BEE-spoke-data/govdocs1-by-extension huggingface dataset:
INTRODUCTION                          xvii
capped in fighting it out competitively on quality and price. Old France by individual craftsmen could produce textiles that were objects of luxury; but the English clothier had the organization to supply them in hundred-bolt lots uniform in texture, quality, and dye. So great was the inferiority of French scarlet cloth of commercial grades, that at times the French monopoly was forced to buy of England. Furthermore, all trade goods were supplied through a monopoly to the French trader, and all beaver was bought at the bureau of the same monopoly at a far less price than could be had at Albany. The European market must not be starved or glutted by fluctuations in the price of French beaver hats; hence the hatters must have a constant supply of raw material at a fixed price; accordingly regulations in New France to control output and price of beaver must conform.
To add to the difficulty the French government in a mood of ill-timed parsimony was prepared to spend no more on western adventures than the pay of the officers and soldiers detached to western garrisons. All other charges were to be laid on the trade. Special licenses to take one or two canoes of trade goods to the West were the price paid private traders for the transportation of the commandant and his wife to his wilderness post. Sometimes the commandant was given the monopoly of his post's trade; usually he then entered into a bargain with a Montreal trader who in return promised him a payment for each of his customary three years' incumbency, and various other advantages. The trader then recouped himself by limiting the amount and enhancing the price of his goods until the Indian in disgust sought his needs elsewhere.
When this procedure was abandoned the posts were farmed to men who agreed to pay the king a yearly fee for the monopoly, to charge themselves with necessary Indian presents, to carry out supplies for commandant, missionaries, and troops, and to perform various small services. Then the cry of monopoly arose; next time the post might be farmed by licenses. Five hundred or six hundred livres would be collected for each of the ten or twelve canoe licenses issued annually for Detroit, Mackinac, or the Illinois.   In either case the return from farm or conges was partly
ZCZC NFDSPENES ALL
SPENES
MIZ000-
.
SATELLITE PRECIPITATION ESTIMATES..DATE/TIME 05/31/08 0645Z
SATELLITE ANALYSIS BRANCH/NESDIS---NPPU---TEL.301-763-8678
LATEST DATA USED: TEST TEST TEST
.
LOCATION...MICHIGAN...
.
ATTN WFOS...APX...GRR...
ATTN RFCS...NCRFC...
.
EVENT...TEST....TEST....PLEASE IGNORE
.
SATELLITE ANALYSIS AND TRENDS...THIS IS ONLY A TEST MESSAGE.
.
SEE NCEP HPC DISCUSSION AND QPF/S FOR FORECAST.
....NESDIS IS A MEMBER OF 12 PLANET....
.
SSD/SAB WEB ADDRESS FOR PRECIP ESTIMATES:
HTTP://WWW.SSD.NOAA.GOV/PS/PCPN/
...ALL LOWER CASE EXCEPT /PS/PCPN/
.
LAT...LON 4666 8207 4557 8077 4390 8497 4572 8537
.
NNNN
www.hudclips.org 

DEPARTMENT OF HOUSING AND URBAN DEVELOPMENT
WASHINGTON, D. C. 20410

January 9, 1980
OFFICE OF THE ASSISTANT SECRETARY FOR
HOUSING - FEDERAL HOUSING COMMISSIONER           IN REPLY REFER TO:
Mortgagee Letter 80-2
TO     :  ALL APPROVED MORTGAGEES
SUBJECT:  Centralization of Fee and Premium Billing
 
     The purpose of this letter is to advise you of the
Department's long range policy with respect to centralized fee
and premium billing.  The last few years have shown a dramatic
reduction in computer processing and data storage costs enabling
many mortgage banking organizations to centralize their mortgage
cost accounting operations.  In light of these developments, the
Department intends to require centralized billing of all fees and
premiums by January 1983, in conjunction with the new Mortgage
Accounting System.  The present policy of permitting branch fee
and premium billing, as set forth in Handbook 4110.2 , Mortgage
Insurance Fiscal Instructions, will be appropriately revised.
 
     If there are any institutions which will be unable to comply
with this objective by the 1983 target date, please address your
comments to James A. Schader, Office of Management, Room 9132,
HUD, 451 7th Street, S.W., Washington, D.C. 20410, by February
15, 1980, stating any objections or comments.  The contents of
this letter have also been published in the Federal Register.
 
                                   Sincerely,
 
                                   Lawrence B. Simons
                                   Assistant Secretary
 
_____________________________________________________________________
02.22.05

James Hartsfield
Johnson Space Center, Houston
281 483-5111

NOTE TO EDITORS: J05-007

GOVERNOR TO SPEAK WEDNESDAY AT JOHNSON SPACE CENTER

Texas Gov. Rick Perry will discuss the Emerging Technology Fund, a 
$300 million proposal to nurture Texas research institutions and 
develop advanced technologies, during a Wednesday, Feb. 23, visit to 
NASA's Johnson Space Center. 

Media representatives are invited to attend the governor's 3:30 p.m. 
talk in a building housing full-size Space Station and Space Shuttle 
mockups. Perry will be introduced by JSC Director Jefferson D. Howell 
Jr. Also speaking will be U.S. Rep. Tom DeLay, R-Texas. 

A media question-and-answer session is scheduled after the talks. The 
event is not open to the public. 

Perry formally introduced the Emerging Technology Fund in December. 
Other Johnson Space Center representatives will speak briefly on 
technological advances, including those resulting from space 
exploration. 

Media representatives wishing to attend should contact the Johnson 
Space Center newsroom at 281 483-5111 no later than noon on 
Wednesday. They should be in place at the JSC Public Affairs Office 
by 2:45 p.m. Wednesday to be transported to the event. 

###

	
-end-
Cross-Scale Coupling in the Inner Magnetosphere and Ionosphere: New Insights 
From Imaging

Burch, J.L.  


The IMAGE (Imager for Magnetosphere-to-Ionosphere Global Exploration) satellite
provides nearly continuous global views of helium ions (from resonant
backscatter of solar EUV), energetic neutral atoms, auroral emissions produced
by both protons and electrons, and total electron densities (from sounding) of
the inner magnetosphere on a time scale of a few minutes. Results from IMAGE
have shown how the plasmasphere and ring current interact, particularly in the
region of plasmaspheric plumes. Simultaneous imaging of the plasmasphere, ring
current, and proton aurora have shown that these interactions are responsible
for precipitation of ring-current protons. Other results, only accessible
through imaging, include: (1) a pronounced subcorotation of the plasmasphere,
which has been shown by comparisons with DMSP ion drift measurements to be
caused by the ionospheric disturbance dynamo, and (2) midnight-to-post midnight
ring-current injections, which were shown to be consistent with previously
observed skewing of convection electric fields in the inner magnetosphere. These
results and others will be reviewed in the context of a strongly coupled inner
magnetospheric and ionospheric environment. Emphasis will be on the unique
global and continuous nature of the observations provided by an imaging
perspective.

