BEE-spoke-data/govdocs1-by-extension huggingface dataset:
5.	14:1

It seared him. He aaid dont to no mor capers like that. That old

hornete neat soon come down. It waa bIg as a water bucket. Mare White call me son boy. I tole him what ter~rib1e 1aaguag~ they used, and bout acne of the hor8ee goin over the lane fence. It was made outer rails piled up. Mare White aho was glad they didnt see n~. He kept on sayin son boy they would killed you right on the spot. Dont do nuthin to em to aggrevate em. .

It look lack we couldnt make a scratch on the ground nowher the

soldiers couldnt find it. We had a ash hopper settin all time. We made our soap end lye hominy. They took all our salt. We could.u t none. We put the dirt in the hopper and sitirniered the water down to salt. We hid that. No they didnt find it. Our smoke houes was loge dobbed wi~ naid and straw. It was good ei~e bout as big as our cabine. It had. somepin in it too. All the time I tell you.

You ever eat dried bee~t? It is tine.

WI. say I been to . corn shuekins. They do that at night. W hurry

and git through then we have a dance in front of Mars White  s house, We had a good time. Mars White pass round ginger bread and hard cider.

We wore a thing on our hands keep shucks from hurtin our handa. One darkie ait up on the pile and lead the 8ingin . Old ~.n ~tcker was one song we lernt. I made so~ ~18ic instruments. We had music. Polka danced then more ~ they do now. Moat darkies blowed quills and Jew a harpe. I took cane cut four or aixg~~iiatlea then I tuned sa together and knit em together in a row ~~1~1lik. a mouth harp you ass. Another way get a big long cane out out holes long down to the joint, hold your fingers over different holes and blow. I nvsr had a better t1
.~.
PRO DAYCNV, XJD, YR, MN, DAY, HR
;+
; NAME:
;       DAYCNV
; PURPOSE:
;       Converts Julian dates to Gregorian calendar dates
;
; CALLING SEQUENCE:
;       DAYCNV, XJD, YR, MN, DAY, HR
;
; INPUTS:
;       XJD = Julian date, positive double precision scalar or vector
;
; OUTPUTS:
;       YR = Year (Integer)
;       MN = Month (Integer)
;       DAY = Day (Integer)
;       HR = Hours and fractional hours (Real).   If XJD is a vector,
;               then YR,MN,DAY and HR will be vectors of the same length.
;
; EXAMPLE:
;       IDL> DAYCNV, 2440000.D, yr, mn, day, hr    
;
;       yields yr = 1968, mn =5, day = 23, hr =12.   
;
; WARNING:
;       Be sure that the Julian date is specified as double precision to
;       maintain accuracy at the fractional hour level.
;
; METHOD:
;       Uses the algorithm of Fliegel and Van Flandern (1968) as reported in
;       the "Explanatory Supplement to the Astronomical Almanac" (1992), p. 604
;       Works for all Gregorian calendar dates with XJD > 0, i.e., dates after
;       -4713 November 23.
; REVISION HISTORY:
;       Converted to IDL from Yeoman's Comet Ephemeris Generator, 
;       B. Pfarr, STX, 6/16/88
;       Converted to IDL V5.0   W. Landsman   September 1997
;-
 On_error,2

 if N_params() lt 2 then begin
    print,"Syntax - DAYCNV, xjd, yr, mn, day, hr'
    print,'  Julian date, xjd, should be specified in double precision'
    return
 endif

; Adjustment needed because Julian day starts at noon, calendar day at midnight

 jd = long(xjd)                         ;Truncate to integral day
 frac = double(xjd) - jd + 0.5          ;Fractional part of calendar day
 after_noon = where(frac ge 1.0, Next)
 if Next GT 0 then begin                ;Is it really the next calendar day?
      frac[after_noon] = frac[after_noon] - 1.0
      jd[after_noon] = jd[after_noon] + 1
 endif
 hr = frac*24.0
 l = jd + 68569
 n = 4*l / 146097l
 l = l - (146097*n + 3l) / 4
 yr = 4000*(l+1) / 1461001
 l = l - 1461*yr / 4 + 31        ;1461 = 365.25 * 4
 mn = 80*l / 2447
 day = l - 2447*mn / 80
 l = mn/11
 mn = mn + 2 - 12*l
 yr = 100*(n-49) + yr + l
 return
 end
From abarnston@ncep.noaa.gov  Tue Nov 16 19:22:45 1999
Received: from hadrian.ncep.noaa.gov (mx [140.90.193.131])
	by hp15.wwb.noaa.gov (8.8.8/8.8.8) with ESMTP id TAA04671
	for <lukehe@hp15.ncep.noaa.gov>; Tue, 16 Nov 1999 19:22:44 -0500 (EST)
Received: from ncep.noaa.gov (tbarnston.wwb.noaa.gov [140.90.132.58])
	by hadrian.ncep.noaa.gov (8.8.8/8.8.8) with ESMTP id TAA16461
	for <lukehe@ncep.noaa.gov>; Tue, 16 Nov 1999 19:22:46 -0500
Message-ID: <3831F5D0.EBD6F233@ncep.noaa.gov>
Date: Tue, 16 Nov 1999 19:24:48 -0500
From: Tony Barnston <abarnston@ncep.noaa.gov>
X-Mailer: Mozilla 4.7 [en] (WinNT; I)
X-Accept-Language: en
MIME-Version: 1.0
To: Luke Y He <lukehe@ncep.noaa.gov>
Subject: text for poe web page
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit
Status: RO
X-Status: 

