BEE-spoke-data/govdocs1-by-extension huggingface dataset:
status, state       , Station         , Lat-dms ,latitude, lon-dms ,Longitude, Years   , num_BMs
2001  , EL SALVADOR , Rio Lempa       ,         , 13.27  ,         , -88.70  , New Site, 
2000  , EL SALVADOR , Acajutla        ,         , 13.58  ,         , -89.83  ,         , 
2000  , HONDURAS    , Puerto Cortes   , 15 50.1', 15.84  , 87 57.2', -87.95  , 19      , 7
2001  , HONDURAS    , Puerto Castilla , 16 01.0', 16.02  , 86 02.0', -86.03  , 13      , 5
2001  , HONDURAS    , San Lorenzo     ,         , 13.42  ,         , -87.44  , IGN Site, 2
2001  , HONDURAS    , RONMAC center   ,         , 17.00  ,         , -83.33  ,         , 
2000  , NICARAGUA   , Puerto Cabezas  , 14 01.2', 14.02  , 83 22.9', -83.38  , 11      , 
2000  , NICARAGUA   , Corinto         , 12 28.7', 12.48  , 87 10.1', -87.17  , 04      , 
2001  , NICARAGUA   , Bluefields      ,         , 12.70  ,         , -83.54  ,         , 
2000  , GUATEMALA   , Puerto Quetzal  ,         , 13.90  ,         , -91.00  ,         , 
2001  , GUATEMALA   , Puerto Ste Tomas,         , 15.84  ,         , -88.53  ,         , 
none  , NICARAGUA   , Sandino         , 12 11.0', 12.18  , 86 46.0', -86.77  , 01      , 
none  , EL SALVADOR , La Union        , 13 20.0', 13.33  , 87 49.3', -87.82  , 19      , 
none  , GUATEMALA   , Matias DeGalvez , 15 41.6', 15.69  , 88 37.2', -88.62  , 06      , 
none  , GUATEMALA   , Puerto San Jose , 13 55.0', 13.92  , 90 49.8', -90.83  , 20      ,
From: JR_Prance@cargill.com
Sent: Friday, August 06, 2004 4:24 PM
To: FDAdockets@oc.fda.gov
Subject: cattle regulations

"Please immediately enact regulation 
that requires the removal of the brain and spinal cord from all cattle 
over 30 months of age.  This will result in a 99.8% risk reduction of 
all infectivity.  Please do not require the removal of all SRMs, because 

this only improves the risk reduction by 0.1% but will cost more than 
$157,000,000 per year and cause a huge environmental problem.

On another subject, ruminant derived blood meal:  I understand you are 
considering removing ruminant blood meal from ruminant feed.  I 
understand there is no scientific justification for this, and even 
Europe with its huge BSE problem doesn't do this.  Further, it would 
cost the industry, cattlemen and dairymen at least $150,000,000 per 
year.

I urge you to thoroughly consider my request.

Sincerely,

J. R. Prance, CTA
Personal Marketing Manager
Cargill AgHorizons Marketing Service
SEMO Farm Service Group

"Confidentiality Note: This message is intended only for the named 
recipient and may contain confidential, proprietary or legally 
privileged information. Unauthorized individuals or entities are not 
permitted access to this information. Any dissemination, distribution, 
or copying of this information is strictly prohibited. If you have 
received this message in error, please advise the sender by reply 
e-mail, and delete this message and any attachments. Thank you."
06/09/05: Patrice Verdier
---------

This directory /rooms/in2p3B/pverdier/2EMhighpt contains p20.04.01 TMB
for RunIIb data passing the "2EMhighpt" event flag. 

* Data sample:
--------------

All run2b data recorded after the 4th of August 2006, and which were 
reconstructed when submitting the jobs (2006/09/04).
=> run range : [223953-224749]
~700,000 events in total
SAM dataset definitions per run for the unskimmed files: pv-tmbp200401-<RunNumber>

The skimming was done using the event flag computed in d0reco.
Definition of the SKIM_2EMhighpt event flag:
(np_tmb_stream/rcp/2EMhighpt_stream.rcp)
==================================================================
string Tag = "SKIM_2EMhighpt"
 
string Trigger = ( )
 
string Cuts = ( "Cut1" "Cut2")
 
string Cut1 = ( "EM" "(absID==10 || absID==11) && Pt > 12.0" )
string Cut2 = ( "EM" "(absID==10 || absID==11) && Pt > 12.0" )
 
