquake  Information Center:  Preliminary hypocenter
for earthquake of 2003 Mar 17,  RAT  ISLANDS,  ALEUTIAN  ISLANDS,
ALASKA,  about  70  km  (40  miles)  SW  of Little Sitkin Island,
Alaska:  latitude 51.5 degrees  north,  longitude  177.9  degrees
east,  origin  time  16 36 17.3 utc, depth normal, magnitude 6.8.
The magnitude and location may be revised  when  additional  data
and  further  analysis results are available.  There have been no
reports of damage.  For additional information, see the USGS NEIC
web page http://neic.usgs.gov/neis/bulletin/
Stations used:  SMY eP 163659.4 ADK eP 163708.7
NIKO eP 163816.8 UNV eP 163838.2 PET eP 163907.1
TNA eP 163959.5 MA2 eP 164019.3 BILL eP 164022.6
KDAK eP 164025.2 PMR eP 164054.2 SML eP 164059.4
MCK eP 164102.7 EYAK eP 164108.4 DIV eP 164109.1
COLA eP 164112.3 THY eP 164116.3 YSS eP 164123.0
MIDW eP 164123.8 DAWY eP 164143.8 SIT eP 164201.3
YAK eP 164203.7 INK eP 164210.7 DLBC eP 164225.1
WAKE eP 164252.2 KIP P 164312.8 POHA P 164333.0
HAWA eP 164352.5 NEW P 164357.6 KHMM P 164358.0
YBH P 164400.0 WDC P 164405.5 WALA P 164407.9
OHCM P 164415.1 NSHM P 164416.1 MSO P 164417.4
BEKR P 164418.7 LKC P 164422.9 WCN P 164425.9
CMB P 164428.6 SAO P 164430.7 BMN P 164432.0
MTUM P 164440.6 YMR P 164442.0 TPH P 164443.5
LKWY P 164445.5 HVU P 164447.4 ISA eP 164447.7
FCC P 164449.0 AHID eP 164449.7 ABL P 164450.9
DAC P 164452.3 TPNV P 164453.0 DUG P 164454.5
BW06 eP 164456.0 TCUT P 164456.9 CTU P 164457.0
NLU P 164458.2 MWC P 164458.2 JLU P 164459.2
MPU P 164501.0 DAU P 164502.4 MSU P 164505.1
KBS P 164507.5 NEN P 164508.0 LDFC P 164508.3
PFO P 164509.2 BAR P 164513.7 GLA P 164519.8
PV01 P 164522.4 WUAZ eP 164523.3 RW3 P 164526.4
SDCO P 164538.6 TUC P 164541.7 EYMN P 164545.8
ANMO eP 164547.6 CBKS P 164558.8 KURK P 164603.6
CHKZ P 164613.7 JFWS P 164614.3 BRVK P 164618.3
ZRNK P 164622.3 LTX P 164627.0 JCT P 164636.8
MIAR P 164642.4 SIUC P 164645.2 UALR P 164646.9
BLO P 164647.0 ALLY P 164656.6 HKT P 164656.7
OXF P 164657.9 NCB P 164702.9 BINY P 164707.0
MCWV P 164707.2 SSPA P 164707.2 FWV P 164713.3
MYNC eP 164713.5 MVL P 164716.1 SDMD P 164718.6
KONO P 164719.4 WES P 164719.6 GOGA P 164725.4
CTAO eP 164804.1
1. Name of the facility
	Albar Industries

2. Location
	780 Whitney Drive, Lapeer, MI

3. Distance from the US/Canada border
	about 80 Km

4. Type/size of the facility
	modification of existing coating lines/ addition of a new line to allow coating of plastic and metal parts for automotive industry

5. Source of emissions
	burnoff oven, spray booths (including spray guns, dry filter sprays booths, mask washers, dry-off ovens, bake-off ovens, and conventional air sprays)

6. Type of fuel
	natural gas

7. Type/quantity of mass emission rates
	There are no changes in the allowable emissions: total VOC limit: 310.5 TPY
	VOC and ACETONE limit: 157.7 TPY

8. Emission control technology
	afterburner, dry filters, thermal oxidizer, concentrator
		 
9. Date permit application received
	February 2, 2004

10. Stack height and diameter 
	stacks' minimum heights and maximum diameters are in concordance with 40 CFR 52.21 Subparts (c) and (d).

