BEE-spoke-data/govdocs1-by-extension huggingface dataset:
Image Description -  0783-1

A formula is titled "Arrhenius Reaction Rate Theory".  The equation
contains an exponential term which is subtracted from the ratio of the
reaction rate at temperature T to the Reaction rate at reference temperature 
T zero.  The power appearing in the exponential term is negative.  The
power-term is equal to the ratio of the activation energy, in electron volts,
to Boltzmann's constant (8.617x10E5 electron volts per degrees Kelvin), 
multiplied by the inverse of T zero subtracted from T.

An uncaptioned plot shows an example of the Arrhenius reaction rate theory
in use.  The abscissa of the plot is labeled "Junction temperature in degrees
centigrade (reference temperature equal 25 degrees centigrade)".  The range
of data on the abscissa is between 20 and 140, with tick marks at 20-degree 
increments.  The ordinate of the plot is labeled "Piece-Part Reaction Rate
(Reference temperature to 25 degrees centigrade)".  The ordinate is on a
logarithmic scale and the range of data is between 1 and 100000, with tick
marks at multiples of 10.

Three non-linear plots are shown with all three having a common origin at
(25 and 1) coordinates.  The plots represent the reaction energy of 0.3, 0.7
and 1.0 electron volts, respectively.  The plots have a positive slope,
however, each has different amplitude.  The plot representing the 0.3
electron volts energy has the lowest amplitude; the plot with 1.0 electron
volts energy has the highest amplitude.

Three lines are drawn vertically from the abscissa at 60, 85 and 110 degree
centigrade junction temperature. The lines are shown to intersect all three plots.
June 27, 2000
     
     
Jonathan G. Katz
Secretary, U.S. Securities and Exchange Commission 
450 Fifth Street N.W.
Washington, D.C. 20549-0609
     
Re:  File Number S7-11-00
     
     
Sir,
     
     
This comment is be centered around the electronic delivery, distribution, 
and solicitation of financial investment information.  Financial investment 
information for
prospective investors of securities.  Specifically for small company 
offerings, SCOR and U7.
     
I believe there should be an intermediary service company who can act within 
the layers of the stock issuing company and the prospective end investor. 
This service
company should be able to act as that of a "letter shop" who uses 
non-electronic mail to solicit and convey financial information to 
investors.  This service company will be on contract to the respective 
companies who need electronic mailing services.
     
In practice the service company would be free to solicit investors who are 
interested in investment offerings.  This would be accomplished with 
unsolicited commercial electronic mail.  Those responding investors are then 
put on a list of interested investors.  Once an opportunity becomes 
available the investor is then sent electronic mail.  This mail would 
contain semi-full disclosure, with links to very detailed disclosure 
documents on the respective stock offering companies' web site.  This 
service company would only be disseminating information and would not handle 
prospective investors telephone calls.
     
In practice the events would look like this.
Service Company(SC) sends out email to prospective investors.  Prospective 
investors reply stating they do want to receive further information 
regarding investment opportunities when they arise.  The email and name is 
then put on a list.  The prospective investor then fills out a form where 
pertinent information is filled out.  Most notably the investors address of 
domicile.
     
Next, a stock offering company wants to contact investors to
solicit them to look at their SCOR offering in the state of New York where 
the company is registered for the SCOR offering.  A list of New York 
domiciled electronic mail addresses is then compiled and sent the initial 
advertisement.  In this electronic mail the receiving party will then be 
able to click on the links which will take them to a site maintained by the 
offering company where the investor would receive full disclosure.
     
A SC such as this needs to exist to service the offering company.  As the 
majority of companies making an offering do not have a readily available 
list of investors to market their offering to.  It is necessary to have this 
marketing function outsourced to an intermediary (the SC) who can manage 
this part of their stock offering marketing program.
     
If you have any guidelines as for how this service company could accomplish 
the aforementioned tasks please forward.  If you have any comments please 
reply.
     
     
Sincerely,
     
     
Howard Gramer
000
WGUS85 KABQ 152010
FLSABQ

FLOOD ADVISORY
NATIONAL WEATHER SERVICE ALBUQUERQUE NM
210 PM MDT TUE MAY 15 2007

NMC003-152300-
CATRON-
210 PM MDT TUE MAY 15 2007

THE NATIONAL WEATHER SERVICE IN ALBUQUERQUE HAS ISSUED AN

* ARROYO AND SMALL STREAM FLOOD ADVISORY FOR...
  EASTERN CATRON COUNTY IN WEST CENTRAL NEW MEXICO

* UNTIL 500 PM MDT

* AT 205 PM MDT...NATIONAL WEATHER SERVICE DOPPLER RADAR INDICATED
  HEAVY RAINFALL FROM A CLUSTER OF THUNDERSTORMS OVER EASTERN CATRON
  COUNTY. HEAVY RAINS HAVE BEEN LOCATED OVER THE LUERA MOUNTAINS...
  WHICH WILL IMPACTED PORTIONS OF HIGHWAY 163. IN ADDITION...HEAVIER
  RAINS WERE NOTED ALONG A LINE FROM DATIL TO ARAGON...AFFECTING THE 
  DATIL AND TULAROSA MOUNTAINS. THIS ACTIVITY MAY IMPACT HIGHWAYS 12 
  AND 60 AS WELL AS SECONDARY ROADS THROUGHOUT THE REGION.

* STRONG FLOWS AND HIGH WATER LEVELS ARE EXPECTED IN ARROYOS...SMALL
  STREAMS AND OVER LOW WATER CROSSINGS.

BOTH LOCALIZED AND DISTANT HEAVY RAINFALL WILL CREATE DANGEROUS FLOWS
IN ARROYOS AND OVER LOW WATER CROSSINGS. DO NOT ATTEMPT TO DRIVE
THROUGH THESE WATERS. WATER IN ARROYOS MAY TRAVEL MANY MILES AND TAKE
HOURS TO REACH YOUR LOCATION FROM UPSTREAM RAIN AREAS.