Luke,
Here is the text for one of the needed revisions.
Tony

The probability that total degree days will exceed given amounts for a
five-month winter period (November through March) and its three 3-month
embedded winter periods (for heating degree days), or a five-month
summer period (May through September) and its three 3-month embedded
summer periods (for cooling degree days). These are given for the lower
48-states using the 102 climate divisions.
-ISIS-  03119803582D

 23 28  0  0  0  0  0  0  0  0999 V2000
   13.4375  -19.1250    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   13.4375  -19.9375    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   14.1370  -20.3458    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   14.8407  -19.9375    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   14.8407  -19.1250    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   10.5902  -19.1125    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   10.5891  -19.9398    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   12.0175  -19.1088    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   11.3021  -18.6997    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   12.0203  -19.9394    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   11.3031  -20.3505    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   11.3015  -21.1754    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   12.0165  -21.5901    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   12.7325  -20.3504    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   12.7308  -21.1732    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   13.4413  -21.5843    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   14.1516  -21.1732    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   14.8651  -21.5843    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   15.5794  -21.1712    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   15.5717  -20.3441    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   16.2787  -19.9337    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   16.2769  -19.1146    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
   15.5621  -18.7076    0.0000 C   0  0  0  0  0  0  0  0  0  0  0  0
  1  2  1  0  0  0  0
 11 12  1  0  0  0  0
 12 13  2  0  0  0  0
 13 15  1  0  0  0  0
 14 10  1  0  0  0  0
  6  7  2  0  0  0  0
  7 11  1  0  0  0  0
 14 15  2  0  0  0  0
  2  3  2  0  0  0  0
 15 16  1  0  0  0  0
 16 17  2  0  0  0  0
  2 14  1  0  0  0  0
 10  8  1  0  0  0  0
  3 17  1  0  0  0  0
  3  4  1  0  0  0  0
 17 18  1  0  0  0  0
  8  9  2  0  0  0  0
 18 19  2  0  0  0  0
 19 20  1  0  0  0  0
  9  6  1  0  0  0  0
  4 20  2  0  0  0  0
  4  5  1  0  0  0  0
 20 21  1  0  0  0  0
  1  5  1  0  0  0  0
 21 22  2  0  0  0  0
 10 11  2  0  0  0  0
 22 23  1  0  0  0  0
 23  5  2  0  0  0  0
M  END
:Product: 20030814events.txt
:Created: 2003 Aug 17 0302 UT
:Date: 2003 08 14
# Prepared by the U.S. Dept. of Commerce, NOAA, Space Environment Center.
# Please send comments and suggestions to sec@sec.noaa.gov 
#
# Missing data: ////
# Updated every 30 minutes.
#                            Edited Events for 2003 Aug 14
#
#Event    Begin    Max       End  Obs  Q  Type  Loc/Frq   Particulars       Reg#
#-------------------------------------------------------------------------------

3950       0212   0224      0247  G12  5   XRA  1-8A      C1.9    3.5E-03   0431
3950       0213   0223      0236  LEA  3   FLA  S14E10    SF      ERU       0431

3960       0611   0651      0734  G12  5   XRA  1-8A      C6.8    2.4E-02   0431
3960       0630   0639      0719  LEA  3   FLA  S14E08    SF      ERU       0431
3960       0634   0634      0634  LEA  G   RBR  4995      28                0431
3960 +     0634   0634      0634  LEA  G   RBR  8800      55                0431
3960 +     0634   0634      0634  LEA  G   RBR  15400     79                0431

3970 +     1355   1355      1355  SAG  G   RBR  410       170                   
3970 +     1355   1355      1355  SAG  G   RBR  606       75                    

3980 +     1755   1755      1755  SAG  G   RBR  245       79                    

3990 +     1833   1838      1842  SAG  G   RBR  410       66                    
3990 +     1835   1838      1839  SAG  G   RBR  606       36                    
3990 +     1836   1838      1838  SAG  G   RBR  245       23                    
3990 +     1836   1837      1838  SAG  G   RBR  1415      41                    

4000       2109   ////      2109  CUL  C   RSP  100-180   III/1                 

4180       2229   2244      2317  G12  5   XRA  1-8A      C4.6    1.0E-02   0431

4010       2330   ////      0928  LEA  C   RSP  040-180   CTM/1                 
4010       2354   0018      0045  G12  5   XRA  1-8A      C7.7    1.7E-02   0431
kingmatt13@gmail.com 
07/07/2008 05:00 PM	To
	Docket OEI@EPA
	cc
	
	bcc
	
	Subject
	Docket Number: # EPA-HQ-OGC-2008-0488
	
	



US EPA


Dear US EPA,

Please do not issue the permit for this facility until you have
carried out the EPA's basic responsibilities under the law to
protect human health and the environment from this proposed coal
plant.

Your review of the Desert Rock facility has failed to address
harmful global warming and mercury emissions from the proposed
facility, and it has not adequately considered clean energy
alternatives.

Numerous clean energy alternatives to the proposed plant would
better protect human health and the environment by avoiding the
harmful emissions associated with the proposed Desert Rock
facility. The Four Corners region is blessed with enormous clean
energy resources. By utilizing those resources we can meet
energy demand in the region without further burdening air
quality with another coal plant.