_______________
Fall Meeting, American Geophysical Union, San Francisco, U.S.A., 
5-9 December 2005
ABAK01 PANC 130008
ALASKA WEATHER SUMMARY
NATIONAL WEATHER SERVICE JUNEAU AK
4 PM AST WED NOV 12 2003


THE MAJOR WEATHER FEATURE AFFECTING THE STATE OF ALASKA TODAY WAS
AN AREA OF LOW PRESSURE OVER PRINCE WILLIAM SOUND. THIS LARGE WEATHER
SYSTEM SPREAD CLOUDS AND PRECIPITATION TO MOST OF SOUTHCENTRAL AND
SOUTHEAST ALASKA WITH A PARTS OF THE INTERIOR AFFECTED.  SOUTHCENTRAL
MAINLY HAD SNOW TODAY WITH ACCUMULATIONS OF 1 TO TO 8 INCHES AND RAIN IN
THE EASTERN PORTION OF PRINCE WILLIAM SOUND. THE PANHANDLE HAD HEAVY RAIN
TODAY WITH SNOW IN THE HIGHER ELEVATIONS. KETCHIKAN HAD THE HIGHEST
RECODED PRECIPITATION WITHIN THE LAST 24 HOURS WITH 3.19 INCHES OF RAIN. 
THE TANANA VALLEY IN THE INTERIOR HAD UP TO 4 INCHES OF SNOW TODAY. 
ELSEWHERE LIGHT SNOW FELL IN THE NORTHSLOPE AND SHOWERS OF RAIN AND SNOW
AFFECTED THE EASTERN ALEUTIANS TODAY. A DEEP LOW HAD JUST PUSHED INTO THE
ALASKA REGION NEAR ATTU RESULTING WITH CLOUDY CONDITIONS AND RAIN FOR THE
WESTERN ALEUTIANS.    

WINDS WERE GUSTY ALONG ALL OF THE COASTAL REGIONS TODAY.  THE ARCTIC COAST
HAD 30 MPH WINDS WITH WHITE OUT CONDITIONS DUE TO BLOWING SNOW. THE BERING
STRAIT HAD 35 MPH WINDS WHICH SPREAD DOWN TO THE ALEUTIANS AND THE ALASKA
PENINSULA.  KODIAK ISLAND HAD GUST TO 45 MPH THIS MORNING. 30 MPH WINDS
OCCURRED ALONG THE COAST OF SOUTHCENTRAL WITH 45 MPH WINDS THROUGHOUT THE
PANHANDLE.

AS OF 2 PM THE TEMPERATURES WERE AS FOLLOWS...
THE NORTHSLOPE AND THE INTERIOR  HAD TEENS TO NEGATIVE TEENS. WESTERN
ALASKA HAD TEENS TO 20S. SOUTH CENTRAL RANGED IN THE TEENS TO LOW 30S. THE
ALEUTIANS STAYED IN THE 30S. THE PANHANDLE HAD 40S TO LOW 50S. THE COLD
SPOT FOR THE DAY SO FAR WAS ANAKTUVUK PASS WITH A MINUS 24 DEGREES. THE
WARM SPOT FOR THE DAY SO FAR HAS BEEN ANNETTE WITH 52 DEGREES.  

$$
BWT
COAST SCENERY.                         443
the other would have to yield, else there would ensue still
another of the many revolutions which are periodical on
this island.
The greatest trouble affecting the present Government
is to know how to run its finances, as the paper money
now out has little or no value, and in fact there is nothing
of value in the republic upon which to base credit, unless
the customs are hypothecated. The greatest revenue is
obtained from the export duty on coffee, which amounts
to an enormous sum, but which kills the industry of the
country, making the coffee so high to export to foreign
markets that millions of pounds are left unpicked on the
trees each year.
This I can readily believe, for as we sailed along the
coast we did not see any signs of a thickly-settled country
or of a general agriculture. Only occasionally we saw
clearings on the hill-side that marked the residence of
some settler ; yet the country is beautiful in the extreme,
and, as the Haytians on board told me, splendid coffee
land.
Now we are entering a noble canal or passage formed by
the island of Tortuga and the mainland, and upon the
shore of the latter is spread out before us the little town
of Port de Paix, presenting a pleasing aspect from the sea.
It is a small place, with tolerably well-built houses of stone,
a large church, and a public fountain ; but the site of the
town is unhealthy from the low, marshy nature of the land
in the vicinity ; but the country about it is said to be fertile
in coffee, with forests of many valuable woods.
Its historic interest is centred in the fact that Columbus
landed here on his first voyage, naming the place Valparayso,
or Valley of Delight ; it was also the dwelling-place of one
of the ancient caciques ; and the French, being driven from
the island of Tortuga opposite, settled here, and gave it the
present name of Peaceful Port.
Tortuga (or Turtle) Island, which forms the other shore
requires("1.29o");

print("");
print("    Math functions");

print('absolute value of -2: ' + abs(-2));    // single quotes are also okay

"e^1: " + exp(1);  // shortcut for print("e^1: " + exp(1));

"1.9 rounded: " + round(1.9)  // okay to leave off ';' outside of loops

"1.9 truncated: " + floor(1.9)

"2^16: " + pow(2,16)

"square root of 2: " + sqrt(2)

"minOf(2,3): "+minOf(2,3)
"maxOf(2,3): "+maxOf(2,3)

print("");
print("Angle  Sine     Cosine    Tangent"); 
for (degrees=0; degrees<=180; degrees+=30) {
    radians = degrees*(PI/180);
    print(degrees+"      "+d2s(sin(radians),4)+"      "+d2s(cos(radians),4)+"      "+d2s(tan(radians),4));
}

print("");
print("n       logE(n)       log10(n)");
for (n=1; n<=1000000; n*=10)
    print(n+"      "+d2s(log(n),4)+"      "+d2s(log(n)/log(10),4));

" "
"    String functions"
"1.23456 to 2 decimal places: " + d2s(1.23456, 2) // d2s = double to string
"9.99 rounded to an integer is: " + d2s(9.99, 0)
"65535 in hex: " + toHex(65535)
"240 (hex f0) in binary: " + toBinary(0xf0)

" "
"    getTime function"
n=400000; start=getTime();
for (i=0; i<n; i++);
time = getTime()-start;
print("time: "+time/1000+" seconds ("+time*1000/n+" usec/loop)");