LAT...LON 3458 10830 3458 10773 3353 10771 3352 10857

$$

DPORTER
Newspaper Reports
261
CHAPTER XXV. Nezvspaper Reports. (Compiled by L. Victoria Hampton, M. D.)
THE following corroborative chapter, compiled for these pages, is contributed by L. Victoria Hampton, M. D., a prominent physician and chemical analyst, of Portland, to whom I had regretted my disability, by telephone (owing to rheumatic lameness), to make personal investigations, for data among newspaper files, and in public libraries, without which I was seriously handicapped. The Doctor's first researches brought to light the following accounts from the Lewis and Clark Journals of June and October, 1905, from which she selected, first:
THE  CENTENNIAL   ODE.
Written by Mrs. Duniway and presented, in the name of 2,600 Oregon women, to the Lewis and Clark Exposition, on opening day, June 1st, 1905.
While yet the Nineteenth Century was young, Great Jefferson, with  deep prophetic ken,
Discerned this distant West; and straight outsprung Through magic power of his official pen
An expedition whose results shall last
As long as Freedom's flag shall float before the blast.
And then, to make the prophecy complete, An Indian mother led the devious way,
Foreshadowing woman s place, which man shrll greet, Without  a. protest,  in  a  hastening  day,
When womanhood, benignant, wise and free,
Shall lead him to yet greater heights of strength and victory.
As, through the vista of a hundred years,
We backward turn  to the Atlantic  shore,
Our hearts athrob, and eyes suffused with tears Almost in hearing  of  Pacific's  roar
The Then and Now so closely crowd the scene
That Time and Distance both but dimly intervene.
PUBLIC INFORMATION OFFICE
JET PROPULSION LABORATORY
CALIFORNIA INSTITUTE OF TECHNOLOGY
NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
PASADENA, CALIF. 91109. TELEPHONE (818) 354-5011

Contact: Diane Ainsworth

FOR IMMEDIATE RELEASE                     September 22, 1994

     The Jet Propulsion Laboratory's newest missions to Mars 
-- the Mars Pathfinder and Mars Global Surveyor missions -- 
are featured in a special display at the Los Angeles County 
Fair in Pomona. 

     The JPL exhibit, which continues through Oct. 2, 
highlights NASA's new emphasis on returning to Mars, the 
subject of a decade-long program of planetary exploration.  
NASA's return to the red planet gets under way in November 
1996 with launch of the Mars Pathfinder and Mars Global 
Surveyor spacecraft.  	

     This weekend, Sept. 24-25, is billed as a "Mars 
Weekend" with special presentations and demonstrations of a 
rover robot like one that will be sent to the red planet in 
two years in the Mars Pathfinder mission.

     Donna Shirley, program manager of the Laboratory's 
Office of Mars Exploration and head of the rover project, 
will present an overview of  the Mars Pathfinder and Mars 
Global Surveyor missions at noon and 2:30 p.m. on Sunday, 
Sept. 25.

     One side of the triangular JPL exhibit boasts a large 
Viking photograph of the landing site chosen for the new 
Pathfinder lander.  A monitor in the center of the exhibit 
is showing a multimedia presentation entitled, "Mars 
Exploration Adventure: A Quick Tour of the Red Planet," and 
other mission videos on a continuing basis.  

     Tenth-scale models of some JPL spacecraft that have 
already explored Mars -- such as the 1971 Mariner 9 
spacecraft and 1976 Viking orbiters and landers -- are also 
on display to give audiences a retrospective of  the Lab's 
heritage in planetary exploration and its plans for the 21st 
century. 

     The Laboratory is also sponsoring a star-gazing program 
every evening with JPL and Mt. Wilson volunteers under a 
program called Telescopes in Education.  The program allows 
science instructors and students to remotely operate a high-
quality 24-inch telescope at Mount Wilson Observatory from 
the classroom.

     Gilbert Clark of JPL, who founded and directs the 
program, has been showing children and amateur astronomers 
how to operate the computer workstation at the fairgrounds.  
Using the terminal, the telescope at Mt. Wilson can be 
pointed at any star, nebula, cluster or galaxy in the night 
sky and viewed on the computer screen. 

     The Los Angeles County Fair is open from 10 a.m. to 10 
p.m. during the week through Oct. 2 at the Fairplex, 1101 W. 
McKinley Ave., Pomona, Calif.  

     The JPL weekend exhibit will be open from 9 a.m. to 11 
p.m. on Saturday, Sept. 24, and from 9 a.m. to 10 p.m. on 
Sunday, Sept. 25.  Telescope viewing of the night sky takes 
place each evening from 8 p.m. to 10 p.m.  

     For further information, contact the JPL Public 
Services Office at (818) 354-0112. 

                           #####

9/22/94 DEA
#9455
CORS REPORT FOR DAY = 159 OF 2006

**************************************

  Solution involved 169 sites.

No data at site = TMGO.

Large positional residual at KOKB
 dx =  -0.0280, dy =   0.0162, dz =  -0.0310 meters.
 dn =  -0.0364, de =  -0.0249, du =   0.0074 meters.

No data at site = PUR3.

Large positional residual at BOGT
 dx =   0.0451, dy =  -0.1047, dz =   0.0095 meters.
 dn =   0.0004, de =   0.0146, du =   0.1135 meters.

No data at site = EMP1.

No data at site = JGS1.

No data at site = NRME.

No data at site = UTEP.

No data at site = RJSA.

No data at site = DURH.

No data at site = JNHI.

No data at site = CTA1.

No data at site = SIMS.

No data at site = UAAG.

No data at site = WINU.

No data at site = DRUM.

No data at site = BEPC.

No data at site = WWED.

No data at site = SMTS.

No data at site = EFAY.

No entry for SIKC in cors_ex file.