Sincerely,
Matthew King
2361 S. Garland St.
Lakewood, CO 80227
/* $Id: queue.c,v 1.13 2004/03/23 06:42:53 jmuelmen Exp $ */

#include "scheduler.h"
#include "parse.h"
#include "queue.h"

#include <stdlib.h>
#include <stdio.h>
#include <pthread.h>
#include <sys/time.h>
#include <time.h>
#include <unistd.h>
#include <errno.h>
#include <string.h>

static queue_t _q;

void queue_lock ()
{
     pthread_mutex_lock(&_q.mut);
}

void queue_unlock ()
{
     pthread_mutex_unlock(&_q.mut);
}

void queue_init ()
{
     _q.n_l = 0;
     _q.head = _q.tail = 0;
     pthread_mutex_init(&_q.mut, NULL);
     pthread_cond_init(&_q.not_full, NULL);
     pthread_cond_init(&_q.not_empty, NULL);
}

int enqueue (func_t f, value_t *argv, int argc, value_t *ret)
{
     /* make a queue element */
     queue_el_t *l = queue_el_create(f, argv, argc, ret);

     /* lock the return value of the function call so it dun get used
	before the function has been called */
/*       if (err = pthread_mutex_lock(&ret->mut)) {  */
/*    	  printf("%s", strerror(err));  */
/*       }  */

     /* if we're in an atomic section, the queue is already locked for us;
	otherwise we'll have to lock it ourselves */
     if (!get_atomic()) 
	  queue_lock(); 

     /* if the queue is full, we'll have to wait until it's not */
     while (_q.n_l == N_Q_L) {
#ifdef WINDOWS_IS_DOGSHIT
	  if (usleep(WINDOWS_IS_DOGSHIT))
	       perror("Sleeping on queue space");
#endif 
	  pthread_cond_wait(&_q.not_full, &_q.mut);
     }

     /* stick the new element in the queue */
     if (_q.n_l == N_Q_L) {
	  fprintf(stderr, "Out of queue space!\n");
	  exit(1);
     }
     _q.q[_q.tail++] = l;
     _q.tail %= N_Q_L;
     _q.n_l++;
/*       printf("!"); */
/*       fflush(stdout); */

     if (!get_atomic()) 
  	  queue_unlock(); 

     /* signal that we're not empty */
     pthread_cond_signal(&_q.not_empty);

     return 0;
}

void queue_process ()
{
     queue_lock();
     
     /* don't do anything while the queue is empty */
     while (!_q.n_l) {
#ifdef WINDOWS_IS_DOGSHIT
	  if (usleep(WINDOWS_IS_DOGSHIT))
	       perror("Sleeping on queue contents");
#endif 
	  if (pthread_cond_wait(&_q.not_empty, &_q.mut))
	       perror("Waiting for queue contents");
     }

/*       printf("Queue contains %d elements\n", _q.n_l); */
     /* do something with the head element */
     queue_el_process(_q.q[_q.head]);

     /* then remove it from the queue */
     _q.head++;
     _q.head %= N_Q_L;
     _q.n_l--;
     /* (queue_el_process will take care of freeing. */
     
/*       printf(".");  */
/*       fflush(stdout);  */
     
     queue_unlock();
     pthread_cond_signal(&_q.not_full);
}

void *queue (void *arg)
{
     /* go through the queue periodically and run queue elements */
     while (1) {
/*  	  long sleep_time; */
/*  	  struct timeval tv; */

	  queue_process();

	  /* figure out how long it is to the next full 10 ms */
/*  	  gettimeofday(&tv, NULL); */
/*  	  sleep_time = QUEUE_INT - tv.tv_usec % QUEUE_INT; */
/*  	  usleep(sleep_time);  */
     }	  

     return 0;
}
(CO-99-11)  Population Estimates for Counties by Race and Hispanic Origin:  July 1, 1993
   
Source:  Population Estimates Program, Population Division, U.S. Census Bureau, Washington, DC  20233
Contact:  Demographic Call Center Staff, 1-866-758-1060 
          pop@census.gov (please include a phone number with email correspondence)
   
Internet Release Date:  August 30, 2000

                                             Total    Total    White    White    Total    Total    Total    Total
  FIPS                                                White Hispanic     non-    Black American  Asian & Hispanic
 State                                                               Hispanic            Indian  Pacific         
   and                                                                                 & Alaska Islander         
County Area Name                                                                         Native                  
  Code                                                                                                           
                                                                                                                 
 44000     RHODE ISLAND                     997852   927489    42092   885397    45352     4483    20528    53113
 44001 Bristol County                        49207    48600      799    47801      199       60      348      839
 44003 Kent County                          162563   159622     1991   157631     1134      329     1478     2150
 44005 Newport County                        85230    80337     1657    78680     3371      374     1148     1946
 44007 Providence County                    587319   529347    36483   492864    39494     2596    15882    46858
 44009 Washington County                    113533   109583     1162   108421     1154     1124     1672     1320


Note:  Hispanics can be of any race.