RCP    EMid_Algo = < emreco EMReco-scone-id >
string EMid_SearchRCPs = ("clusterer","HMReco",)
========================================================================

* TMB files for this 2EMhighpt skim :
/rooms/in2p3B/pverdier/2EMhighpt/TMBStream_x-p20.04.01-maxopt-Linux-pv-tmbp200401-22*/CSskim-2EMhighpt

jobs were ran per run, but there might be few parallel jobs per run. 
The name of the output directories means:  
TMBStream_x-p20.04.01-maxopt-Linux-pv-tmbp200401-<Run-Number>-<jobID>

becareful, there might be few directories with runnumber < 223953

* np_tmb_stream code is on :
/work/shaul-clued0/pverdier/calgo/p20.04.01_np_tmb_stream

* Known problems :

run 224680 crashed
I have not check that all jobs processed all the files they had to.
Few unskimmed files were not delivered, but I will not try to process them.
The goal is only to have enough Z->ee statistic until the official CSskim
are produced.
USEFUL PLANTS OF ALASKA.	589
LIBELLULINA.
Cordulia, like C. cena. Yukon River.
Cordulia Shurtl Scudder. June, near Fort Yukon, common. Cordulia eremita Scudder. June, near Fort Yukon. Diplax intacta Hagen. June 25, near Fort Yukon.
PHRYGANINA.
`Limnophilus vastus Hagen. Kenai, Cook's Inlet. *Limnophilus perjurus Hagen. Kenai, Cook's Inlet. Linznophilus ? n. s. Nulato, May I2th, one specimen. Cryptothrix insularis Hagen, n. s. Nulato.
LIST OF USEFUL PLANTS INDIGENOUS IN THE TERRI-
TORY OF ALASKA.
RANUNCULACEEE.
Hepatica triloba Chaix. Sitka.
Coptis trifolia Sal.	"
C. asplenifolia Sal.	"
Aconitum Napellus, var. delphinifolium. Sitka, northward.
CRUCIFERIE.
Nasturtium palustre D. C. Yukon and Unalashka. Cochlearia fenestrata R. Br. Norton Sound, north. C. ohlon;ifolia D. C.	,	46	" C. anglica L. Kotzebue Sound.
LINACEIE.
Linum perenne L. Fort Yukon.
LEGUMINOS/E.
Trifolium repots L. Sitka (introduced). Lathyrus maritimus Big. Sitka and northward. Hedysarum Mackenzii Rich. Yukon.
ROSACEIE.
Rubus spectabzlzs Pursh. Sitka, Kadiak. R. arcticus L. Kotzebue Sound.
* See note on preceding page.
SOILS SPECTRA OVERVIEW

Soil samples representing all major soil types were provided by Laurence E. 
Brown (USDA National Soil Survey Laboratory, Lincoln, Nebraska), and sample 
numbers are those assigned by the Soil Survey Laboratory.  One sample (0015) 
was provided by M. B. Satterwaite (Army Corps of Engineers Center for Remote 
Sensing, Fort Belvoir, VA).

A general description of the soil has been used for the soil name, rather than the 
modern classification system of the USDA Soil Conservation Service.  This 
classification system, which is little understood outside the field of soil science, is 
used for Class and Subclass.  Those wishing to understand this classification 
system are referred to Foth and Schafer (1980).

Detailed descriptions are given for most soils, typically abstracted from Soil 
Survey Laboratory documentation.  In these descriptions, percentages of sand, 
silt, and clay refer to particle size ranges as defined by that laboratory.  Clay size 
is less than 0.002 mm; silt size ranges from 0.002 to 0.05 mm; and sand size 
ranges from 0.05 to 2 mm.  When available, clay mineralogy was determined 
semi-quantitatively from the relative intensities of X-ray diffraction peaks, while 
coarse mineralogy refers to the composition of sand and silt size fractions as 
determined by petrographic microscope.  Percent organic carbon was obtained 
by wet combustion analysis (Walkley-Black), and can be converted to an 
estimate of organic matter by multiplying by 1.7.  