" "
"    utilities"

n = 50;
for (i=0; i<n; i++) {
    showStatus("Progress: "+i+'/'+n);
    showProgress(i, n-1);
    wait(10);
}

n = getNumber("Enter a number:", 123);
showMessage('The user entered "'+n+'"');

s = getString("Enter a string:", "Default string");
showMessage('The user entered "'+s+'"');

showMessage('Test Message',
    'This is a multi-line message with a title.\n'
    +'This is the second line of the message\n'
    +'and this is the third.');

showMessageWithCancel("OK or Cancel?", "Click on OK or Cancel");

if (nImages>0) {
    print("Title: "+getTitle());
    print("Width: "+getWidth());
    print("Height: "+getHeight());
    print("Slices: "+nSlices);
} else
    print("No images are open");
TITLE:   GCN CIRCULAR
NUMBER:  7580
SUBJECT: GRB 080330 optical observations
DATE:    08/04/09 18:36:58 GMT
FROM:    AAVSO GRB Network at AAVSO  <matthewt@aavso.org>

A. Block (Seeing In The Dark Internet Telescope, and Steward
Observatory, Tucson, AZ) and M. Templeton (AAVSO) report on behalf of
the AAVSO International High Energy Network the following observations
and analysis of the optical afterglow of GRB 080330 (Mao et al., GCN
Circular #7537; Klotz, Boer, and Atteia, GCN #7536):

Adam Block reports unfiltered photometry of the GRB 080330 afterglow
spanning 2008 March 30.1675 UT to 2008 March 30.3273, taken with the
Seeing In The Dark Internet Telescope 14-inch Celestron SCT, using an
SBIG ST1001 camera, located near Mayhill, New Mexico.  Forty-seven,
300-second unfiltered exposures were obtained beginning 20 minutes
post-burst, and continuing through t0 + 0.1736 days. Data acquisition
began after the reported peak (D'Avanzo, et al., GCN #7554), but during
the early decay epoch.  A break in the light curve is apparent at
approximately 25 minutes after the trigger; only one data point was
obtained prior to this point, and so a slope cannot be reliably derived. 
After t0 + 25 minutes, the data are reasonably well fit with a power law
index of -1.104 +/- 0.001, with a zero point unfiltered magnitude of
22.65 (m = m(t+1day)).  However, the light curve appeared to briefly
rebrighten by more than 0.2 magnitudes (1-sigma error = 0.09 mag)
approximately 70 minutes post-burst, suggesting a late-time
manifestation of the rebrightening seen during early light (Schaefer and
Guver, GCN #7538).  These observations are consistent with other
optical observations taken during this time frame; observations through
t0 + 250 minutes do not show evidence for the steeper slope described by
Sergeev et al (GCN #7556) for data taken at t > t0 + 0.5 days,
suggesting this break occurred between the end of these observations and
the start of observations by Sergeev et al.

A report detailing these observations is available at the following URL:

ftp://ftp.aavso.org/grb/AdamBlock_GRB080330_2454558.33910_.txt

The initial image of the GRB field is available at the following URL:

ftp://ftp.aavso.org/grb/AdamBlock_GRB080330_2454558.33910_.fits

A light curve of the unfiltered photometry is available at the following
URL:

http://www.caelumobservatory.com/outgoing/grb080330LOG.jpg

Photometry and a full description of the observations will appear in the
Journal of the AAVSO, and are available from A. Block upon request to
ngc1535@caelumobservatory.com.

The AAVSO thanks the Curry Foundation for their continued support of the
AAVSO International High Energy Network.
RH_LS157
Richmond, VA    Tue   Jan 20, 2009    VA Dept of Ag-USDA Market News

Front Royal VA Livestock Auction

Weekly Auction for Jan 15, 2009
Prices Based on In weights

Feeder Cattle   Too few to report

Slaughter Cattle   29 (Cows 25; Bulls 4)

      Slaughter Cows Breaker 75-80% Lean
      1200-1600     46.00-48.00

      Slaughter Cows Breaker High Yielding
      1200-1600           50.00

      Slaughter Cows Boner 80-85% Lean
       800-1200     40.00-42.00
      1200-2000     44.00-47.00

      Slaughter Cows Boner High Yielding
      1200-2000     49.00-51.00

      Slaughter Cows Lean 85-90% Lean
       750- 850     27.00-28.00
       850-1200     37.50-43.00

      Slaughter Bulls YG 1-2
      1500-2500           55.00

      Slaughter Bulls High Yielding
      1000-1500           60.00
      1500-2500     63.50-64.00

   Calves Returned To Farm   3 
      Holstein Bulls 
       100- 130     77.00-86.00 per cwt

Source:  Virginia Department of Agriculture and Consumer Services
         USDA-VA Market News, Richmond, VA   804.786.3947
         www.vdacs.virginia.gov/marketnews
         market.news@vdacs.virginia.gov

1000e   bwr rsu

.
Model Change Bulletin
              
                                 MCB#2                 8/14/89

                          RTDM32 (dated 89226)


     This Model Change Bulletin is formal notification of a change to the
RTDM3.2 Model.  The updated code is dated 89226 and further identified by
MCB#2.

     In June, the developer of  RTDM reported a coding error in RTDM3.2
that will give erroneous results in some model runs.  The error occurs in
the calculation of the partial reflection factor such that, in a few cases,
the concentration of a plume can increase as it moves downwind.  This gives
concentrations that can be too high--by a factor of two in the most extreme
cases.  The developer also proposed a correction to the code.  We concur
with both the assessment and correction proposed by the developer.

     The correction requires that the following statement be inserted after
statement VRT02660 in subroutine VERT:

                              K = K + 1

     THIS CORRECTION HAS BEEN MADE TO THE SOURCE CODE WHICH IS AVAILABLE ON
THE SCRAM BBS.

                              *  *  *

     In most cases,  this change will probably  make no difference in the
results.  When there is a change, the revised model will always produce lower
concentration estimates.  In some cases, the values can be lower by as much
as a factor of two.

     Three test cases were run to give a first indication of the kinds of
differences to expect.  These involved a low (35 meter), a medium (100 meter),
and a high (200 meter) stack.  These are the same test cases that have been
previously used to  evaluate the effects  of changes to  RTDM.  The only
differences in the results produced by the corrected model are for the low
(35 meter) stack.  The 1-hour high and high second high concentrations, and
the 3-hour high and high second high concentrations decreased by 27, 26, 20,
and 2 percent, respectively.  Both 24-hour concentrations remained unchanged.
All values for the medium (100 meter) and tall (200 meter) stacks remained
unchanged.