_________________________
/disk2/Coopprod/Sum/sum.nrm1.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0150 M  FROM  332659 OBSERVATIONS;    2358 OMITTED

_________________________
/disk2/Coopprod/Sum/sum.nrm2.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0174 M  FROM  327045 OBSERVATIONS;    3072 OMITTED

_________________________
/disk2/Coopprod/Sum/sum.nrm3.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0161 M  FROM  311268 OBSERVATIONS;    4360 OMITTED

_________________________
/disk2/Coopprod/Sum/sum.nrm4.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0181 M  FROM  313133 OBSERVATIONS;    6425 OMITTED

  FEW DD OBSERVATIONS ON BASELINE ambi-ang1 =   6479
_________________________
/disk2/Coopprod/Sum/sum.nrm5.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0180 M  FROM  312660 OBSERVATIONS;    5731 OMITTED

_________________________
/disk2/Coopprod/Sum/sum.nrm6.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0188 M  FROM  313305 OBSERVATIONS;    4032 OMITTED

_________________________
/disk2/Coopprod/Sum/sum.nrm7.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0185 M  FROM  287632 OBSERVATIONS;    4408 OMITTED

  FEW DD OBSERVATIONS ON BASELINE nyec-wes2 =   1206
_________________________
/disk2/Coopprod/Sum/sum.nrm8.06159 RESULTS

 L3 EST POST-FIT RMS:      0.0129 M  FROM   13817 OBSERVATIONS;     209 OMITTED

_________________________
NA-backbone RESULTS

 L3 EST POST-FIT RMS:      0.0165 M  FROM  414200 OBSERVATIONS;    4415 OMITTED
- 84 
aeabrH~. 3TH )0iKHK  ycTpaIBaOTrb paq3HblI JiOTTepeH, 3aMaHHBalOT'b pa3HbiMH HrpaMH (B;  apTbI, Bb peMemoKb%) nepecejieHIeBb HH o6birpbrBaioTb HXfe. OHM HrpabTo  HaBppHMaKa, nOTOMy qTO HrpaKoT'b 3aB:t-OMO HeqeCTHO. OHM hOilb3yioTCS  OBtpiqHBOCTbIo nepeeJaeHneBb H K-TO noaAaeTCr  HX: co6na3Hy, Toro :yaK:b C'b IeHbraMH OHH1-M He: BbInyCT1Tb. KpOMt Toro, aKyjiHKH H ltpOCTO rpa6sTi, r Bb 6O.bmUOiH TOJIInt BbITaCKHBaIOT'b aeHbrH H3'bKapMaHOB'b. Haao, 3HaqHT'b, AeHbrH npHTaTb TaK'b, qT06bl HXbHe MOrJIH BbITauiHTb. Heab3Fs TaKiKe npHHHMaTb OT'b He3HaKOMbi-b Jiio:Aefi yroaleHif BOOAKOHi, HHBOMb. 3TO TO're MOIeHHHqecKis npo4a'IBKH. B:  BoAKY H1JH 1HBOAKy  nOACbinalOT'b AypMaHa H, KOrAa nepecejeHet'b BnaAaeT-b BI 6e3qyBCTBeHHe COCTOSHie,ero o6HpaiOTtb  0 JninKH. CKOabKO y>ce nepeceeeHueBb nonaaTHJIOCb TaK'b BOT'b 3a CBOIO HeOCTOpOSKHOCTb HJIH AIOB']pqHBOCTb.
HeptAKH TaKie ciayqaH, KorAa HtCKOJIbKO nepeceeHmleB% OTAalOT'b.Ha coxpaHeHie BCt CBOH 2AOKyMeHTbl OaHOMy IHnay, Ino HX'b IpH3HaHiio, HaeaKHOMy, HO 3TO BeAeT-b HHorFa K'b 60obmt0My Heyao6CTBy, cayqaeTcI, qTO xpaHHTejb 2AOKyMeHTOBb OTcTaeTb OTb not33Aa, Ht Toraa BCt OCTajbHble OKa3blBaOTCs 6e30KyMeHTHbIMH H norinaaiOT-b Bb Henpi1THoe nJo)KoeHie. JIyqmeno0rOMy KaamOMy nepeceaeHay aepKaTb BC CBOKyMeT npH ce6t.
KaacAbiH XOAOKb AOnJaeeH'b nOMHHTb, qTO, KpOMI- ynnaTbl aelmeBaro Tapmpa B-b o6a KOHua (8-15 py6aiei 6aHiKe HpKyTCKa H 20-40 py6. Ha JaAbHii BOCTOK'b), He MeH-e npHAeTCR HCTpaTHTb Ha CBoe coaepHaHie B-b nyTH, He CIHTaa paCXOAOB'b Ha nOt3AKy Ha nepeceneHqecKie yqaCTKH CO CTaHRIiH BblCaAKH.
Heo6xoAnMO XOaoKaMb BO3aep>KHBaTbCf OT'b pacxoAOB'b Ha Bo3HarpaKlaeHie pa3Hblx'b JnHLb, npeAJiaraIomHxb CBOH ycjyrH AIJIl OTbICKaHi~I yqaCTKOBb, no 3aqHcaeHiO 3eMJIH H T. n.; 06blKHOBeHHO 3TO o6MaH'b.
Co BC'MH 3anpocaMH -AoJIaHO o6pauaTbcSI Kb nepeceeHqeCKHM'b qHHOBHHKaMb, KOTOpbIe 06a3aHbI OKa3bIBaTb XOAOKaM'b i nepeceaeHtaM'b BCAKOe 3aKOHHOe coaitHCTBie H nOMOLlb B'b npeA'bJaxb npeAOCTaBJeHHblXb HM'b npa-b H, pa3yMbeTcH, He 6e-pyT'b 3a 3TO C'b XOIOKOB'b H nepeceieHLueB' HHKaKHX'b AeHer'b-
NASA Photo ID: STS056-155-058     File Name: 10073228.jpg

Film Type: 4x5 CN                 Date Taken: 04/17/93

Title: STS-56 Earth observation of Perth in Western Australia

Description:

STS-56 Earth observation taken aboard Discovery, Orbiter Vehicle (OV) 103, 
is probably the best view of Perth in Western Australia.  (For orientation 
purposes, note that the coastline runs north and south).  The major feature 
on the coast is the large estuary of the Swan River.  The large port city
of  Perth is situated on the north bank and the smaller city of Freemantle
on the  south bank by the sea.  Smaller seaside towns trail off north and
south of  this center of urban life.  Inland lies a prominent escarpment,
more than 600  feet high, seen running down the middle of the view and
dividing the  lighter-colored coastal lowlands from the highlands where
dark-colored tree  savanna and desert scrub dominates the land.  The Moore
River can be seen  entering the sea at the top of the frame.  Rottnest
Island is visible in the  sea and Garden Island near bottom edge of the
frame.  Perth is the largest  economic center in Western Australia.  It
receives natural gas from an  offshore field hundreds of miles to the
north.  It lies 3,400 kilometers west  of Sydney on the opposite side of
this island continent.
520	ADJACENT TERRITORIES.
people, and live on the products of their herds of cattle and horses, though some of the more northern bands are reduced to herding reindeer.
Those whom I have seen were remarkable for their small eyes and noses, exceedingly prominent cheek-bones, stiff black hair, and diminutive size of most of the members of the body. Their civilization is of a high character in the cities, but many of the lower classes are little above the other northeast Siberian nomads in intelligence. They are of a reserved and somewhat gloomy disposition, but hospitable and generous. Many of their villages are very small, and to the north the solitary huts are many miles apart, so that the nearest neighbors see each other perhaps only once in several years. In summer the herdsmen live in conical tents made of birch-bark spread over light poles. Their principal occupation during this season is haying. In winter they live in yourts, or low, pyramidal log huts covered with turf and with slabs of pure ice for windows. As the weather grows warmer, these are replaced by the translucent bladders of fish, or oiled paper. The floor is generally below the surface of the ground ; the fire is built on a stone hearth in the middle of the yourt, and the smoke escapes through a hole in the roof. They build stables for their horned cattle, but in very cold weather the more valuable cows may find refuge in the family yourt.
Their horses, though of small size, have great powers of endurance, and remain without shelter during the most severe weather, feeding on the dry herbage which they dig with their hoofs from under the snow. These animals travel thirty or forty miles with-out rest, and are admirably suited to the country. The Yakuts make excellent mechanics, and are hard to excel in driving a bargain. They are, as a rule, saving and industrious, and some-times amass large fortunes, at least large for that part of the world. Their nationality is exceedingly energetic, and not only do they retain their own language and customs almost unchanged, but the Russians long resident among them, many of whom have married Yakut women, have also adopted their national tongue. In ingenuity they surpass all other Siberian nations, and their leather-work and some of their manufactures of iron would do credit to the most skilful European artisan. Long before the Russian conquest they manufactured their own knives and axes
Fig.m8 Cross section for  CCV, CLW, relative humidity(RH), CCV computed using Randal formula
(CCV_R), zonal wind (U), and meridional wind (V) and  . Values are averaged between
138E and 140E. Name of the values are indicated as subtitle. Contour intervals are 20% for
CCV, 50x10-6 Kg/Kg for CLW, 10% for RH, 20% for CCV, 5ms-1 for zonal wind. Factor 100
is multiplied to   to plot with meridional wind V. 

Fig.m9   Time -latitude section of zonally averaged nature run HCC.

Fig.m10 Zonally averaged cloud cover from NCEP analysis. TCC(solid),  HCC(long dash),
MCC(short dash), and LCC(dot).  

Fig. m11 a) Stratus and Strato cumulus in Warren cloud DJF climatology. b) Adjusted LCCNR
averaged form the NR period.

Fig. m12 Snap shot the Nature run LCC at 12z 2 March 1993 a) Adjusted   b) without adjustment.

Fig. m13 The difference between time averaged LCC for  NR and LCC for February 93 RTNEPH. a)
Adjusted   b) without adjustment.
*This is an archive page. The links are no longer being updated. 
1991.12.09 :  AHCPR Study -- Stroke Prevention

Contact: Bob Isquith (301) 227-8364
December 9, 1991

     HHS Secretary Louis W. Sullivan, M.D., today announced that
the Agency for Health Care Policy and Research is awarding a
five-year, $5.6 million contract to Duke University Medical
Center in Durham, N.C., to improve methods of preventing strokes
in people who are at high risk or have had transient ischemic
attacks, or "minor strokes."
     The contract is part of AHCPR's broad program of research
measuring the effectiveness of alternative therapies in treating
medical conditions.
     "Medical effectiveness research is crucially important to
our efforts to improve quality of care while at the same time
making medical care as cost effective as possible," Secretary
Sullivan said.  "The contract we are announcing today is part of
a wide-scale effort by the public and private sectors together to
apply our medical knowledge and skills in the ways that are
proven most effective."
     J. Jarrett Clinton, M.D. AHCPR administrator, said, "Stroke
is the third leading cause of death in the United States, killing
more than 150,000 Americans each year and incapacitating another
half a million.  More than $1 billion is spent annually on
recovery, rehabilitation and vocational disability for survivors
of stroke."
     Under the contract, a new patient outcomes research team led
by David Matchar, M.D., of Duke will identify variations in the
diagnosis, treatment and management of cerebrovascular disease--
the main cause of stroke.  The investigators will analyze the
various practices to determine which are the most effective in
reducing deaths, paralysis, complications and hospital
readmissions.  The researchers will also try to determine which
practices best meet patients' individual expectations, values and
preferences.
     "This analysis can be an important step in reducing the
devastating effects of stroke," said HHS Assistant Secretary for
Health James O. Mason, M.D., who heads the Public Health Service.
     Duke University is the latest medical facility chosen by
AHCPR, a new agency of the Public Health Service, to address the
nation's critical need for improved prevention, diagnosis,
treatment and management of health problems.
     Other patient outcomes research teams funded by AHCPR are
determining the most effective ways of treating heart attack,
chronic ischemic heart disease, prostate disease, cataracts, low
back pain, gall bladder disease, pneumonia and adult onset
diabetes, as well as examining alternative methods of childbirth,
hip fracture repair and total knee replacement.

                                ###
000
FZNT02 KNHC 100347
HSFAT2

HIGH SEAS FORECAST
NWS TPC/NATIONAL HURRICANE CENTER MIAMI FL
0430 UTC FRI NOV 10 2006
SUPERSEDED BY NEXT ISSUANCE IN 6 HOURS

SECURITE

ATLANTIC FROM 7N TO 31N W OF 35W INCLUDING CARIBBEAN SEA AND 
GULF OF MEXICO

SYNOPSIS VALID 0000 UTC FRI NOV 10
24 HOUR FORECAST VALID 0000 UTC SAT NOV 11
48 HOUR FORECAST VALID 0000 UTC SUN NOV 12

.WARNINGS.
NONE.