An explanation of the race and Hispanic origin categories used in this table can be found at
www.census.gov/population/estimates/rho.txt

The estimates presented here were produced by a method which is still in a developmental stage.  They
may not be accurate for populations which are very small or have unusual race distributions and they may not
reflect recent changes in the distribution of the population with respect to race and Hispanic origin.  These
figures should be used with caution.
IMF Control of Cusp Proton Emission Intensity and Dayside Convection: 
Implications for component and anti-parallel reconnection

Lockwood, M., Lanchester, B.S., Frey, H.U., Throp, K., Morley, S.K., Milan, S.E. 
and Lester, M. 


We study a brightening of the Lyman-a emission in the cusp which occurred in
response to a short-lived south-ward turning of the interplanetary magnetic
field (IMF) during a period of strongly enhanced solar wind plasma
concentration. The cusp proton emission is detected using the SI-12 channel of
the FUV imager on the IMAGE spacecraft. Analysis of the IMF observations
recorded by the ACE and Wind spacecraft reveals that the assumption of a
constant propagation lag from the upstream spacecraft to the Earth is not
adequate for these high time-resolution studies. The variations of the southward
IMF component observed by ACE and Wind allow for the calculation of the
ACE-to-Earth lag as a function of time. Application of the derived propagation
delays reveals that the intensity of the cusp emission varied systematically
with the IMF clock angle, the relationship being particularly striking when the
intensity is normalised to allow for the variation in the upstream solar wind
proton concentration. The latitude of the cusp migrated equatorward while the
lagged IMF pointed southward, confirming the lag calculation and indicating
ongoing magnetopause reconnection. Dayside convection, as monitored by the
SuperDARN network of radars, responded rapidly to the IMF changes but lagged
behind the cusp proton emission response: this is shown to be as predicted by
the model of flow excitation by Cowley and Lockwood (1992). We use the numerical
cusp ion precipitation model of Lockwood and Davis (1996), along with modelled
Lyman-a emission efficiency and the SI-12 instrument response, to investigate
the effect of the sheath field clock angle on the acceleration of ions on
crossing the dayside magnetopause. This modelling reveals that the emission
commences on each reconnected field line 22.5 min after it is opened and peaks
35 min after it is opened. We discuss how comparison of the Lyman-a intensities
with oxygen emissions observed simultaneously by the SI-13 channel of the FUV
instrument offers an opportunity to test whether or not the clock angle
dependence is consistent with the "component" or the "anti-parallel"
reconnection hypothesis.

_______________
Annales Geophysicae, 21 (4), 955-982, 2003
From owner-nwchem-users  Tue Apr  1 00:40:12 2003
Received: (from majordom@localhost)
	by odyssey.emsl.pnl.gov (8.8.8+Sun/8.8.5) id AAA15835
	for nwchem-users-outgoing; Tue, 1 Apr 2003 00:30:01 -0800 (PST)
Date: Tue, 01 Apr 2003 10:29:57 +0200
From: Hans Vansweevelt <Hans.Vansweevelt@chem.kuleuven.ac.be>
Subject: question about QMMM implementation
To: nwchem-users@emsl.pnl.gov
Message-id: <20030401082957.GA15907@bohr.quantchem.kuleuven.ac.be>
MIME-version: 1.0
Content-type: text/plain; charset=us-ascii
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Precedence: bulk

Dear,

  in the QMMM implementation of NWCHEM, is the MM part taken into account when
doing the QM calculation. Or in other words, are the electrons in the QM part
polarized by the MM part ? It seems that this is not the case in some QMMM
implementations.

many greetings,
Hans

-- 
--------------------------------------------------------------------------
Hans Vansweevelt                      
Labo for Quantumchemistry             Hans.Vansweevelt@chem.kuleuven.ac.be
Celestijnenlaan 200F                  Tel. : (32) 16 327595
B-3001 Heverlee                       Fax. : (32) 16 327992
Belgium
--------------------------------------------------------------------------
#ReachSampleID	SUID	OrigSUID	STAID	Reach	ReachCollectionDate	SampleType	ReviewStatus	REFLOC	Collector	HABQUAL	REACHCOM	STAGE	STAGEMD	DISCH	DISCHMD	CHMOD	REACHLEN	TRANDIS	USRCHEND	DSRCHEND	USBMBK	DSBMBK	USBMDESC	DSBMDESC	RCHGRAD	THGRAD	RCHGRAMD	STRMTYP	Comments	InsertDate	UpdateDate
64359	UIRB	UIRB	05535100	A	7/17/2000 9:00	REACH	R	Dundee Road  (Exposed sewer pipe in the Chicago Botanical Gardens)	Adolphson, Debbie L., Stensvold, Gaebler	Excellent	beautiful day, photos taken estimated at transect 6, actual transect was not noted.						180	18	-190	-10	Left		boundary marker is the exposed sewer pipe. We went 10 meters upstream because the sewer pipe has been known to leak.	approximately 8/10 of a mile DS from Lake Cook Road and 4/10 of a mile US from Dundee Road					beautiful day, photos taken estimated at transect 6, actual transect was not noted.	1/2/2001 11:54	6/25/2003 17:06
102    FROM   THE  WEST  TO  THE  WEST
blind us for a moment, are followed by thunder that startles and stuns.
" June 4. The storm passed to the south of us, on the other side of the Platte. But daddie has ordered the tents and wagons staked to the ground hereafter every night, as long as we are travelling in these treeless, unsheltered bottom-lands, as he says we would have been swept away en masse into the river if last night's storm had squarely struck our camp."
The hoods of the wagons, so white and clean at the outset, were now of an ashen hue, disfigured by spots of grease, and askew in many places from damage to their supporting arches of hickory bows. Heavy log-chains, for use in possible emergencies, dangled between axles, and the inevitable tar-bucket rode adjacent on a creaking hook, from which it hung suspended by a complaining iron bail.
" The incessant heat by day, followed by the chilly air of night, is perilous to health, John," said Mrs. Ranger, one evening, as she lay wrapped in blankets in the big family wagon, watching the usual preparations for the evening meal.
He gazed into her pinched, white face with sudden apprehension.
" Don't be afraid of the cholera, dear," he said tenderly. " I understand the nature of the epidemic, and I don't fear it at all. Cholera is a filth disease, and we are guarding against it at every point. Your blood is pure, darling. There 's nothing the matter with you but a little debility, the result of past years of overwork. Time and rest and change of climate will cure all that. No uncooked food or unboiled water is used by any of us, and no cold victuals are allowed to be eaten after long exposure to this pernicious, cholera-laden air. You can't get the germs of cholera unless you eat or drink them." .
From: Michael Foster [michael.foster@skynet.be]
Sent: Monday, May 17, 2004 4:57 PM
To: fdadockets@oc.fda.gov
Subject: prior notice...