                             *** NOTE ***

     With no further changes to the RTDM3.2 Model code, it will compile using
the Microsoft 4.1 compiler and execute on a PC.  The same holds true for the
preprocessor program, PRERTDM and the post processor program, POSTRTDM.
* Sea-Bird SBE 19 Data File:
* FileName = G20-073.HEX
* Cast Made at Mich G20 on Mar. 13, 2000 at 08:18 GMT
* OP No. G2000073.08
* Latitude: 41 44.48
* Longitude: 87 13.40
* Transmissometer Pathlength is .25m 
* Software Version 4.035
* Temperature SN = 207
* Conductivity SN = 207
* TSM = (1.63) * Atten - 0.25
     Date        Depth      Temp       Atten    Fluor       Cond.
     GMT           m         C          1/m       V          S/m
   73.34636      1.000     2.8138      1.128  4.252e-02   0.016553  0.000e+00
   73.34690      2.000     2.7847      1.063  4.695e-02   0.016356  0.000e+00
   73.34695      3.000     2.7845      1.037  4.045e-02   0.016345  0.000e+00
   73.34697      4.000     2.7824      1.092  4.717e-02   0.016345  0.000e+00
   73.34699      5.000     2.7821      1.015  3.964e-02   0.016345  0.000e+00
   73.34701      6.000     2.7818      1.056  4.210e-02   0.016345  0.000e+00
   73.34703      7.000     2.7818      1.078  4.710e-02   0.016345  0.000e+00
   73.34705      8.000     2.7809      1.043  3.892e-02   0.016345  0.000e+00
   73.34707      9.000     2.7815      1.092  4.445e-02   0.016345  0.000e+00
   73.34708     10.000     2.7808      1.031  4.115e-02   0.016345  0.000e+00
   73.34710     11.000     2.7804      1.058  4.289e-02   0.016345  0.000e+00
   73.34712     12.000     2.7796      1.064  4.405e-02   0.016345  0.000e+00
   73.34714     13.000     2.7797      1.016  4.068e-02   0.016345  0.000e+00
   73.34716     14.000     2.7800      1.072  4.628e-02   0.016345  0.000e+00
   73.34717     15.000     2.7797      1.034  4.452e-02   0.016345  0.000e+00
   73.34719     16.000     2.7790      1.053  4.302e-02   0.016345  0.000e+00
   73.34721     17.000     2.7790      1.057  5.327e-02   0.016345  0.000e+00
   73.34723     18.000     2.7805      1.025  4.309e-02   0.016345  0.000e+00
   73.34725     19.000     2.7419      1.092  5.018e-02   0.015652  0.000e+00
Comment 0414546

From: IBJIM22@aol.com
Sent: Wednesday, July 27, 2005 1:06 PM
To: Rulemaking, TTB
Subject: Notice No. 41: Labeling and Advertising of Wines, Distilled
Spirits and Malt Beverages

U.S.  TTB
 

Dear U.S.  TTB,

I am writing today to urge the TTB to approve the proposal to include basic information like serving size, alcohol per serving, carbohydrates and calories on spirits, wine and beer bottles. I have that information on everything else I eat or drink, and I believe that alcoholic beverages should be no different.

Allowing basic information on labels would also help adult consumers adhere to the advice on moderate alcohol consumption in the Federal Government's Dietary Guidelines for Americans.
And, since alcohol beverages are sold in an increasingly broad variety of formulations, container sizes and alcohol strengths, I'd like information that will help clarify what constitutes a "standard drink."

I believe this is an issue of common sense and am confident that other consumers would agree with me.

Please allow beverage alcohol companies to include this basic information on their packages.

Thank you very much for your consideration.

Sincerely,

James Beck
17081 RENO
RIVERVIEW, Michigan 48193-4225
 cc: 
Senator Carl Levin
Representative Carolyn Kilpatrick
Senator Debbie Stabenow
Chairperson Nida Samona
39
numbered government sections, parties have attempted to pre-empt the ground upon Which the shops stand.
The attention of the commissioners was called to this fact at Cheyenne, at Laramie, and at Evanston; and they consider it would be a great detriment to the company and the government to have their reservations curtajled, as they are not more than sufficient for the accommodation of the present and future business of the road.
If the charter of the company gives them authority to make their reservation for right of way, shops, etc., this commission is of opinion that a prompt decision in these cases will avoid complications and relieve the company of a great source of annoyance.
ROUND-HOUSES
are more than sufficient to house the machinery of the road not in use. They are all well built, of brick and stone, and are located at Omaha, Grand Island, North Platte, Sidney, Cheyenne, Sherman, Laramie, Medicine Bow, Bitter Creek, Green Kiver, and Evanston. At two of these points they are not needed and not used.
ROLLING-STOCK.
There are now on the road, 
152 locomotives. 25 first-class coaches. 31 second-class coaches.
1 directors1 car.
1 officers' ear.
1 pay-masters1 car.
8 emigrant cars.
9 mail-cars. 9 extra cars.
12 baggage-cars, large. 6 baggage-cars, small. 78 way-cars.
3 wrecking-cars and cabooses.
4 out-fit cars. 325 hand-cars.
75 rubble-cars. 47 dump-cars. 1,230 box-cars. 949 flat cars.
A Midsummer Trip to the Tropics.
%
Indian peoples, seems almost unnatural. Pressure of
numbers has largely contributed to this characteristic;
but Barbadoes would be in any event, by reason of posi-
tion alone, a busy colony. As the most windward of the
West Indies it has naturally become not only the chief
port, but also the chief emporium of the Antilles. It
has railroads, telephones, street-cars, fire and life in-
surance companies, good hotels, libraries and reading-
rooms, and excellent public schools. Its annual export
trade figures for nearly $6,000,000.
The fact which seems most curious to the stranger, on
his first acquaintance with the city, is that most of this
business activity is represented by black menblack
merchants, shopkeepers, clerks. Indeed, the Barbadian
population, as a mass, strikes one as the darkest in the
West Indies. Black regiments march through the street
to the sound of English music,uniformed as Zouaves ;
black police, in white helmets and white duck uniforms,
maintain order ; black postmen distribute the mails ;
black cabmen wait for customers at a shilling an hour.
It is by no means an attractive population, physically,
rather the reverse, and frankly brutal as welldifferent
as possible from the colored race of Martinique ; but it
has immense energy, and speaks excellent English. One
is almost startled on hearing Barbadian negroes speaking
English with a strong Old Country accent. Without see-
ing the speaker, you could scarcely believe such English
uttered by black lips ; and the commonest negro laborer
about the port pronounces as well as a Londoner. The
purity of Barbadian English is partly due, no doubt, to
the fact that, unlike most of the other islands, Barbadoes
has always remained in the possession of Great Britain.
Even as far back as 1676 Barbadoes was in a very dif-
ferent condition of prosperity from that of the other col-
onies, and offered a totally different social aspecthav-
ing a white population of 50,000.   At that time the island
#Calculate the normal tunes for a one-turn map and beam-beam kick