Soil samples were measured air dried and sifted through a 1 mm screen to break 
up clods and exclude stones and twigs.  Many soils have also been measured 
after packing, which typically has very little effect on their spectra.

REFERENCES

Foth, H. D., and Schafer, J. W., 1980, Soil Geography and Land Use, Wiley, New 
York, 484 pp.
RI0481

1.  3/4 ELEVATION OF BOW, OFF PORT QUARTER.
2.  ELEVATION OF PORT BEAM.
3.  ELEVATION OF PORT STERN QUARTER.
4.  VIEW OF STERN QUARTER.
5.  45 DEGREE ELEVATION OF PORT STERN QUARTER.
6.  AXONOMETRIC VIEW, FROM STARBOARD STERN QUARTER.
7.  ELEVATION OF STARBOARD BOW QUARTER.
8.  INTERIOR VIEW OF STEM, LOOKING FORWARD.
9.  INTERIOR VIEW OF CREWS' QUARTERS, CHAIN LOCKER, AND STEM, LOOKING FORWARD.
10.  INTERIOR VIEW, FROM CREWS' QUARTERS TOWARD WHAT USED TO BE THE GALLEY, LOOKING AFT.
11.  VIEW FROM BOWSPRIT, NOTE ANCHOR WINDLASS FOREGROUND, LOOKING AFT.
12.  DETAIL OF ANCHOR WINDLASS. RI-59-13  VIEW FROM PORT SIDE OF PILOT HOUSE, LOOKING FORWARD. RI-59-14  DETAIL OF VENTILATOR GRATE AND GEARHOUSING FOR SHIP'S WHEEL.
15.  DETAIL OF MECHANICAL WORM GEAR FOR STEERING.
16.  INTERIOR VIEW OF PILOT HOUSE, WITH CONTROLS FOR ADDED DIESEL ENGINE.
17.  INTERIOR VIEW OF PILOT HOUSE, LOOKING AFT.
18.  DETAIL OF NOTCHED-OUT PLACE IN KEELSON FOR MAST.
19.  INTERIOR VIEW OF HULL BRACING IN FORWARD PORT SIDE OF HULL, APPARENTLY ADDED TO PREVENT HOGGING.
20.  INTERIOR VIEW OF GALLEY SECTION, FORWARD GUEST QUARTERS, PORT SIDE, LOOKING AFT.
21.  INTERIOR VIEW OF CENTRAL PASSAGEWAY, OWNERS' QUARTERS ON LEFT, GUEST QUARTERS ON RIGHT, LOOKING AFT.
22.  INTERIOR VIEW OF FORWARD GUEST QUARTERS, PORT SIDE.
23.  INTERIOR VIEW OF FORWARD GUEST QUARTERS, LOOKING TOWARD PASSAGEWAY.
24.  INTERIOR VIEW OF OWNERS' SALON, LOOKING TOWARD PASSAGEWAY.
25.  INTERIOR VIEW OF OWNERS' SALON, WITH LAVATORY IN "UP" POSITION, LOOKING TOWARD PASSAGEWAY.
26.  DETAIL OF LAVATORY IN OWNERS' SALON.
27.  INTERIOR VIEW OF OWNERS' SLEEPING QUARTERS FROM SALON, LOOKING AFT.
28.  INTERIOR VIEW OF OWNERS' SLEEPING QUARTERS, LOOKING AFT.
29.  DETAIL OF CARVED BUNK, OWNERS' SLEEPING QUARTERS.
30.  INTERIOR VIEW FROM OWNERS' SLEEPING QUARTERS, LOOKING FORWARD.
31.  INTERIOR VIEW OF OWNERS' DINING QUARTERS.
32.  INTERIOR VIEW OF GUEST QUARTERS, POSSIBLY CAPTAIN'S QUARTERS, ON PORT SIDE.
33.  DETAIL OF FROSTED GLASS DOOR, ACCESS DOOR TO GUEST QUARTERS.
34.  INTERIOR VIEW OF GRAND SALON, PORT SIDE, LOOKING FORWARD. 
35.  INTERIOR VIEW OF GRAND SALON, STARBOARD SIDE, LOOKING FORWARD.
36.  INTERIOR VIEW OF GRAND SALON FROM CENTRAL PASSAGEWAY, IN LINE WITH MAST APERTURE, LOOKING AFT. 
37.  VIEW OF NON-OEM DIESEL ENGINE.
38.  INTERIOR VIEW OF DOUBLE BUNKS IN GUEST QUARTERS ON PORT SIDE.
39.  INTERIOR VIEW OF GUEST QUARTERS WITH WHITE OVERPAINT.
40.  DETAIL OF FROSTED GLASS DOOR WITH "CORONET," ACCESS DOOR TO OWNERS' CABIN.
41.  INTERIOR VIEW OF CREWS' QUARTERS, FROM STERN SECTION, LOOKING FORWARD.
42.  INTERIOR VIEW OF CREWS' QUARTERS, LOOKING AFT.
43.  INTERIOR VIEW OF WHITE CREWS' QUARTERS. 
44.  FRAMING DETAIL, ON STARBOARD SIDE, LOOKING AFT. 
45.  INTERIOR VIEW OF PORT SIDE, LOOKING AFT.
UTILIZATION OF THE EXOTIC CLADOCERAN, DAPHNIA LUMHOLTZI, BY YOUNG-OF-YEAR FISH 
WITHIN AN ILLINOS RIVER FLOODPLAIN LAKE