sir/madam,

i hope this can be forwarded to the commissioner.  ways to contact him are
conspicously absent from you website, 888 number, etc.

i just came across your prior notice obstacle as a result of trying to send
a box of tea bags to my sister in law in california.  unfortunately they
were held in a cage in memphis, tn by fedex due to a missing prior notice.

amazingly, under the guise of counter terrorism we have even restricted
family member to family member gifts sent by express courier.  how typing in
the manufacture name and address protects us against bio terrorism is beyond
me.  in fact if i reflect on recent current events, the terrorist threats i
can recall using the mail have all come from within our own borders.  our
enemy is fear itself.

i can only imagine what this will do to trade with international partners.
i guess time will tell.

mike foster
UNDER THE TUNDRA
without so much as making a jab with his shovel.
" 'Then there is the composition of this tundra to be studied. If I understood the flora of Alaska I would give you the desired information quick, but I don't, and I am too old to begin to study it now. I believe, however, that I can tell a gold nugget when I see it, and if you will bestir yourself and turn up a few, I will agree to analyze them to your heart's content,' giving him what was meant to be a conciliatory smile which was entirely lost because he never looked my way.
"With that he set to work. Down into the deep moss and tangled vines of the tundra he plunged that new and shining shovel with force enough to jar the teeth out of his head. This was kept up for fully ten minutes, while I rummaged around among the hummocks for the lovely many colored mosses, and mentally tried to count the different kinds of tiny plants, numbers of which were blossoming in artistic colors and profusion under our feet.
11 'Mary.'
" 'Yes, Pa.'
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_AuthorEmailDisplayName:SW|Brian R. Dennis
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When combining Run5 and Run6 physics results,
the correlation in uncertainties between Run5 and Run6 should be considered.
Below we reveal the maximal common part and uncorrelated part in global
systematic uncertainties (in %) in Run5 and Run6 polarization measurements.
"Maximal common part" means that this error can be considered neither
100% correlated nor uncorrelated, so the recommendation is to take
the worst case: for example, when combining Run5 and Run6 measurements,
the maximal error in the result will be obtained if consider
"maximal common part" as 100% correlated between Run5 and Run6;
when comparing Run5 and Run6 results (making difference or ratio)
the maximal error in the result will be obtained if consider
"maximal common part" as uncorrelated between Run5 and Run6
(we do not consider negatively correlated errors).

                 Uncorrel   Common   Total
Run5 Blue           5.4       2.4      5.9
Run6 Blue           4.0       2.4      4.7
Run5 Yell           5.7       2.5      6.2
Run6 Yell           4.1       2.5      4.8

Run5 Blue*Yell      8.1       4.8      9.4
Run6 Blue*Yell      6.8       4.8      8.3

Total errors are taken from
http://www4.rcf.bnl.gov/~cnipol/pubdocs/Run05Offline/NOTE 2005 Polarizations for RHIC.doc
http://www4.rcf.bnl.gov/~cnipol/pubdocs/Run06Offline/NOTE_2006_Polarizations_RHIC.txt

The only source of correlated uncertainties in Run5 and Run6 polarization
measurements is systematic errors in HJet measurements, which include
1. Molecular hydrogen background
2. "Other" background (inelastic background, background from the other beam, etc.)

For molecular (unpolarized) background in polarized atomic hydrogen jet we
used the same correction and uncertainty (2%) in all our measurements
(which was defined in Run4), so it can be considered as a common error
in polarization measurements in Runs 4,5,6, for both blue and yellow beams.

The effect for "other" background has not been corrected for
(the effect was considered negligible) in all our measurements.
However methods for the uncertainty estimation (and analyzers)
were different in different Years. The unceratainties
in Run5 (Run6) were 2.1%/2.1% (1.3%/1.5%) for Blue/Yellow.
Since no correction for "other" background was considered, so it's effect
most probably will lead to the shift in the same direction in measured
polarization values, hence the unceratinties for the "other" background
effect are at least partially correlated in Run5 and Run6.
The maximal overlap in uncertainties between Run5 and Run6
(the maximal common part) is the minimal uncertainty between
Run5 and Run6, so 1.3% and 1.5% for blue and yellow, respectively.