# the beam-beam parameters

xi1 = -0.0107  # beam 1-2
xi2 = -0.0107  # beam 2-1

beta1 = 0.28  # beam 1 beta twiss
beta2 = 0.28  # beam 2 beta twiss
alpha1 = 0.01 # beam1 alpha twiss
alpha2 = -alpha1 # beam 2 alpha twiss

tune1 = 0.428;  # beam 1 base tune
tune2 = 0.428;  # beam 2 base tune

mu1 = pi * tune1;  # beam 1 half  phase advance
mu2 = pi * tune2;  # beam 2 half phase advance

				# thin beambeam kick

k1 = -2 * pi * xi1/beta1;
k2 = -2 * pi * xi2/beta2;

bbkick = \
    [ 1, 0, 0, 0; \
     -k1, 1, k1, 0; \
     0, 0, 1, 0; \
     k2, 0, -k2, 1]

gamma1 = (1 + alpha1**2)/beta1;
gamma2 = (1 + alpha2**2)/beta2;

basemap = \
    [ cos(mu1) + alpha1 * sin(mu1), beta1 * sin(mu1), 0, 0; \
     -gamma1 * sin(mu1), cos(mu1) - alpha1 * sin(mu1), 0, 0; \
     0, 0, cos(mu2) + alpha2 * sin(mu2), beta2 * sin(mu2); \
     0, 0, -gamma2 * sin(mu2), cos(mu2) - alpha2 * sin(mu2)]


oneturnmap = basemap*bbkick * basemap;

				# get eigenvalues

[v,l] = eig(oneturnmap)

# Extract tunes
printf("Tunes: \n");
tunes = zeros(4,1);
for i =[1:4]
  ll = l(i,i);
  tunes(i) = imag(log(ll))/(2*pi);
  printf("    %g \n", tunes(i));
endfor
Request_64152({
         'requestId' : 64152L,
       'requestType' : 'simulation',
     'requestStatus' : 'new',
           'archive' : SamBoolean('FALSE'),
          'comments' : 'csmc alpgen+pythia gam-z+1lp->mumu+1lp excl m=15-75 gev',
             'group' : 'dzero',
    'numberOfEvents' : 200000L,
          'priority' : 5L,
     'statusHistory' : RequestStatusHistory([RequestStatusHistoryEntry({
           'byWhom' : UserIdentifier(userName='msanders'),
             'date' : SamTime(1178921866.0),
    'requestStatus' : 'new',
    })]),
    'userIdentifier' : UserIdentifier(userName='msanders'),
            'params' : Params({
           'global' : CaseInsensitiveDictionary({
           'datatier' : 'reconstructed',
        'description' : 'CSMC Alpgen+Pythia gam-z+1lp->mumu+1lp excl m=15-75 GeV',
          'groupname' : 'dzero',
              'phase' : 'mcp20',
    'producedforname' : 'msanders',
          'requestid' : '64152',
            'runtype' : 'Monte Carlo',
             'stream' : 'notstreamed',
    }),
        'digitized' : CaseInsensitiveDictionary({
    'calorimeternoise' : 'off',
           'd0release' : 'p20.08.02',
    'frameworkrcpname' : 'runD0Sim_noCalNoise_run2b.rcp',
        'mergeminbias' : 'on',
        'minbidataset' : 'zerob_p20.08.02_RunIIbMC_sample_2_april',
            'minbiopt' : 'Fixed',
            'numminbi' : '1.0',
    }),
             'fome' : CaseInsensitiveDictionary({
       'fscal-opt' : '1',
        'in-ex-cl' : 'exclusive',
     'mass-max-34' : 75.0,
     'mass-min-34' : 15.0,
     'matching_dr' : 0.40000000596046448,
    'matching_opt' : '1',
     'matching_pt' : 8.0,
     'pt-min-lep1' : 0.0,
       'pt_min_lf' : 8.0,
      'y-max-lep1' : 10.0,
        'y_max_lf' : 5.0,
    }),
        'generated' : CaseInsensitiveDictionary({
        'cardfiledir' : 'dzero',
    'cardfileversion' : 'v01-00-00',
    'collisionenergy' : '1960.0',
          'd0release' : 'p20.08.02',
              'decay' : 'mumu+1lp_n.unw',
              'etagt' : '-5.0',
              'etalt' : '5.0',
          'generator' : 'alpgenpythia',
         'pdflibfunc' : 'LHPDFCTEQ6L1',
         'production' : 'gam-z+1lp',
               'ptgt' : '0.0',
               'ptlt' : '-1.0',
            'topmass' : '170.0',
          'useevtgen' : 'on',
    }),
    'reconstructed' : CaseInsensitiveDictionary({
           'appfamily' : 'reconstruction',
             'appname' : 'd0reco',
          'appversion' : 'p20.08.02',
           'd0release' : 'p20.08.02',
    'frameworkrcpname' : 'runD0reco_mc.rcp',
    }),
        'simulated' : CaseInsensitiveDictionary({
                'd0release' : 'p20.08.02',
                 'geometry' : 'plate-run2b',
    'keepparticlecalenergy' : 'off',
    }),
    }),
    })
The use of Terramycin (TM-100F), a feed premix containing the broad spectrum 
antibacterial agent oxytetracycline (220 g/kg), is being extended to control 
columnaris infections caused by Flavobacterium columnare in cool- and warmwater 
fish. The study objective was to determine the safety of oxytetracycline 
administered in feed to walleye Stizostedion vitreum, yellow perch Perca 
flavescens, and hybrid striped bass Morone saxatilis x M. chrysops. The 
presently approved oxytetracycline treatment regimen is 55 to 82.5 mg/kg 
bodyweight (BW)-1d-1 for 10 d. Nominal oxytetracycline dose rates evaluated were 
0 (control), 82.5, 248, or 413 mgkg BW-1d-1 offered for 10 (yellow perch and 
hybrid striped bass) or 20 consecutive days (walleye). Parameters evaluated 
included daily mortality, behavioral observations (appetite, distribution, and 
flight/fright response), water chemistry observations, initial and terminal 
weight measurements, and gross and microscopic pathology. Yellow perch and 
hybrid striped bass consistently consumed 50 % to 100% of the diet offered 
during dosing. Although walleye feed consumption was occasionally less than 50% 
of the diet offered, feed or fecal material was present in the gastrointestinal 
tract of all necropsied walleye except for one control fish. There were no 
oxytetracycline-related mortalities or clinically observable changes in behavior 
for any of the species tested. Oxytetracycline-related changes were limited to 
growth and histopathology data. The single oxytetracycline-related growth effect 
was that hybrid striped bass offered a nominal dose of 413 mgkg BW-1d-1 were 
significantly smaller than untreated controls at the terminal sampling. 
Oxytetracycline-related histopathological findings were limited to walleye, and 
these findings included decreased hematopoietic/lymphopoietic (H&L) tissue in 
the anterior kidneys, diffuse hyperplasia of the gill filament epithelium, and a 
decreased prevalence of fish with eosinophilic droplets in their renal tubular 
epithelial cells. Although the incidence of decrease H&L tissue tended to 
increase in proportion to the oxytetracycline dose, this finding was only 
statistically significant for fish that received a nominal dose of 413 mgkg BW-
1d-1. All three microscopic findings were of low severity, and their mechanism 
with regard to oxytetracycline administration remains undetermined. Given the 
pathogenicity of the types of bacteria controlled by oxytetracycline treatment, 
the long history of its use in major aquaculture species, and the relatively 
minor treatment-related effects in walleye and hybrid striped bass, the relative 
risks of oxytetracycline treatment are probably outweighed by its disease 
control benefits.
ZCZC NFDSPENES ALL
SPENES
.
SATELLITE PRECIPITATION ESTIMATES..DATE/TIME 06/15/07 1953Z
SATELLITE ANALYSIS BRANCH/NESDIS---NPPU---TEL.301-763-8678
LATEST DATA USED: GOES-12: 1915Z	DS
.
LOCATION...TEXAS...
.
ATTN WFOS...LCH...SHV...HGX...EWX...
ATTN RFCS...WGRFC...
.
EVENT...LOCALLY HVY RAINS POSSIBLE FROM MERGERS IN E/CENTRAL TX
.
SATELLITE ANALYSIS AND TRENDS...TWO OUTFLOW BNDRYS THAT SHOW UP VERY
NICELY ON VIS IMAGERY ARE HEADED DIRECTLY TWDS ONE ANOTHER AND WHEN THEY
COLLIDE..COULD CAUSE VERY HVY RAIN ALONG A LINE FROM COLORADO COUNTY NE
TO TRINITY/POLK/ANGELINA COUNTY. CELLS ARE ALREADY PRODUCING GOOD RAINS
ALONG THE LINE MOVING E/SEWD THROUGH E/CENTRAL TX AND HAVE A WELL DEFINED
AND VERY LONG OUTFLOW BNDRY STRETCHING FROM NE TX TO S/CENTRAL TX. OTHER
BNDRY IS FROM SEA BREEZE MOVING A LITTLE SLOWER TO THE W/NW TWDS THE
APPROACHING LINE OF CELLS. EXPECT WITH MERGER OF THESE TWO BNDRYS..SHOULD
SEE AN INTENSIFICATION OF THE LINE MOVING THROUGH E/CENTRAL TX. NRN END OF
LINE HAS ALREADY SHOWN SOME CLOUD TOP COOLING NOT ASSCD WITH ANY MERGER
YET AS TOPS ARE NOW AROUND -64C. WITH SOME OF THE COUNTIES NEAR AND N
OF HOU RECEIVING HVY RAINFALL LAST NIGHT AS WELL..SOILS MAY ALREADY BE
SOMEWHAT SATURATED. VERY HIGH PW VALUES ALONG THE SE TX COAST WILL ALLOW
FOR HVY RAINFALL RATES OVER THOSE COUNTIES. ESTIMATED RAINFALL AMOUNTS
OF 1-2" IN A 30-45 MIN TIME PERIOD ARE POSSIBLE AS THE BNDRYS MERGE. SEE
WEBPAGE FOR GRAPHIC IN 10 MIN
.
SEE NCEP HPC DISCUSSION AND QPF/S FOR FORECAST.
....NESDIS IS A MEMBER OF 12 PLANET....
.
SSD/SAB WEB ADDRESS FOR PRECIP ESTIMATES:
HTTP://WWW.SSD.NOAA.GOV/PS/PCPN/
...ALL LOWER CASE EXCEPT /PS/PCPN/
.
LAT...LON 3165 9473 3106 9422 2938 9623 2981 9679
.
NNNN
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","001.gif","1","1","","001.tif"
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","002.gif","2","2","","002.tif"
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","003.gif","3","3","","003.tif"
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","004.gif","4","4","","004.tif"
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","005.gif","5","5","","005.tif"
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","006.gif","6","6","","006.tif"
"Serenade to Ninon - Srnade a Ninon /","sm1884/08600","08636","007.gif","7","7","","007.tif"
07.15.01