11.Permit agency's contact name, address, telephone number
	Vrajesh Patel 
	Michigan Department of Environmental Quality, 
	Air Quality Division, 
	Hollister Building, 
	106 West Allegan Street
	PO Box 30260
	Lansing, MI, 48909 - 7760
	Tel. 517 373- 7053
USDA FARMERS' MARKET HELPS SHOPPERS AND NEEDY FAMILIES GET INTO THE
  THANKSGIVING SPIRIT

                                            Release No. 0619.96

                                   Jim Petterson (202) 720-4623
                                   Johna Pierce  (202) 720-4623

     WASHINGTON, Nov. 26, 1996--The U.S. Department of Agriculture showed
its holiday spirit today by hosting another farmers' market and donating the
excess food to a local charity.

     Agriculture Secretary Dan Glickman, a leading national advocate for
both farmers' markets and food recovery, joined the public at the farmers'
market sorting through fresh produce and other food items for the
Thanksgiving table.

     The market -- filled with locally grown fruits and vegetables and
tempting baked goods --is the fifth such farmers' market hosted by USDA this
year.  At the conclusion of the market, the farmers donated their excess
produce and other goods to the D.C. Central Kitchen, a local non-profit
agency that provides meals to shelters, soup kitchens and other feeding
facilities.

     "We are thankful and we remember those who are in need," Glickman said.
"Therefore, when the shoppers are gone, the excess food will be given to the
less fortunate.

     "Last Saturday in his radio address, President Clinton announced that
practicing and promoting gleaning and food recovery would be the policy of
the federal government," Glickman said. "The President directed each federal
agency to actively work to recover surplus food from cafeterias,
commissaries, and public events -- such as farmers' markets.  So, as we have
done at our previous markets, excess fruits, vegetables and baked goods will
be donated to the D.C. Central Kitchen to help make Thursday a day of thanks
giving for more area residents."

     The four previous farmers' markets have resulted in the donation of
800 pounds of produce and baked goods to the D.C. Central Kitchen, enabling
them to provide more fresh, nutritious fruits and vegetables to the families
they serve. The D.C. Central Kitchen is a member of Foodchain, a national
network of food recovery programs.

     Also on Saturday, the President announced the publication of USDA's A
Citizen's Guide to Food Recovery, a guidebook to help individuals and
communities get involved in gleaning and food recovery. Citizens can obtain
a copy of the guidebook by calling USDA's toll free food recovery hotline,
1-800 GLEAN IT or by accessing the USDA home page on the World Wide Web at
www.usda.gov.

     The term  gleaning' comes from the Bible when the poor would gather,
or glean, what the farmer had left behind in the field. Today, gleaning
covers a variety of different food recovery efforts; though most commonly it
applies to the collection of crops from the fields following the harvest.
One of Secretary Glickman's highest personal priorities is promoting and
encouraging gleaning and food recovery.

                                #

NOTE: USDA news releases and media advisories are available on the Internet.
Access the USDA Home Page on the World Wide Web at http://www.usda.gov
PUBLIC INFORMATION STATEMENT
NATIONAL WEATHER SERVICE ALASKA REGION
1200 PM ADT TUE AUG 5 2003

TO:       TSUNAMI WARNING SYSTEM PARTICIPANTS IN ALASKA...
          WASHINGTON... OREGON... AND CALIFORNIA... INCLUDING
          STATE WARNING POINTS OR EOCS... LOCAL EMERGENCY
          MANAGEMENT AND LAW ENFORCEMENT PERSONNEL... EAS
          PARTICIPANTS... US COAST GUARD... RESCUE COORDINATION
          CENTERS... FAA REGIONAL OPERATIONS CENTERS AND SELECT
          AUTOMATED FLIGHT SERVICE STATIONS... MEDIA PARTNERS...
          AND NWS PERSONNEL

FROM:     PAUL WHITMORE
          GEOPHYSICIST-IN-CHARGE
          WEST COAST AND ALASKA TSUNAMI WARNING CENTER

SUBJECT:  TSUNAMI WARNING TEST SEPTEMBER 16 2003

EFFECTIVE TUESDAY SEPTEMBER 16 2003 AT 11 A.M. PACIFIC DAYLIGHT
TIME /PDT/... 10 A.M. ALASKA DAYLIGHT TIME /ADT/... 1800
COORDINATED UNIVERSAL TIME /UTC/... THE WEST COAST AND ALASKA
TSUNAMI WARNING CENTER /WCATWC/ WILL CONDUCT A TSUNAMI WARNING
TEST.  THE PURPOSE OF THIS TEST IS TO PROVIDE A REALISTIC TSUNAMI
WARNING SCENARIO FOR USE IN LOCAL AND/OR STATEWIDE DRILLS
COORDINATED BETWEEN EMERGENCY MANAGERS AND THE NATIONAL WEATHER
SERVICE.