.SYNOPSIS AND FORECAST.
ATLC COLD FRONT 31N64W 21N76W. N OF 27N WITHIN 420 NM E OF FRONT 
S TO SW WINDS 25 TO 30 KT SEAS 9 TO 13 FT. ELSEWHERE N OF 25N E 
OF FRONT TO 57W SE TO S WINDS 20 TO 25 KT SEAS 8 TO 10 FT. N OF 
26N W OF COLD FRONT W TO NW WINDS 20 TO 25 KT SEAS 8 TO 10 FT.
.24 HOUR FORECAST COLD FRONT 31N58W 22N67W. N OF 27N E OF FRONT 
TO 55W S TO SW WINDS 20 TO 25 KT SEAS 8 TO 12 FT. N OF 29N W OF 
FRONT TO 66W W WINDS 20 KT SEAS 8 TO 12 FT. ELSEWHERE N OF 25N W 
OF FRONT TO 70W WINDS LESS THAN 20 KT SEAS TO 8 FT IN NW SWELL.
.48 HOUR FORECAST COLD FRONT DISSIPATED. WINDS LESS THAN 20 SEAS 
LESS THAN 8 FT.

.ATLC FRONT 26N35W 20N50W. N OF 28N BETWEEN 40W TO 48W N TO NE 
WINDS 20 TO 25 KT SEAS 9 TO 14 FT IN N SWELL. ELSEWHERE N OF 25N 
BETWEEN 40W AND 55W WINDS LESS THAN 20 KT. SEAS 8 TO 12 FT IN NE 
SWELL.
.24 HOUR FORECAST COLD FRONT E OF AREA. N OF 27N E OF 42W NW 
WINDS 20 KT SEAS 10 TO 14 FT IN N SWELL. ELSEWHERE N OF 24N E OF 
50W WINDS LESS THAN 20 KT SEAS 8 TO 12 FT IN NLY SWELL.
.48 HOUR FORECAST N OF 22N E OF 50W WINDS LESS THAN 20 KT SEAS 8 
TO 10 FT IN NLY SWELL.

.CARIBBEAN 36 HOUR FORECAST FROM 12N TO 15N BETWEEN 72W AND 75W 
E WINDS 20 KT SEAS LESS THAN 8 FT.
.48 HOUR FORECAST FROM 11N TO 15N BETWEEN 73W AND 79W E WINDS 20 
TO 25 KT SEAS TO 9 FT.

.REMAINDER OF AREA WINDS LESS THAN 20 KT SEAS LESS THAN 8 FT.