Sunday, July 15, 2001, 6 p.m. CDTSTATUS REPORT: STS-104-08

STS-104 MISSION CONTROL CENTER STATUS REPORT #8

The five-member crew of Atlantis will spend its fifth day in space 
working with the Expedition Two crew aboard the International Space 
Station to continue the activation of the station's new airlock, 
named Quest.

Today's work will include testing nitrogen and oxygen lines that will 
be used during future shuttle missions to replenish the airlock's 
tanks of high-pressure oxygen and nitrogen; testing the airlock's 
space walk equipment; and installing valves that will connect Quest 
to the station's environmental control system. In addition to 
checking and activating Quest's systems, the crews will remove the 
motor controllers from the airlock's berthing mechanism, which are no 
longer needed now that the airlock is firmly attached to the station.

The shuttle crew's day began at 4:04 p.m. with a wake-up call from 
Mission Control playing the song "No Woman No Cry" by Bob Marley for 
Mission Specialist Mike Gernhardt. On board the space station, 
Commander Yury Usachev and Flight Engineers Jim Voss and Susan Helms 
awoke at 5:04 p.m.

After the airlock was attached to the station early Sunday morning, 
and the first part of its checkout was completed, the shuttle and 
station crews held a ribbon cutting for the new addition. Station 
Commander Yury Usachev and Atlantis Commander Steve Lindsey cut a 
white ribbon that had been strung across the entrance of Quest's crew 
lock. Lindsey and Usachev made two cuts to the ribbon, each on either 
side of the word Quest to christen the new compartment. This 
evening's checkout of Quest will help prepare for the mission's third 
space walk, scheduled for Thursday evening. That space walk, during 
which two air tanks will be installed on Quest, will be the first to 
originate from the new airlock.

Yesterday, a decision was made to bring home a spare space suit aboard 
Atlantis that had experienced a leaking battery. Controllers were 
worried that the leaking battery may have damaged portions of the 
suit and decided to bring the suit home for inspection and cleaning. 
The originial plan had been to leave the suit aboard the station for 
use by future crews.

All systems continue to function normally aboard both the Space 
Shuttle Atlantis and the International Space Station. Later this 
evening, a little after 8 p.m., the shuttle's engines will be used to 
perform an hour-long reboost of the station's altitude.

The next mission status report will be issued about 6 a.m. Monday or 
as events warrant.