A. Maria Lemke, James A. Stoeckel, Amy E. George, Mark A. Pegg
Illinois Natural History Survey, Illinois River Biological Station, Havana, IL  
62644

Lake Chautauqua is a floodplain lake on the Illinois River managed by the U.S. 
Fish and Wildlife Service for migrating waterfowl and shorebirds.  Researchers 
at the Illinois River Biological Station have conducted a long-term study since 
1996 designed to assess the suitability of Lake Chautauqua as habitat for larval 
fish production.  One component of this study is the analysis of young-of-year 
(YOY) fish diet composition in relation to zooplankton prey availability.

A particular aspect of the diet composition study focused on the utilization of 
the non-native cladoceran, Daphnia lumholtzi, as a food resource by YOY fish.  
Previous reports from Lake Chautauqua have shown that native Daphnia species 
typically attain maximum abundances during late spring and are replaced by D. 
lumholtzi during early to mid summer.  High abundances of D. lumholtzi during 
late summer increase their potential importance to zooplanktivorous fish; 
however, the large spines produced by this cladoceran may preclude its value as 
forage for certain YOY fish species or size classes.  Our objective was to 
quantify the relative importance of D. lumholtzi as a food resource to various 
larval and juvenile fish species in Lake Chautauqua.  

Diet compositions were analyzed for YOY fish species collected from escapement 
sampling during late summer of 2000 and 2001.  Daphnia lumholtzi were consumed 
by bluegill juveniles 8-50 mm in size, but comprised the largest proportion of 
diet items for bluegill 21-40 mm (20-30%, 2001) and 41-63 mm (47%, 2000).  
Similarly, D. lumholtzi comprised 23-34% of the items consumed by white bass 31-
60 mm (2001) and 60-140 mm (2000).  Daphnia lumholtzi were consumed by white and 
black crappie juveniles 9-70 mm in size (2-40% of diet), but were utilized 
primarily by juveniles 50-70 mm (22-40% of diet).  Several additional species 
utilized D. lumholtzi (e.g., largemouth bass, emerald shiner), however data for 
these species were not consistent between years. 