WEATHER FORECAST OFFICES /WFO/ ALONG THE U.S. WEST COAST AND IN
ALASKA WILL PARTICIPATE IN THIS TEST BY DISSEMINATING THE TSUNAMI
WARNING PRODUCT IN COASTAL AREAS VIA NOAA WEATHER RADIO AND
THROUGH OTHER LOCAL WARNING SYSTEMS TO EMERGENCY OFFICIALS... THE
MEDIA... AND THE PUBLIC.  WEATHER FORECAST OFFICES PARTICIPATING
IN THE TEST ARE LISTED IN TABLE 1.

TABLE 1 - WFOS PARTICIPATING IN TSUNAMI WARNING TEST.

SAN DIEGO CA
LOS ANGELES CA
MONTEREY CA
EUREKA CA
MEDFORD OR
PORTLAND OR
SEATTLE WA
JUNEAU AK
ANCHORAGE AK

THE TSUNAMI WARNING PRODUCT IDENTIFIER TO BE USED IN THIS TEST IS
WEPA41 PAAQ... AND THE AWIPS ID IS TSUWCA.

PARTICIPATING WFOS WILL CONDUCT A FOLLOW UP SERVICE EVALUATION.
IN ADDITION TO REVIEWING THE EFFICIENCY OF THEIR OFFICE
OPERATIONS...THEY WILL CONTACT AND INTERVIEW PRINCIPLE
PARTNERS.  THIS INCLUDES THE MEDIA...EMERGENCY MANAGERS...AND IF
POSSIBLE THE GENERAL PUBLIC.

NOTE: IN THE CASE OF REAL EARTHQUAKE ACTIVITY OR HAZARDOUS
WEATHER CONDITIONS ON SEPTEMBER 16... THE NWS WILL POSTPONE AND
RESCHEDULE THIS TEST.

IF YOU HAVE ANY QUESTIONS OR COMMENTS... PLEASE CONTACT

     AIMEE DEVARIS
     ALASKA REGION WARNING COORDINATION METEOROLOGIST
     PHONE: 907-271-3507
     EMAIL: AIMEE.DEVARIS@NOAA.GOV

EXAMPLES OF THE TSUNAMI WARNING PRODUCTS TO BE USED IN THIS TEST
MAY BE FOUND ON THE INTERNET AT /USE LOWER CASE/

     HTTP://WCATWC.ARH.NOAA.GOV/DEFINITION.HTM

GENERAL SAFETY INFORMATION... INCLUDING THE ACTIONS YOU SHOULD
TAKE WHEN A TSUNAMI WARNING IS ISSUED FOR YOUR AREA MAY BE FOUND
AT /USE LOWER CASE/

     HTTP://WCATWC.ARH.NOAA.GOV/SAFETY.HTM

$$
END
NNNN
WGUS86 KOTX 072311
FLSOTX

FLOOD ADVISORY
NATIONAL WEATHER SERVICE SPOKANE WA
311 PM PST WED JAN 7 2009

WAC007-072319-
/O.CAN.KOTX.FA.Y.0004.000000T0000Z-090109T2300Z/
/00000.N.RS.000000T0000Z.000000T0000Z.000000T0000Z.OO/
CHELAN WA-
311 PM PST WED JAN 7 2009

...THE URBAN AND SMALL STREAM FLOOD ADVISORY FOR RAIN AND MELTING 
SNOW HAS BEEN UPGRADED TO AN URBAN AND SMALL STREAM FLOOD WARNING. 
THE URBAN AND SMALL STREAM FLOOD ADVISORY HAS BEEN CANCELLED FOR 
CHELAN COUNTY...