So, the (maximal) common part in polarization uncertainties
between Run5 and Run6 are

sqrt(2.0^2+1.3^2)=2.4% for Blue
sqrt(2.0^2+1.5^2)=2.5% for Yell

And similarly for a product of two beam polarizations:

sqrt((2*2.0)^2+(2*1.3)^2)=4.8% for Blue*Yell

which takes into account molecular and "other" background effects, which are
considered correlated between blue and yellow beams, the maximal overlap
for "other" background being the minimal between blue and yellow, so 1.3%.
Bridging models, as the BSP, tend to abstract the characteristics of
the interconnection networks using a small set of parameters, by
dividing the computation in supersteps and organizing the
communication in global patterns called h-relations.

In this paper we evaluate, through experimental results conducted on a
wormhole-routed bi-dimensional torus and a quaternary fat-tree with
256 processing nodes, the execution time of three families of
h-relations with variable degree of imbalance. We also prove a strong
result that links the communication performance of the fat-tree with
the BSP abstraction of the interconnection network.  Given a generic
h-relation, we can provide a value of g that, in the worst case,
slightly overestimates the completion time and is very close to
optimality.
668	JEANNETTE INQUIRY.
Q. Never mind. These expeditions that you have spoken of, together with the Albert and the Polaris, took place before the Jeannette, did they not ?A. Yes, sir.
Q. And Collinson returned in safety, did he not ?A. Yes ; Collinson returned.
Q. Beachy returned in safety, did he not ?A. Beachy returned, and McClure had to abandon his vessel.	'
Q. Yes ; but the men returned in safety ?A. There were some losses of life, of course.
Q. But as a body they returned, I mean ?A. Yes, they were all taken aboard one of the vessels of the English and came out through Davis Straits.
Q. Those that were lost were lost by the incidental changes of the climate and exposure and disease ?A. Yes, sir; partly by disease and partly by other causes.
Q. Now, the experience of the Albert and the Polaris and all these other expeditions that have gone before was well known at the time of the sailing of the Jeannette, was it not ?A. Oh, yes.
Q. Now, you said something about the unshipping of yards. I may have misunderstood you. Did you mean to say the yards were unshipped for the purpose of getting out of the ice ?A. Of getting through the ice. The ice was overhanging.
Q. You are not a practical navigator, are you ?A. I think I know something about navigation.
Q. You are quite sure the yards were unshipped ?A. They may have been swung.
Q. Which were they'A. Oh, I do not like to lecture. I am not an encyclopedia of Arctic matters. You might send over to Mr. Spofford and he will produce all the books we want with the greatest pleasure, and then we can compare notes and look it up together.
Q. Who was this man that wanted to go to the Pole in a thermometer ?A. Oh, he did not want to go in a thermometer.
Q. With a thermometer ?A. Yes.
Q. Who was he ?A. Silas Bent. He used to belong to the United States Navy, and if I am not mistaken he was a graduate of Annapolis.
Q. In point of fact, so far as the real route to the Pole is concerned, you are now as much in the dark as ever ?A. It depends entirely upon which route you want to take. You can reach a higher latitude at any time on the west coast of Spitzbergen than you can in Behring Sea, but Behring Sea had to be tried because we did not know anything about it, and it will probably be tried again before long.
Q. In your judgment which is the best route to go to the North Pole ?A. I think I would take Franz Joseph Land.
Q. Do you think it is possible to get there ?A. At least you would be apt to reach a pretty high latitude in following the coast of Franz Joseph Land, and it would be perfectly reasonable to run the risk al-though you would be probably apt to have to break through a barrier of ice not less than two degrees of latitude wide.
Q. What was this you said about the equatorial current ?A. That it is a current moving from west to south.
Q. Whose theory is that?A. That is nobody's theory. God made it, I suppose.
Q. That is God's theory ?A. I don't know. We will hold him responsible for it, anyway.
6
and invades the seas of Alaska. Hence it is that in the islands and on the mainland, so far as I have explored it, we find ourselves everywhere in the immediate presence of Slack hills, or foot-hills, as they are variously called, and that these foot-hills are overtopped by ridges of snow-capped mountains. These snow-capped mountains are manifestly of volcanic origin, and they have been subjected, through an indefinite period, to atmospheric abrasion and disintegration. Hence they have assumed all conceivable shapes and forms. fn some places they are serrated into sharp, angular peaks, and in other places they appear architecturally arranged, so as to present cloud-clapped castles, towers, domes, and minarets. The mountain sides are furrowed with deep and straight ravines, down which the thawing fields of ice and Snow are precipitated, generally in the month of May, with such a vehemence as to have produced in every valley immense level plains of intervale land. These plains, as well as the sides of the mountains, almost to the summits, are covered with forests so dense and dark as to be impenetrable, except to wild beasts and savage huntsmen. On the lowest intervale land the cottonwood grows. It seems to be the species of poplar which is known in the Atlantic States as the Balm of Gilead, and which is dwarfed on the Rocky Mountains. Here it takes on such large dimensions, that the Indian shapes out of a single trunk even his great war canoe Which safely bears over the deepest waters a phalanx of sixty warriors. These imposing trees always appear to rise out of a jungle of elder, alder, crab-apple, and other fruit-bearing shrubs and bushes. The short and slender birch, which, sparsely scattered, marks the verge of vegetation in Labrador, has not yet been reached by the explorers of Alaska. The birch-tree sometimes appears here upon the river side, upon the level next above the home of the cottonwood, and is generally found a comely and stately tree. The forests of Alaska, however, consist mainly neither of shrubs, nor of the birch, nor of the cottonwood, but, as I have already intimated, of the pine, the cedar, the cypress, the spruce, the fir, the larch, and the hemlock.    These forests begin almost at the
Date:    08/14/2000  12:48 AM
Subject: Reference file #S7-13-00