Our results indicate D. lumholtzi are an important food resource for juvenile 
fish, especially white bass, bluegill, and crappie, during late summer periods 
when native zooplankton abundances are lowest in Lake Chautauqua.
LIST  OP   CHURCH   MEMBERS.                          399
Jacob De Groot, en zyn h. V. )             | Tohannes Thomasen, en zyn h. v. )
Grietje Jans,                          J             [ Aefje Jacobs,                                 $
Jillis Mandevil, en zyn h. v.)              I Johannes   van   Couwenhoven,   en  I
Elsje Hendricks,                   J              I      zyn h, v.                                       >
Grietje Mandevil,                                I Sara Frans.                                      >
Egbert Foekensen, en zyn h. v.  )         I
Elsje Lucas,                               5         I
AEN DE GROOTE KILL, (BY THE BIG CREEK.)
Conradus Vanderbeeck, en zyn h. v. )   I Claes Emanuels, ) w Elsje Jans,                                       /| Jan de Vrie,        Negroes.
ARME BOUWERY, (POOR FARM.)
Arnout Webber, en zyn h. v.
Janneken Cornells,
Margareta Meyrink, h. T. van Hen.
drick Martense, Abraham Rycking,
Wyntie   Teunis,   h.  v.   van   Herck
Tiebout, Annetje Claes, h. v. van Teunis Cor.
nelisen.
NOTE.
Many of the above names are familiar abbreviations, and correspond to English names as follows :
Geertje, Gertrude;       Siyntie, Christina;       Baetje, Elizabeth; Grietje, Margaret;      Neettje, Cornelia;         Tryntje, Catherine ; Mietje, Mary;           Marrietje, Maria;          Aeltje, Alida;
Elsje, Alice;             Annetje, Anna;            Claeaje, Claudia, &c.
The list appears to have been prepared with great care, but probably con. tains some errors, especially in respect to the maiden names of the married women. One mistake of this kind certainly exists in the case of Gov. Stuy-vesant's widow, whose family name was Bayard instead of Isendoorn. On the death of her husband, letters testamentary were granted to her as the executrix of his estate, commencing in the following manner:
" Whereas Mr. Fetrus Stuyvesant, heretofore Governor of these parts for the States General of the Un'ted Province* and the West India Company, deceased, did, in his last will and testament, declare and appoint Mrs. Judith Bayard, his widow and relict, to be his whole and solo executrix, to dispose of his estate, goods, and chattels, to such uses and purposes as in the said will and testament is at large set forth," &c. Dated at Fort James, in New York,, the 7th day of March, in the twenty-fourth year of his Majesty's reign, A. D. 1671, [1672, new ttyle.]*
* Lib. 1. of Wills, Surrogate's Office.   The will of Got Stuyvesant was dated 19 Jam 16713, and the letters testamentary were issued in the following March.
CIMEL,  Edwards AFB, CA,  11Dec98
    /data/validation/field/cimel/981207_edwards_afb/cml_981211_00.dat

    A. U. (avg)   0.984614            Latitude            34.98
    Temperature (C)  -3.71            Longitude         -117.84
    Pressure (mB)   948.00            Airmass Range: 4.41 to 1.89
    Visibility (km) 143.93            Junge nu            -1.27
    Altitude (m)    700.00            Time (PST)  8:09 to 15:20
 
     DN Vo intercepts from file 981207.bestest
    Met station measurements of temperature and pressure used.
    ../output_data/cml_981211_00.tau_info
    Flittner aerosol model used.
    BJGaitley, 19Jan1999, V1.2
 
Channel  Wavelength  Tau tot    Tau ray   Tau resid  Tau ozone   Tau aer
  0       440.000    0.25865    0.22713    0.03152    0.00133    0.02882
  1       670.000    0.06953    0.04081    0.02872    0.01898    0.00948
  2       870.000    0.02291    0.01421    0.00871    0.00113    0.01343
  3       940.000    0.22822    0.01040    0.21782    0.00000    0.02307
  4       1020.00    0.04911    0.00749    0.04162    0.00000    0.03738

                                 std dev                 std dev       std dev 
Channel  Wavelength  Tau tot    of Tau tot     Vo         of Vo      of inst_tau
  0       440.000    0.25865     0.00742     19282.2    399.2600      1.3521e-03
  1       670.000    0.06953     0.00436     13599.3    164.2700      2.1525e-03
  2       870.000    0.02291     0.00445     13332.6    164.0500      2.3959e-03
  3       940.000    0.22822     0.06502     15928.5   2888.2300      1.6342e-02
  4       1020.00    0.04911     0.00645     13596.6    241.2800      4.2280e-03

   Ozone column in Dobson units = 412.10
   Water vapor in precipitable H2O = 0.0000

        Overall Optical Depths at Test Wavelengths, for CIMEL
         Wavelength   Tau tot    Tau ray   Tau resid  Tau ozone   Tau aer
         500.0 nm    1.913e-01  1.343e-01  5.697e-02  3.906e-03  4.688e-02
         550.0 nm    1.495e-01  9.101e-02  5.844e-02  1.074e-02  4.443e-02
         600.0 nm    1.130e-01  6.386e-02  4.917e-02  1.660e-02  3.589e-02
         700.0 nm    5.434e-02  3.418e-02  2.017e-02  3.296e-03  1.764e-02