$$
FORECASTER TORRES
TROPICAL ANALYSIS AND FORECAST BRANCH
TROPICAL PREDICTION CENTER
THE    AMBASSADORS
the same time to share them with you." He looked at her, on this,
as if some generous irritationall on his behalfhad suddenly
again flickered in her; and what she next said, indeed, half explained
it. " Don't really be afraid to tell me if what now holds you is the
pleasant prospect of the empty town, with plenty of seats in the
shade, cool drinks, deserted museums, drives to the Bois in the
evening, and our wonderful woman all to yourself." And she kept
it up still more. " The handsomest thing of all, when one makes
it out, would, I dare say, be that Mr. Chad should for a while go off
by himself. It's a pity, from that point of view," she wound up,
" that he does not pay his mother a visit. It would at least occupy
your interval." The thought in fact held her a moment. " Why
doesn't he pay his mother a visit? Even a week, at this good mo-
ment, would do."
" My dear lady," Strether repliedand he had it even to himself
surprisingly ready" my dear lady, his mother has paid him a visit.
Mrs. Newsome has been with him, this month, with an intensity
that I'm sure he has thoroughly felt; he has lavishly entertained
her, and she has let him have her thanks. Do you suggest he shall
go back for more of them ?"
Well, she succeeded after a little in shaking it off. " I see. It's
what you don't suggestwhat you haven't suggested.    And you
know."
" So would you, my dear," he kindly said, " if you had so much as
seen her."
" As seen Mrs. Newsome ?"
" No, Sarahwhich, both for Chad and for myself, has served all
the purpose."
" And served it in a manner," she responsively mused, " so extraor-
dinary !"
" Well, you see," he partly explained, " what it comes to is that
she's all cold thought; so that Sarah could serve it to us cold with-
out its really losing anything. So it is that we know what she thinks
of us."
Maria had followed, but she had an arrest. "What I've never
made out, if you come to that, is what you thinkI mean you per-
sonallyof her.    Don't you so much, when all's said, as care a
little?"
366
THE SPOILERS
.stairs which led up to the galleried boxes and the steps leading down on to the main floor, but she handed him another coin, begging him to find Glenister and bring him to her. "Hurry; hurry!" she implored.
The stage-manager gazed at her curiously, remark., ing, "My! You spend your money like it had been left to you. You're a regular pie-check for me. Come around any time."
She, withdrew to a dark corner and waited interminably till her messenger appeared at the head of the
-gallery stairs and beckoned to her. As she drew near he said, "I told him there was a thousand-dollar filly flaggin' him from the stage door, but he's got a grouch an' won't stir. He's in number seven." She hesitated, at which he said, "Go on-you're in right;" then continued, reassuringly: "Say, pal, if he's your white-haired lad, you needn't start no roughhouse, 'cause he don't flirt wit' these dames none whatever. Naw! Take it from me."
She entered the door her counsellor indicated to find Roy lounging back watching the dancers. He turned inquiringly-then, as she raised her veil, leaped to his ,feet and jerked the curtains to.
"Helen! What are you doing here?"
"You must go away quickly," she gasped. " They're trying to arrest you."
"They! Who? Arrest me for what?"
"Voorhees and his men-for riot, or something about last night."
"Nonsense," he said. "I had no part in it. You know that."
"     Yesyes-but you're a Vigilante, and they're after
you and all your friends.. Your house is guarded and
0  *  * ; :X  :  222         :
794                     ICE HAVEN   EE-VISITED.
side of the room, the halberd, and the muskets, were still in their old places. There stood the cooking-pans over the fire-place, the old clock against the wall, the arms and tools, the drinking vessels, the instruments, and the books that had beguiled the weary hours of that long night, two hundred and seventy-eight years ago. The " History of China " points to the goal which Barentz sought, while the " Manual of Navigation " indicates the knowledge which guided his efforts. Stranger evidence never told a more deeply interesting story.
On the 4th of November, 1871, Captain Carlsen completed his adventurous voyage by anchoring once more at Hammerfest. The Dutch Government have secured the numerous relics which he brought away, for preservation in the native land of the great navigator, whose countrymen feel an affectionate pride in the glorious deeds of their " Sea fathers," and will cherish these memorials of a very noble achievement with careful reverence. Many of them, like the old clock-dial, are very valuable in an antiquarian point of view; but not the least interesting are the flute, which will still give out a few notes, and the small shoes of the poor little ship's boy who died during the winter.
For several years past, Sweden and Norway have, with a skill and resolution which do the highest honor to the gallant Scandinavian nation, prosecuted scientific investigations within the Arctic Circle. The most important of their expeditions, equipped under the superintendence of Professor Nordenskiold, sailed from Tromso, July 21st, 1872. It was composed of the steamer " Polhelm," the brig " Gladan," and the steamer "Onkel Adam."   The "Polhelm"
<p>May 6,  2003</p>
<p><b><font size="+1">UC retirement formula could be cut in half overnight</font></b></p>
<p>Recently, the Bush administration's Treasury Dept., which regulates IRS-qualified
  retirement plans, announced that it will allow pension providers to convert
  their defined benefit pension calculation to &quot;cash balance.&quot; Essentially,
  that converts defined benefit pensions to a savings program, in which the accrued
  savings are converted to an annuity at the moment of retirement. Under cash
  balance, the traditionally significant upgrading of the retirement factor during
  the ages 50 -60 can be taken away. Under cash balance, the substantial added
reward for staying until 60 suddenly goes away.</p>
<p>For example, we University of California employees
  have an &quot;age factor&quot; that goes from
  1.10 to 2.50 during an employee's 50s. That's a 127 percent increase
  for the last decade of employment. Pension-eligible employees at many companies
  like
  IBM
  and AT&amp;T came into work one day to find that their pensions would be cut
  about in half. They were not happy campers.</p>
<p>Curious about whether this could
  be relevant to the Laboratory, I wrote to the UCRP and asked three questions:</p>
<ol>
  <li>Does
    the IRS's permission for companies to convert to &quot;cash balance&quot; pension
    calculation extend to nonprofits like UC?</li>
  <li> If yes to above, then how
      much notice must be given to UC employees prior to the change of pension
    calculation?</li>
  <li> If I retire from UC before the change of pension calculation,
      can the change affect me anyway?</li>
</ol>
<p>The UCRP's answers were:</p>
<ol>
  <li>Cash balance plans are allowed in the governmental
    sector as well as the private sector, so UCRP would be eligible.</li>
  <li> As has
      been the case in the past, any major change to UCRP would be preceded by
      an extensive period of consultation and review throughout the UC community.
          This would be especially true for any type of change from the current
      benefit formula, such as a cash balance conversion</li>
  <li> Once a benefit form
      has been elected under current plan provisions, such as retirement income,
      a future plan conversion to a cash balance
        plan would
        not impact the amount of your benefit.</li>
</ol>
<p>It truly surprised me that the UCRP
    Plan Description's Table of Benefits is not an obligation of the university;
   it can be jerked away at any time prior
        to retirement.
        I had thought, as I suppose most other employees think, that the pension-benefits
        table both on hardcopy and on the Bencom webpage was contractual in nature.
  However, I was wrong.</p>
<p>The good news, if there is any, is that you can
  lock in the benefits as a contractual obligation if you retire.</p>
<p><em>--Abram R. (&quot;Abe&quot;) Jacobson</em></p>
Alamosa, CO                           (1971-2000)
  
Normal Daily Temperatures (F) and Precipitation (inches)
  
 Date     Maximum    Minimum    Mean  Precipitation
June  1      75         36       55        .02
June  2      75         37       56        .02
June  3      75         37       56        .02
June  4      76         37       56        .02
June  5      76         38       57        .02
   
June  6      76         38       57        .02
June  7      76         38       57        .02
June  8      77         39       58        .02
June  9      77         39       58        .02
June 10      77         39       58        .02
   
June 11      77         39       58        .02
June 12      78         40       59        .02
June 13      78         40       59        .01
June 14      78         40       59        .02
June 15      78         40       59        .02
   
June 16      79         41       60        .02
June 17      79         41       60        .02
June 18      79         41       60        .02
June 19      79         41       60        .02
June 20      80         41       60        .02
   
June 21      80         42       61        .02
June 22      80         42       61        .02
June 23      80         42       61        .02
June 24      80         43       62        .02
June 25      81         43       62        .02
   
June 26      81         43       62        .02
June 27      81         44       63        .02
June 28      81         44       63        .02
June 29      81         44       63        .02
June 30      81         44       63        .02
TITLE:   GCN GRB OBSERVATION REPORT
NUMBER:  3818
SUBJECT: GRB 050814: continued fading
DATE:    05/08/16 17:39:27 GMT
FROM:    Pall Jakobsson at Niels Bohr Inst  <pallja@astro.ku.dk>

Pll Jakobsson, Johan P. U. Fynbo, Jens Hjorth, Brian L. Jensen,
Jos Mara Castro Cern, Kristian Pedersen, Jesper Sollerman (DARK, NBI),
Kalle Torstensson, Karianne Holhjem (NOT, La Palma), Jan-Erik Solheim
(U. of Oslo, Norway), Sergio Sousa (CAUP and OAL, Portugal), and
Sarunas Mikolaitis (ITPA, Lithuania) report:

We have continued monitoring the field of GRB 050814.485 in the I band using
ALFOSC on the 2.56-meter Nordic Optical Telescope. Compared to our previous
epoch (Jensen et al. GCN#3809) the proposed afterglow appears to be fading.

By comparison with 5 standard stars in SA92 (Landolt, 1992, AJ, 104, 340)
we estimate the following magnitude for the afterglow:

Date (UT)   Filter  Exptime  Seeing  Mag
Aug 15.96   I       3x300s   0.8"    21.4

Using I = 20.5 from GCN#3809, the preliminary decay slope is alpha = 0.95.