	
-end-
ML_LS756
Moses Lake, WA    Tue Feb 3, 2009    USDA Market News

Stockland Livestock Auction, Davenport, WA    Mon - 2/2/09

Receipts: This Week: 625   Last Week: 148    Year Ago: 90 

   Compared to last Monday at same market, not enough feeder cattle last week 
for accurate trends. Trade active with good demand. Slaughter cows and bulls 
4.00-5.00 higher. Trade active with good demand as seasonal lighter numbers 
are being marketed. Slaughter cows made up 47 percent of the offering; 
Slaughter bulls 5 percent, and feeders 48 percent. The feeder supply included 
74 percent steers and 26 percent heifers. Near 74 percent of the run weighed 
over 600 lbs.

   Feeder Steers Medium and Large 1-2  300-400 lbs 113.00; 500-600 lbs 96.50-
100.50; 600-700 lbs 92.00-94.50; 700-800 lbs 84.00-86.50. Small and Medium 1-2  
500-600 lbs 93.75.

   Feeder Heifers Medium and Large 1-2  500-600 lbs 86.50-88.75; 600-700 lbs 
80.00-83.25. Small and Medium 2-3  400-500 lbs 85.75.

   Bred Cows (Per Head): Medium and Large 1-2  Young to Mid-Aged (under 8 yrs 
old) 1100-1350 lbs 6-9 mos bred 830.00-890.00, few non vaccinated 1300-1350 
lbs 6-9 mos bred 700.00.

Slaughter Cows:     
              Pct Lean Weight  Avg Dressing  High Dressing   Low Dressing
Boners        80-85  1200-1800  40.00-45.50        --         35.00-40.00 
Lean          85-90  1200-1700  40.00-45.00        --         35.00-40.00
Lean            90    800-1200  37.00-42.00        --         30.00-37.00  
                     
Slaughter Bulls:  Weight    Avg Dressing     High Dressing   Low Dressing
Yield Grade 1-2  1500-2100   47.00-54.00           --         40.00-47.00                 
                                            
   Hogs: 0
    
   Sheep: 20
      Bred Ewes (Per Head): Medium and Large 1-2: Young 162 lbs 62.50.

   Goats: 10 No prices reported.
 
Source: USDA Market News, Moses Lake, WA.  509-765-3611
        24 hour price information: 509-765-0311
        www.ams.usda.gov/mnreports/ML_LS756.txt

0815p    gds ljw
 
 
.
ADVENTURES OF A  FRENCH  CAPTAIN.       175
lery. Half the Mexican army remained on
the field of battle. The other half laid down
their arms.
Though I have seen many a fight during
the seven years of my service under the Em-
pire, I had never witnessed such wild ex-
citement. I felt twenty years younger. Our
Texans were real heroes, and what is most
wonderful in this feat of a handful of volun-
teers, and proves that the enemy did not try
to resist us, is the fact that we had only two
soldiers killed and twenty-three wounded.
Santa Anna had fled at the beginning of the
fight. He was found, the next day, hiding in the
tall prairie grass. He humbly kissed the hand of
the poor soldier who found him, and tried to
bribe the others with unlimited gifts of gold
and jewels. He wept when they resisted his
offers, and when he was carried before Hous-
ton, he said to him, significantly :
" You were born for great things ; you have
conquered the Napoleon of the West?
His conscience smote him about the massa-
cre of Goliad, and he feared to be called to ac-
count for it, but still, from policy or from pity,
General   Houston  promised  to  protect him.
CA1761

1.  CONTEXTUAL AERIAL VIEW OF BRIDGE IN SETTING, LOOKING WEST-NORTHWEST FROM UPSTREAM
2.  CONTEXTUAL AERIAL VIEW OF BRIDGE IN SETTING, LOOKING NORTH-NORTHEAST
3.  CONTEXTUAL AERIAL VIEW OF BRIDGE IN SETTING, LOOKING EAST-SOUTHEAST FROM DOWNSTREAM
4.  CONTEXTUAL AERIAL VIEW OF BRIDGE IN SETTING, LOOKING SOUTH-SOUTHWEST
5.  CONTEXTUAL AERIAL VIEW OF BRIDGE IN SETTING, LOOKING SOUTHEAST
6.  CONTEXTUAL VIEW OF BRIDGE IN SETTING, LOOKING NORTHWEST OF UPSTREAM SIDE FROM CHILI BAR SLATE MINE QUARRY
7.  CONTEXTUAL VIEW SHOWING UPSTREAM SIDE OF BRIDGE IN SETTING, LOOKING SOUTHWEST
8.  VIEW OF UPSTREAM ELEVATION, LOOKING WEST-NORTHWEST
9.  VIEW OF UPSTREAM ELEVATION, LOOKING WEST-NORTHWEST
10.  OBLIQUE VIEW OF UPSTREAM ELEVATION, LOOKING NORTH
11.  VIEW OF DOWNSTREAM ELEVATION, LOOKING EAST-SOUTHEAST
12.  VIEW OF DOWNSTREAM ELEVATION, LOOKING SOUTHEAST. PIER OF OLD BRIDGE IS IN FOREGROUND
13.  OBLIQUE VIEW OF DOWNSTREAM ELEVATION, LOOKING SOUTH
14.  VIEW OF NORTH APPROACH, LOOKING SOUTHWEST
15.  VIEW OF SOUTH APPROACH, LOOKING NORTHEAST
16.  OBLIQUE VIEW OF UNDERSTRUCTURE, SHOWING NORTH PIER, ARCH RIBS, COLUMNS, AND SWAY BRACING, LOOKING SOUTH
17.  VIEW OF UNDERSTRUCTURE, SWAY BRACING IN FOREGROUND, COLUMNS, AND DECK SOFFIT, LOOKING NORTHEAST TO NORTH ABUTMENT
18.  VIEW OF UNDERSTRUCTURE, SHOWING ARCH RIBS, COLUMNS, AND SWAY BRACING, LOOKING SOUTHWEST FROM NORTH ABUTMENT
19.  DETAIL VIEW SHOWING POINT OF CONNECTION OF SWAY BRACING TO UPSTREAM ARCH RIB AT SPRING POINT FROM SOUTH ABUTMENT, LOOKING EAST-NORTHEAST. NOTE CRACK VISIBLE NEAR TOP OF SWAY BRACING AT LEFT CENTER, PROBABLY DUE TO RUST JACKING OF REINFORCING STEEL
20.  DETAIL VIEW OF DECK SOFFIT AND EXPANSION JOINT, LOOKING SOUTHWEST FROM NORTH ABUTMENT
21.  PROFILE AND PLAN. February 4, 1922
22.  SECTIONS AND PLANS OF NORTH AND SOUTH APPROACHES. February 4, 1922
23.  DETAILS, INCLUDING PIER PLAN AND SECTION AND PLACEMENT OF REINFORCING STEEL, DETAIL OF RAILING, FLOOR SYSTEM REINFORCEMENT. February 4, 1922
Steingraeber, M. T., Bartsch, M. R., Kalas, J. E., and Newton, T. J., 2007,
Thermal criteria for early life stage development of the winged mapleleaf mussel
(Quadrula fragosa): American Midland Naturalist, v. 157, no. 2, p. 297-311.