   Ozone column in Dobson units = 132.26
   Water vapor in precipitable H2O = 0.0000
We present a measurement of the fractions F_0 and F_+ of
longitudinally polarized and right-handed W bosons in top quark decays using
data collected with the CDF II detector.  The data set used in the analysis
corresponds to an integrated luminosity of approximately 318 pb-1.  We
select tt-bar candidate events with one lepton, at least four jets, and
missing transverse energy.  Our helicity measurement uses the decay angle
theta*, which is defined as the angle between the momentum of the charged
lepton in the W boson frame and the W momentum in the top quark rest frame.
The cos theta* distribution in the data is determined by full kinematic
reconstruction of the tt-bar candidates.  We find F_0 =
0.85+0.15_-0.22(stat) +/- 0.06(syst) and F_+ = 0.05+0.11_-0.05(stat) +/-
0.03(syst), which is consistent with the standard model prediction.  We set
an upper limit on the fraction of right-handed W bosons of F_+ &lt; 0.26 at the
95% confidence level.
SIEGE  GUNS                       237
deplore the loss of a solitary torpedo boat sunk by Russian fire, although a single projectile from a single gun, properly aimed, would have sent any one of these craft to the bottom. The fact is as inconceivable as the inference is momentous, and, if searching tests in night firing are not imposed upon garrison artillery, one of the most striking lessons of this war will have been neglected.
We do not at present know whether the Japanese intend to besiege Port Arthur or merely to invest it, although the Battle of Kinchou points to drastic measures. But it is probable that, if General Oku or some other commander is ordered and able to drive in the Russian garrison at Port Arthur behind the works of the main line of defence, and to place his batteries within medium ranges, the storm of fire that will eventually descend upon the forts in the sector chosen for attack should silence these works without great difficulty. Against the high-angle fire of heavy howitzers, in positions invisible to the enemy, supported by the sweeping, scythe-like action of shrapnel fired by high velocity guns, fortress defence soon experiences the sense of all its inherent weakness. With ample bombproof cover and resolute troops, the enemy may not be driven out; the hotter the fire the less the chance either of reinforcement or retreat. But a closed work can be so wrecked and overwhelmed by the converging fire of the heaviest distant batteries that its main armament may be reduced to impotence during the progress of the succeeding assault.
The work of landing, transporting, and placing in battery the great siege guns required to secure superiority of fire in a given sector is very heavy, and must always take a very long time. But it is not necessary that the guns of the attack should be numerically superior to the whole armament of the fortress ; all that is required is that they should prove superior to the armament of a given sector of the defence, the fall of which will entail the fall of the whole.
NEW AGRICULTURE TECHNOLOGY TO YIELD CLEANER WATER
                                                                 

                                            Release No. 0085.98
                                                               
                                    Tom Amontree (202) 720-4623
                                          tom.amontree@usda.gov
                                   Roger Salazar (202) 720-4623
                                         roger.salazar@usda.gov


NEW AGRICULTURE TECHNOLOGY TO YIELD CLEANER WATER

     WASHINGTON, Feb. 19, 1998--Agriculture Secretary Dan Glickman today
announced a new technology developed by USDA scientists that has significant
implications for cleaner water.  

     This technology modifies the traditional corn plant. When used as feed
for pigs and chickens, the amount of phosphorous in the animals' waste is
cut in half.  

     "This is great news for those of us who want to reduce the amount of
nutrients running into our waters. And, it saves farmers money, too,"
Glickman said.

     Excess phosphorus in manure has been identified as a serious pollutant
in bodies of water from coast to coast.  It has also been suspected as one
possible culprit in the outbreaks of fish-killing algae found in the
Chesapeake Bay's tributaries. 

     Rain and other runoff can carry phosphorus-containing soil to nearby
lakes and streams.  There, algae thrive on the phosphorus, using up the
water's oxygen and hurting other aquatic life. 

     "USDA is making this technology widely available to maximize its
environmental benefits and boost farm income. This is one example of the
president's focus on science to help us solve some of America's most
pressing challenges," Glickman said.