[GCN OPS NOTE(16aug05): Per author's request, the institutional affiliation
was changed to Niels Bohr Inst; and the last two authors were added.]
(43a )
179-5- cet instant d'alarme pour rallier  lui tout ce qu'il y
avait de Franais, et les porter  une vigoureuse
rsistancecontre les ennemis de l'tat. Ses troupes ,
quoique trs-peu nombreuses, furent si bien dis-
poses, qu'elles s'emparrent de trois postes im-
portans.
Le gnral Bruce, commandant les troupes an-
glaises , dbarqua, le 16 juin,  Case-Navire,
quinze cents hommes auxquels se joignirent un
millier d'habitans-. Forms sur deux colonnes, ils se
mirent en marche, le 18, avant le jour, pour aller
attaquer Saint-Pierre. Cette ville, que son attache-
ment  la mre-patrie a toujours distingue \ n'a-
vait pas attendu l'attaque; elle avait envoy  la
rencontre de l'ennemi tout ce qu elle avait de forces
disponibles. Les colonnes d'anglo-migrs, atta-
ques sur plusieurs points par des tirailleurs embus-
qus*, se prirent mutuellement pour adversaires, et
firent feu l'une contre l'autre. Au milieu de Ce d-
sordre , Rochambeau, qui s'tait port contre elles
avec la rapidit de l'clair, les chargea imptueuse-
ment et les mit dans une droute complte. M. de
Gimat, ancien colonel du rgiment de la Marti-
nique , commandait alors les migrs ; il eut la cuisse
casse, et mourut plus tard de sa blessure, Les An-
glais, pouvants, prirent la fuite jusqu' Case-Na-
vire , et se rfugirent sous le feu de leurs vais-
seaux.
Time:  Tuesday, September 19, 11:00
Place: NCBI Library B2/38A

Punctuated Interpandemic Evolution of Influenza A Virus

Yuri I. Wolf (with Cecile Viboud, Edward C. Holmes, Eugene V. Koonin and 
David J. Lipman).

The interpandemic evolution of the influenza A virus hemagglutinin (HA) 
protein is commonly considered a paragon of rapid evolutionary change 
under positive selection in which amino acid replacements are fixed by 
virtue of their effect on antigenicity, enabling the virus to evade the 
immune system. We performed phylogenetic analyses of the recently 
obtained large and relatively unbiased samples of the HA sequences from 
1995-2005 isolates of the H3N2 and H1N1 subtypes of influenza A virus. 
Unexpectedly, it was found that the evolution of H3N2 HA was dominated 
by long intervals of neutral sequence evolution without substantial 
antigenic change ("stasis" periods) that are characterized by an excess 
of synonymous over nonsynonymous substitutions per site, lack of 
association of amino acid replacements with epitope regions, and slow 
extinction of coexisting virus lineages. These periods of stasis are 
punctuated by shorter intervals of rapid evolution under positive 
selection during which new dominant lineages quickly displace previously 
coexisting ones. The dominance of positive selection during intervals of 
rapid evolution is supported by the dramatic excess of amino acid 
replacements in the epitope regions of HA compared to replacements in 
the rest of the HA molecule. In contrast, the stasis intervals showed a 
much more uniform distribution of replacements over the HA molecule, 
with a statistically significant difference in the pattern of 
substitutions between the two modes of evolution.
nd0080

1.  View from south to north of perimeter acquisition radar power plant diesel engine exhaust and the small engine intake. On the right is the ventilating air intake/exhaust, distinguishable by its square shape, whereas the diesel columns are rectangular
2.  Perimeter acquisition radar power plant accessway 101, showing equipment blast lock #102 entrance for fire trucks and equipment. An underground structure at its origin, the 177-foot long accessway is above ground at its south end, terminating in the parking lot of service road B
3.  View from doorway of perimeter acquisition radar power plant, generator M1 (lower level), room #115
4.  View from rear of room of perimeter acquisition radar power plant, generator M1 (lower level), showing fuel tanks
5.  View from above and rear of room (facing corridor doorway) of perimeter acquisition radar power plant, generator M1 (lower level)
6.  Perimeter acquisition radar power plant, generator M1 (lower level), air intakes
7.  Perimeter acquisition radar power plant room #202, battery equipment room; showing battery room (in background) and multiple source power converter (in foreground). The picture offers another look at the shock-isolation system developed for each platform
8.  Perimeter acquisition radar power plant room #211, battery equipment room; showing battery racks. The dc power of these batteries is distributed to motor-control centers, the annunciator system, and fire alarm and tripping circuits
9.  View southeast corner of perimeter acquisition radar power plant room #214, control room; showing central monitoring station console in foreground. Well and booster control panel in left background and electric power management panel on far right
10.  Perimeter acquisition radar power plant (upper level) room #219E, station services room; showing air compressors which provide diesel generators with internal power kick-on
11.  Photographic copy of original as-built drawing, dated 10 July 1973 (original drawing in the possession of U.S. Army Corps of Engineers, Huntsville Division). Lower level plan
12.  Photographic copy of original as-built drawing, dated 10 July 1973 (original drawing in the possession of U.S. Army Corps of Engineers, Huntsville Division). Upper lower level plan
13.  Photographic copy of original as-built drawing, dated 10 July 1973 (original drawing in the possession of U.S. Army Corps of Engineers, Huntsville Division). Typical module section
SUBENT        A1038001   19990319   19990505   20050926       0000
BIB                  7          9
INSTITUTE  (2SWTETH)
REFERENCE  (C,70MADISON,,548,1971)
AUTHOR     (CH.LEEMANN,H.MEINER,U.ROHRER,J.X.SALADIN,F.SEILER,
           P.HUBER,W.GRUEBLER,V.KONIG,P.MARMIER)
TITLE      The 3He(d,p)4He reaction between 2.8 and 10 MeV
FACILITY   (VDGT)
SAMPLE     Pyrex target cells, filled with 4 torr 3He
HISTORY    (19810217C) Compilation produced by Arzamas RFNC-VNIIEF
           (19990115U)CNPD: corrected 4-dig. year and lower cases.
ENDBIB               9
NOCOMMON
ENDSUBENT           12
SUBENT        A1038002   19990319   19990505   20050926       0000
BIB                  3          4
REACTION   (2-HE-3(D,P)2-HE-4,,DA,,LEG,EXP)
ERR-ANALYS (EN-ERR) Digitizing error
           (DATA-ERR) Digitizing error
STATUS     (CURVE) FIG 2
ENDBIB               4
COMMON               1          3
EN-ERR
MEV
 0.05
ENDCOMMON            3
DATA                 4         42
EN         NUMBER-CM  DATA-CM    DATA-ERR
MEV        NO-DIM     MB/SR      MB/SR
     2.646      0.         6.695      0.0164
     2.714      1.         1.167      0.0164
     2.716      2.         1.313      0.0184
     2.734      3.         0.2274     0.0184
     2.81       6.        -0.0185     0.01
     2.865      5.         0.2283     0.01
     2.866      4.         0.1295     0.0181
     3.892      0.         5.747      0.0164
     3.94       3.         0.7909     0.0184
     3.943      1.         1.632      0.0164
     3.966      2.         2.9        0.0184
     4.         5.         0.6968     0.01
     4.007      6.         0.3887     0.01
     4.123      4.         0.6574     0.0181
     4.824      0.         5.228      0.0164
     4.867      1.         1.757      0.0164
     4.926      2.         3.68       0.0184
     4.971      3.         0.9504     0.0184
     5.012      5.         1.288      0.01
     5.029      6.         0.4868     0.01
     5.084      4.         0.9071     0.0181
     5.815      0.         4.985      0.0164
     5.885      3.         0.8303     0.0184
     5.899      2.         3.653      0.0184
     5.918      1.         1.638      0.0164
     5.965      5.         1.786      0.01
     5.989      6.         0.6462     0.01
     6.103      4.         1.219      0.0181
     7.861      0.         4.193      0.0164
     7.961      1.         1.122      0.0164
     7.962      3.         0.1569     0.0184
     7.962      6.         1.366      0.01
     7.963      4.         1.749      0.0181
     7.979      2.         2.824      0.0184
     7.997      5.         2.537      0.01
     9.88       6.         1.808      0.01
     9.907      0.         3.493      0.0164
     9.917      3.        -0.393      0.0184
     9.94       1.         0.8515     0.0164
     9.954      4.         1.509      0.0181
     9.996      2.         2.151      0.0184
    10.04       5.         2.579      0.01
ENDDATA             44
ENDSUBENT           57
Hooli, J. (1988).  [Studies in the fishway models]. Aqua Fennica.  18:171-178.
		