The proposed rule changes, regarding non-audit services provided by CPA firms to
their audit clients, may seem at first to be a bit like Chicken Little reacting 
to raindrops.  However, the rule changes may be good for the profession of 
public accounting, in spite of the vocal opposition being expressed.  
     
The profession has already begun to recognize the importance of specialization: 
witness the AICPAs' accreditation programs for personal financial planning and 
business valuation, to name two examples.  The public has long been curious - 
perhaps, confused - by the CPA designation's requirements versus meaning in 
daily practice.  The profession's move toward specialization helps address that 
issue, and we should encourage any reasonable regulatory actions which are 
consistent with that effort. 
     
The proposed SEC rule changes may cost audit firms some revenue.  However, it 
should encourage those firms to specialize as auditors, enhancing both the fact 
and the appearance of their independence from audit clients.  After all, how 
independent is the firm from its client, if it provides compensation consulting 
to the Board of Directors, while it offers tax advice and planning services to 
the company's executives?  The audit partner, tax partner, and consulting 
partner share a keen interest in the company's continued fee payments to their 
firm; the veil of independence is, therefore, thin and frail.
     
So, let the SEC do its best to protect the investing public from cozy 
relationships between auditors and their clients.  A likely offshoot of this is 
increased competition for non-audit services, as audit firms lose their 
engagements in those areas.  Then, we'll have the audit firm providing 
independent evaluation of a publicly traded company's financial statements, 
while the tax firm provides tax services to the company's employees, absent any 
motives related to the company's financial statements.  Further, corporate audit
committees can evaluate competitive audit bids based solely upon the auditors' 
fee for service proposals, absent any influence from non-audit services 
"sweeteners".
     
John Mitchell, CPA
Sparks, Nevada
From altschul@ray Mon Feb  3 17:06:28 1997
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Date: Mon, 3 Feb 1997 17:05:05 -0500
From: altschul@ray (Stephen Altschul)
Message-Id: <199702032205.RAA04750@ray.nlm.nih.gov>
To: ncbi-seminars@ray
Subject: Monday seminar
Content-Length: 2010
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X-Keywords:                      
X-UID: 1

On Monday, February 10, Golan Yona from the Institute of Computer Science
at Hebrew University in Jerusalem will be visiting the NCBI.  He will
present a seminar at 11 AM in the eighth floor conference room, the title
and abstract of which follow.  Would anyone wishing to meet with Dr. Yona
please let me know so that I may set up a schedule for him.  -Stephen Altschul
********************************************************************************


                Golan Yona
 
                Institute of Computer Science
                Hebrew University
                Jerusalem, Israel
 
-------------------------------------------------------------------
                Global self organization of
all known protein sequences reveals inherent biological signatures
-------------------------------------------------------------------
 
  A global classification of all currently known protein sequences is
  performed. Every protein sequence is partitioned into segments of 50
  amino acids and a dynamic-programming distance is calculated between
  each pair of segments. This space of segments is first embedded into
  Euclidean space with small metric distortion. A novel self-organized
  cross-validated clustering algorithm is then applied to the embedded
  space with Euclidean distances. The resulting hierarchical tree of
  clusters offers a new representation of protein sequences and
  families, which compares favorably with the most updated
  classifications based on functional and structural protein data.
  Motifs and domains such as the Zinc Finger, EF hand, Homeobox,
  EGF-like and others are automatically correctly identified.  A novel
  representation of protein families is introduced, from which
  functional biological kinship of protein families can be deduced, as
  demonstrated for the transporters family.
 
  The self organization method presented is very general and applies
  to any data with a consistent and computable measure of similarity
  between data items.
TSUNAMI BULLETIN NUMBER 001
PACIFIC TSUNAMI WARNING CENTER/NOAA/NWS
ISSUED AT 2141Z 11 NOV 2004

THIS BULLETIN IS FOR ALL AREAS OF THE PACIFIC BASIN EXCEPT
ALASKA - BRITISH COLUMBIA - WASHINGTON - OREGON - CALIFORNIA.

.................. TSUNAMI INFORMATION BULLETIN ..................

THIS MESSAGE IS FOR INFORMATION ONLY. THERE IS NO TSUNAMI WARNING
OR WATCH IN EFFECT.