LAT...LON 4900 11975 4810 11974 4804 11990 4796 11992
      4796 12006 4805 12013 4815 12034 4820 12034
      4832 12057 4837 12055 4844 12065 4850 12062
      4854 12070 4867 12073 4873 12067 4879 12075
      4894 12077 4899 12087

$$

WAC047-092300-
/O.CON.KOTX.FA.Y.0004.000000T0000Z-090109T2300Z/
/00000.N.RS.000000T0000Z.000000T0000Z.000000T0000Z.OO/
OKANOGAN WA-
311 PM PST WED JAN 7 2009

...THE URBAN AND SMALL STREAM FLOOD ADVISORY FOR RAIN AND MELTING
SNOW REMAINS IN EFFECT UNTIL 300 PM PST FRIDAY FOR WESTERN OKANOGAN
COUNTY...

RAIN WILL CONTINUE TO ALONG THE CASCADE CREST TODAY...TONIGHT...AND 
TOMORROW MORNING. ADDITIONAL RAINFALL AMOUNTS OF 1 TO 3 INCHES ARE 
LIKELY ALONG THE CASCADE CREST BY THURSDAY AFTERNOON. RAINFALL WILL 
BE SIGNIFICANTLY LESS FOR COMMUNITIES EAST OF THE CREST. PLACES EAST 
OF TWISP AND WINTHROP WILL LIKELY RECEIVE AN INCH OR LESS OF RAIN 
BETWEEN WEDNESDAY AFTERNOON AND THURSDAY AFTERNOON.

THE THREAT FOR SMALL STREAM FLOODING WILL BE LIMITED TO THE WESTERN 
PORTIONS OF THE COUNTY...NAMELY AROUND MAZAMA...WINTHROP...TWISP... 
AND CARLTON. THE COMBINATION OF RAIN AND SNOWMELT WILL CONTRIBUTE TO 
RISES ON SMALL STREAMS...PROBLEMS WITH DEBRIS FLOW IN CREEKS...AND 
THE POTENTIAL FOR MUD SLIDES.

LAT...LON 4900 11975 4810 11974 4804 11990 4796 11992
      4796 12006 4805 12013 4815 12034 4820 12034
      4832 12057 4837 12055 4844 12065 4850 12062
      4854 12070 4867 12073 4873 12067 4879 12075
      4894 12077 4899 12087

$$

GKOCH
Sapt~~mber 25, 1952

Dr. P. R. Edwarda
Co.mmunioable Diseama Center
Box 185, Chmbles, Geergis

Beear T)r , Z1d.warC.s :

I am writing again to ask your help by way of craltures and sera
for our garbc0tS.O 3xperfmnts with Selmhslla.

Dr. Zihdsr, as y'cu my know, 16 now at the Rockefeller &utituta
with Schneider, where he nil.1 have iirt opportunity to extend the
studfee initiated here. lr, addition, f. am spending a faix part of
my mm f&ii3 with SLwcella. For several wsvaoks this mmer, we
hztd the ple~uurs of 3 visit from Dr. 4.A.3. Stooksr (of the London
!3chool of Qgiens) , and we worked cn ths transfer of motilitg from
H- forms to 0-f ems of the aame and different serotypes. As a rule,
this tramfar doss not alter the sxpeated %spsoifiaits of ths
bacteria. Thsre r~ac one rather compliaated exception I my already
have mentioned: an &ford derived from a zonophaeic (b) 3. paratyphi
B gavs mostly b-- H forms when trsated with ltFAft Erm 3. typhimurium,
but in a f sw instances, i-- H forma were obtained.  X have not bean
able to repeat the single incident whsn the lattm occurred as a sp&aneous
motile mutant (md am theref cre doubtful of nat) . The strain ia so stable
that wecobtained very few ~~otile m&~&~&itb very extmsivs tssts. On
the other hand it rssponds very hiauy indeed to the appropriate FA,
and thus sakes a very niae demonstration of transduction. I am still
planning on the distlussed visit for so- months hence, and hope to be
able to demonstrate this in person at that tims.