In order to conduct field experiments of fishways, scale models were constructed 
in Keminmaa and at the Kirakkakongas hydropower plant. The models were made for 
a fishway with vertical slots. The Kirakkakongas model was 30 m long with a 
vertical ascent of 2 m. The Keminmaa model was made on a scale of 1:4. The 
ascent behavior of fish was studied at discharges of 30-100 L/s. The depth of 
the basins was 30-60 m. The Keminmaa model allowed evaluation of different 
experimental designs, measuring equipment, and the methodology of fish behavior 
experiments. The Kirakkakongas model made it possible to carry out parallel and 
more detailed experiments. At Karakkakongas most fish swam up to the lower basin 
from the entrance downstream, in which the flow was strengthened by the flow 
from the lower channel. The flow velocity was 0.3-1.5 m/s, depending on the 
magnitude of the discharge used in the mouth of the fishway. In the 
Kirakkakongas fishway, fish swimming behavior was significantly affected by the 
temperature of the water and the flows in the basins and openings. At the lowest 
discharge (33 L/s), most fish swam up and at the highest (100 L/s) only a few 
swam up. At the lowest discharge it was possible to obtain flow conditions in 
the model in which whitefish of different sizes were able to swim without 
difficulty. The suitable flow rate greatly depends on the species for which the 
fishway has been designed. For trout and salmon the flow can be very strong but 
whitefish require a calmer flow. In the Keminmaa models the greatest proportion 
of the fish swam up the fishway when the water temperature was 16-19 oC. The 
origin of the fish did not affect their rising activity. The best discharge for 
whitefish in this fishway model was 25-35 L/s. At lower discharges the whitefish 
also rose well. At discharges over 35 L/s, the swimming was uncontrolled and 
only a few whitefish were able to swim up. The rising activity of whitefish 
increased towards autumn, although the water was still warm. Fish swam up most 
actively in the morning.
302        ILLINOIS HISTORICAL COLLECTIONS
the Nation's pocket; If we do, all our Sugar Trade is undone for tis worth all ours put together and we have shewed the French how valuable it is which they did not know before"
Commodore Douglas near a year ago wrote me from Tobago one of the Neutral Islands which the French took possession of in the last War and which they still retain; He says there are about a dozen French familys on the Island who subsist by fishing but are otherwise so lazy as totally to neglect the Culture of the Soil which he describes to be extremely fertile; But the great Importance of that Island is from its situation as it lyes to the Windward of all our Islands so that in any future War it will be a terrible Thorn in our Sides if the French were to settle and f ortifie it: There certainly must be commodious harbours on that Island because it was the place he pitched upon to station his large Ships during the Hurricane Season.
I copied out that part of the Commodores letter & gave it to Mr Wood Mr Pitt's under Secretary last Winter.
Such is the language of the West Indians but still I should think the peaceable possession of North America a thing of greater consequence.
I dont imagine we should people that immense Tract in Ten Centurys but unless we have the name of the whole we shall never be at rest in those parts that are peopled while the smallest Germ of French Government subsists from the Gulf of Mexico to Hudsons Bay
In the Winter before last by the Duke of Newcastles Order I drew up a paper on this Subject which I had the honour to lay before Your Lordship and I remember at that time Your Lordship thought some of my Notions Chimerical, But as things now stand they may not appear so much out of the Way.
We are now entire Masters nearly from the Mouth of the
105
Ohio all the way to the Northward as far as the Continent of America extendsYet we see what Disturbances a handful of Frenchmen have given us to the Southward by stirring up the Creeks and other Nations in those parts.    Therefore I cannot