AN EARTHQUAKE HAS OCCURRED WITH THESE PRELIMINARY PARAMETERS

 ORIGIN TIME -  2127Z 11 NOV 2004
 COORDINATES -   8.2 SOUTH  124.5 EAST 
 LOCATION    -  TIMOR REGION  INDONESIA
 MAGNITUDE   -  7.4

EVALUATION

 THIS EARTHQUAKE IS LOCATED OUTSIDE THE PACIFIC. NO TSUNAMI THREAT   
 EXISTS TO COASTLINES IN THE PACIFIC.                                
                                                                     
 HOWEVER - EARTHQUAKES OF THIS SIZE SOMETIMES GENERATE LOCAL         
 TSUNAMIS THAT CAN BE DESTRUCTIVE ALONG COASTS LOCATED NEAR THE      
 EARTHQUAKE EPICENTER. AUTHORITIES IN THE REGION OF THE EPICENTER    
 SHOULD BE AWARE OF THIS POSSIBILITY.                                

THIS WILL BE THE ONLY BULLETIN ISSUED FOR THIS EVENT UNLESS
ADDITIONAL INFORMATION BECOMES AVAILABLE.

THE WEST COAST/ALASKA TSUNAMI WARNING CENTER WILL ISSUE BULLETINS
FOR ALASKA - BRITISH COLUMBIA - WASHINGTON - OREGON - CALIFORNIA.
FOR IMMEDIATE RELEASE:             NEWS MEDIA CONTACT:
  May 23, 2001                            Maureen Peratino at 202-418-0506
  
  
     COMMISSIONER TRISTANI ANNOUNCES PERSONNEL CHANGES
  
  
  Washington DC   FCC Commissioner Gloria Tristani has announced the following
  changes to her personal staff.  
  
  Senior Legal Advisor William J. Friedman IV and Legal Advisor Sarah Whitesell
  will depart in June.  Former advisors Paul Gallant and Deena Shetler will re-join the
  Commissioner's staff.  Gallant will serve as Legal Advisor for mass media and cable
  issues, and Shetler will serve as Legal Advisor for common carrier issues.  Adam Krinsky,
  who covers wireless and international issues for the Commissioner, will assume the
  responsibilities of Senior Legal Advisor.
  
  "Both Jay and Sarah have done extraordinary work in this office," Tristani said.  "I
  thank them for their dedication to the public interest, and I'll miss their wise counsel."
  
  "At the same time, I am very fortunate to assemble a new team of top-notch
  lawyers with familiar faces.  Paul and Deena have outstanding legal skills, and they will hit
  the ground running.  In addition, I am very pleased that Adam has agreed to serve as
  Senior Legal Advisor."
  
  Friedman, who will depart on June 8, has been selected as one of the two Senior
  Fellows in Duke Law School's Program in Intellectual Property, Public Interest and the
  Public Domain.  The Fellowship Program is supported by the Ford Foundation and the
  Center for the Public Domain.  
  
  Whitesell, who has served for over two years as Commissioner Tristani's legal
  advisor, will be joining the Cable Services Bureau as Associate Bureau Chief on June 21. 
  In the Bureau, she will be responsible for broadband and other issues.
   
  Gallant previously served as Commissioner Tristani's Legal Advisor for common
  carrier matters from 1997-1999.  After leaving the Commission in 1999, he served as
  Senior Policy Counsel at Qwest Communications.  He joins the Commission from
  BroadBand Office, Inc., where he served as Senior Counsel.  Prior to joining the
  Commissioner's staff in 1997, he was a Legal Advisor to Commissioner James Quello. 
  Gallant has also held positions in the Commission's Common Carrier Bureau, Cable
  Services Bureau, and Office of General Counsel.  He graduated from Georgetown
  University and received his law degree from Catholic University Law School.  
  
  Shetler previously served as Commissioner Tristani's Legal Advisor for common
  carrier issues on a detail from August 2000 to February 2001.  Prior to that assignment,
  she served as Legal Counsel to the Common Carrier Bureau Chief and as an Attorney-
  Advisor and Team Leader in the Enforcement Division of the Common Carrier Bureau. 
  Before joining the FCC, she was an associate at the law firm of Howrey and Simon. 
  Shetler received her law degree from the University of California Los Angeles School of
  Law and her undergraduate degree from the University of California San Diego. 
                              
                          - FCC -
{author}        National Aeronautics and Space Administration

{date}          12-Jan-2005

{description}   VANDENBERG AIR FORCE BASE, CALIF. Workers on Space Launch Complex
                2 at Vandenberg Air Force Base in California secure the engine on
                the first stage of a Boeing Delta 2 rocket. The rocket will be
                lifted up the launch service tower. The Delta 2 is the launch
                vehicle for the National Oceanic and Atmospheric Administration
                (NOAA-N) spacecraft.The NOAA-N satellite will be placed into a
                polar orbit aboard a Boeing Delta 2 rocket. The spacecraft will
                continue to provide a polar-orbiting platform to support (1)
                environmental monitoring instruments for imaging and measuring
                the Earth's atmosphere, its surface, and cloud cover, including
                Earth radiation, atmospheric ozone, aerosol distribution, sea
                surface temperature, and vertical temperature and water profiles
                in the troposphere and stratosphere; (2) measurement of proton
                and electron flux at orbit altitude; (3) data collection from
                remote platforms; and (4) the Search and Rescue Satellite-Aided
                Tracking (SARSAT) system. Additionally, NOAA-N is the fourth in
                the series of support dedicated microwave instruments for the
                generation of temperature, moisture, surface, and hydrological
                products in cloudy regions where visible and infrared (IR)
                instruments have decreased capability. Launch is currently
                scheduled for no earlier than May 11, 2005.

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