Abstract: The winged mapleleaf mussel [Quadrula fragosa (Conrad)] is a Federal
endangered species. Controlled propagation to aid in recovering this species has
been delayed because host fishes for its parasitic glochidia (larvae) are unknown.
This study identified blue catfish [Ictaluris furcatus (Lesueur)] and confirmed
channel catfish [Ictaluris punctatus (Rafinesque)] as suitable hosts. The time
required for glochiclia to metamorphose and for peak juvenile excystment to begin
was water temperature dependent and ranged from 28 to 37 d in a constant
thermal regime (19 C); totaled 70 d in a varied thermal regime (12-19 C); and
ranged 260 to 262 d in simulated natural thermal regimes (0-21 C). We developed
a quantitative model that describes the thermal-temporal relation and used it to
empirically estimate the species-specific low-temperature threshold for
development of glochiclia into juveniles on channel catfish (9.26 C) and the
cumulative temperature units of development required to achieve peak excystment
of juveniles from blue catfish (383 C center dot d) and channel catfish (395 C
center dot d). Long-term tests simulated the development of glochiclia into
juveniles in natural thermal regimes and consistently affirmed the validity of these
estimates, as well as provided evidence for a thermal cue (17-20 C) that
presumably is needed to trigger peak juvenile excystment. These findings
substantiate our model and provide an approach that could be used to determine
corresponding thermal criteria for early life development of other mussel species.
These data can be used to improve juvenile mussel production in propagation
programs designed to help recover imperiled species and may also be useful in
detecting temporal climatic changes within a watershed.

Keywords: Climate-change, water temperatures, fish hosts, Wisconsin, Unionidae,
glochidia
The Working Group's charge, as given at the 8/96 meeting in St. Louis, is 
to:
1) Identify the "core" elements common to all geologic maps and legends.
(General Framework). Questions of detail. What are the limitations?
2) Bells and Whistles-How to add features and capabilities to the core
elements.
3) Investigate data structures to facilitate generalization and creation 
of
derivative maps from the data (i.e., the "evolutionary" map).

Membership in this working group is informal, and all are invited to 
participate and to evaluate the model as it develops.  Current members 
are:

Gary Raines, USGS (Chair), graines@usgs.gov
Boyan Brodaric, Geological Survey of Canada, brodaric@gsc.nrcan.gc.ca
Jim Cobb, Kentucky Geological Survey, cobb@kgs.mm.uky.edu
Todd Fitzgibbon, USGS, tfitz@usgs.gov
Ralph Haugerud, US Geological Survey, rah@geology.washington.edu
Greg Hermann, New Jersey Geological Survey, gregh@njgs.dep.state.nj.us
Bruce Johnson, US Geological Survey, bjohnson@usgs.gov
Jon Matti, US Geological Survey, jmatti@usgs.gov
Jim McDonald, Ohio Geologica Survey, jim.mcdonald@dnr.state.oh.us
Don Mckay, Illinois Geological Survey, mckay@glacier.isgs.uiuc.edu
Steve P Schilling, US Geological Survey, sschilli@asopus.wr.usgs.gov)
Randy Schumann, US Geological Survey, rschumann@usgs.gov
Bill Shilts, Illinois Geological Survey, shilts@geoserv.isgs.uiuc.edu
Ron Wahl, US Geological Survey, rwahl@usgs.gov
Telemetry = ECI Position Computed (Y-Axis)
Physical Units = ECI Position (km)

DAY YEAR SEA_DAY    MAX      MIN      MEAN     MEDIAN  SIZE  STD_DEV  98%MAX   98%MIN   98%MEAN  95%MAX   95%MIN   95%MEAN  2SIG 3SIG 4SIG TIME
157 2002 1723.224   6866.8  -1208.6   4543.3   5275.3  262   2281.2   6866.3  -993.01   4591.5   6862.8  -703.98   4643.0   17    0    0   05:22
157 2002 1723.293   6869.0  -1214.2   4543.5   5277.0  262   2283.9   6868.5  -998.53   4591.7   6865.1  -709.44   4643.2   17    0    0   07:01
157 2002 1723.361   6871.1  -1219.7   4543.5   5278.6  262   2286.5   6870.7  -1004.0   4591.8   6867.4  -714.87   4643.4   17    0    0   08:40
157 2002 1723.430   6873.1  -1225.0   4543.5   5280.0  262   2289.1   6872.7  -1009.2   4591.9   6869.5  -720.02   4643.5   17    0    0   10:18
157 2002 1723.498   6875.0  -1215.7   4547.3   5281.5  262   2286.0   6874.5  -999.86   4595.6   6871.1  -710.51   4647.1   17    0    0   11:57
157 2002 1723.567   6876.9  -1220.6   4547.3   5282.9  262   2288.4   6876.4  -1004.7   4595.7   6873.1  -715.29   4647.3   17    0    0   13:36
157 2002 1723.636   6878.7  -1225.6   4562.5   5306.8  261   2282.0   6878.3  -1009.7   4611.4   6875.1  -720.21   4663.8   17    0    0   15:15
157 2002 1723.704   6880.7  -1231.1   4543.1   5265.2  261   2296.8   6880.3  -1015.1   4591.6   6877.2  -725.62   4643.4   17    0    0   16:53
157 2002 1723.773   6882.7  -1222.7   4550.9   5287.3  262   2290.7   6882.2  -1006.7   4599.3   6879.0  -717.02   4650.9   17    0    0   18:32
157 2002 1723.841   6884.6  -1228.4   4550.7   5288.8  262   2293.4   6884.2  -1012.3   4599.2   6881.1  -722.64   4650.9   17    0    0   20:11
157 2002 1723.910   6886.4  -1233.8   4550.6   5290.2  262   2295.9   6886.0  -1017.7   4599.1   6882.8  -727.91   4650.9   17    0    0   21:50
157 2002 1723.978   6888.3  -1224.4   4554.3   5291.5  262   2292.8   6887.8  -1008.1   4602.8   6884.6  -718.24   4654.5   17    0    0   23:29
158 2002 1724.047   6890.1  -1229.1   4554.4   5292.9  262   2295.1   6889.7  -1012.8   4602.9   6886.6  -722.85   4654.7   17    0    0   01:07
158 2002 1724.116   6892.0  -1234.0   4554.5   5294.4  262   2297.4   6891.6  -1017.7   4603.1   6888.4  -727.65   4654.9   17    0    0   02:46
END
 
Summary Stats
Max =  6892.0
Min = -1234.0
Mean =  4549.2
Range =  8126.0
Number of Orbits =  14