For the present, 3 would like to continue the reuombinstion of antigens
along the lines of the "hybrid" typhi x typhimriue) experiments. The
types paratyphi B, eastbourne, rsadiag,and onarimon would seem to form
a natural set of mutually oorsplementary reuombinants, and I thought
it might be of SORM interest to try to duplicate or reconstruct them
in ths laboratory.  I have a satisfactory set of paratyphi B, and one
eastbourne from a doubtful lyophil vial, but must apply to you for the
others. As occasional individual straiaa are "difficult", I would appre-
ciate it if you could serxiaas many as two or three independent isolatss
of the eastbomne, reading and enarimn, if they are available. Would it
be possible for us to ask for 510 ml. clean, undiluted sera b;1,2.. and
sh;l,S for flagUl.ar-immobilisations, aad a few ml. of typing reagents
for b, oh, snd 5. It my be necressary for us later to prepare more con-
centrated nonospecific sera for immobilization, but we can probably do
the necessary absorptions ourselves.     Sinaerelg,                        I_.-"-
                          Joshua bderberg
58                                        VOYAGES OP
prepared, when we were among the Caribs and Arwackes, who are the neatest of all those nations.
There is a great abundance of honey, and although it is found wild in trees and holes in the earth, it is as good as any in the world. Good mead can be made of it. There are no vines, but as the land is fertile and rich, and the climate warm, they would grow there, if they were planted, and furnish fine wines ; which, for this region, would be very wholesome ; though I would be afraid of their becoming sour from the heat.
Of the Wild Beasts and Cattle.
Many other necessaries for the support of man are to be found here, wild, of all kinds. Swine, in great numbers, of two species ; one, small, called by the Indians, pochiero, which has the navel on the back ; the other, named panigo, as large and fine as any swine, and weighing from one hundred and fifty to one hundred and eighty pounds. There are also multitudes of hares and rabbits, but different from ours; they are like young deer, twenty-four hours old. There are leopards, tigers,one of which, ad Indian, while I was here, took and played with, while lying in his hammock,armadillos, maipuries,whose meat tastes like beef,baremoes, which tastes like mutton,and other small animals of various flavour and colour : as apes, innumerable monkeys of different kinds, good to eatthough I was not willing to taste thembesides many strange animals; as the Caribs, who had been with one of our men up the river of Caparwaca, and in other places, told us. There are deer, which the Indians call osary ; wild hogs, white, which they call abihera ; lions, waricory,having red hair, the fore legs like the hind ones, three toes on each foot, head like an ape, and a short tail; it is sluggish, and a small eater, wonderfully slow in moving and climbing. There is also an animal, to which we gave the name sagewynty'es, of the size of a rat three weeks old, with copperish marks above the eyes, and four small feet, like those of a water-dog ; it is very tender, and cannot be kept alive in confinement. Baboons, also, are very numerous.
* The Tapir.
Expires:200902082200;;826070
FZUS56 KSGX 080944
SRFSGX
SURF ZONE FORECAST
NATIONAL WEATHER SERVICE SAN DIEGO CA
200 AM PST SUN FEB 8 2009
.FOR THE BEACHES OF EXTREME SOUTHWESTERN CALIFORNIA...FOR SUN FEB 8.
* THE FOLLOWING INFORMATION APPLIES WHEN FORECAST RIP CURRENT
POTENTIAL IS "LOW": DUE TO HIGHLY VARIED COASTAL TOPOGRAPHY
DANGEROUS RIP CURRENTS ARE ALWAYS A POSSIBILITY ALONG THE SOUTHERN
CALIFORNIA COAST...AND SWIMMERS ARE URGED TO USE CAUTION AT ALL
TIMES.
CAZ043-082200-
SAN DIEGO COUNTY COASTAL AREAS-
200 AM PST SUN FEB 8 2009
...HIGH RIP CURRENT RISK...
.TODAY...
SURF HEIGHT.............3 TO 5 FEET WITH SETS TO 6 FEET. 
RIP CURRENT POTENTIAL...HIGH. VERY STRONG CURRENTS AND DANGEROUS
                        SWIMMING CONDITIONS ARE EXPECTED. 
WATER TEMPERATURE.......57 TO 59 DEGREES.
REMARKS...SLOWLY DECREASING WEST NORTHWEST SWELL THROUGH MONDAY.
OUTLOOK FOR MONDAY...2 TO 4 FEET WITH SETS TO 5 FEET.
$$
** FOR SWELL INFORMATION REFER TO COASTAL WATERS FORECAST...LAXCWFSGX
WHITLOW