     In addition, the phosphorous in this corn is readily absorbed by
animals, reducing the need for costly dietary supplements -- and saving
money for farmers.  Corn, soybeans and other common feedstuffs have plenty
of phosphorus.  But animals with one stomach -- pigs, poultry and even
people -- can't absorb phosphorus from plant foods.  This results in both
nutritional and environmental problems.  Corn with this new trait will
enable one-stomached animals to extract the grain's phosphorus -- meeting
their nutritional needs and causing the animals to excrete less of the
nutrient. 

                                #
( 88)
qu'il porta furent accueillis, par ses nombreux
compatriotes, comme par les officiers de l'es-
cadre, avec un abandon, un enthousiasme qui
rendaient la fte vraiment franaise et euro-
penne. Le roi librateur, son digne fils, tous
les membres de l'auguste famille des Bour-
bons, furent salus par des cris de joie et d'a-
mour, et le gnral Inginac se montra vrita-
blement l'interprte de tout un peuple recon-
naissant.
Jamais acte ne fut plus solennel que celui
de la dclaration d'indpendance. Une escadre
franaise de i4 btimens, portant plus de
600 pices de canon, salua de toute son artil-
lerie le pavillon d'Hati. La ligne entire des
forts qui dominent et dfendent la rade du
Port-au-Prince, rpondit  ce signal d'alliance
et d'amiti. La plus franche reconciliation fut
proclame avec entranement. Les officiers de
la marine royale se conduisirent avec une po-
litesse cordiale envers ce peuple nouveau, qui
prenait son rang parmi les puissances recon-
nues. Le caractre ouvert et loyal de M. de
Makau signala ce brave marin aux yeux d'une
population satisfaite, comme le vritable re-
prsentant de Charles X.
Nous n'en doutons pas;   la confiance du
i

250
CATALOGUE OF THE COLLECTION.
I have examined Mr. Catlin's collection of the Upper Missouri Indians to
the Rocky Mountains, all of which I am acquainted with, and indeed most of
them were painted when I was present, and I do not hesitate to pronounce them
correct likenesses, and readily to be recognised. And I consider the costumes, as
painted by him, to be the only correct representations I have ever seen.
John F. A. Sanford,
U. SS. Indian Agent for Mandans, Rickarees, Minatarees,
Crows, Knisteneaux, Assinneboins, Blackfeet, &c.
Having examined Mr. Catlin's collection of Portraits of Indians of the
Missouri and Rocky Mountains, I have no hesitation in pronouncing them, so
far as I am acquainted with the individuals, to be the best I have ever seen, both
as regards the expression of countenance and the exact and complete manner in
which the costume has been painted by him.
J. L. Bean, S. Agent for Indian Affairs.
I have been for many years past in familiar acquaintance with the Indian
tribes of the Upper Missouri and the Rocky Mountains, and also with the land-
scape and other scenes represented in Mr. Catlin's collection, and it gives me
great pleasure to assure the world that, on looking them over, I found the like-
nesses of my old friends easily to be recognised, and his sketches of Manners
and Customs to be portrayed with singular truth and correctness.
J. Pilcher, Agent for Upper Missouri Indians.
It gives me great pleasure in being enabled to add my name to the list of
those who have spontaneously expressed their approbation of Mr. Catlin's col-
lection of Indian Paintings. His collection of materials places it in his power
to throw much light on the Indian character ; and his portraits, so far as I have
seen them, are drawn with great fidelity as to character and likeness.
H. Schoolcraft, Indian Agent for Wisconsin Territory.
Having lived and dealt with the Blackfeet Indians for five years past, I
was enabled to recognise every one of the portraits of those people, and of the
Crows also, which Mr. Catlin has in his collection, from the faithful likenesses
they bore to the originals.
St. Louis, 1835.                                                                    j. E Brazeau.
--------------------
Having spent sixteen years in the continual acquaintance with the Indians
of the several tribes of the Missouri represented in Mr. Catlin's Gallery of
Indian Paintings, I was enabled to judge of the correctness of the likenesses,
and 1 instantly recognised every one oftfiem, when I looked them over, from the
striking resemblance they bore to the originals ; so also of the landscapes on the
Missouri.                                                                              HoNOKE PlcOTTE
The portraits in the possession of Mr. Catlin of Pawnee Picts, Kioways
Camanches, Wecos, and Osages, were painted by him from life, when on a tour
PUBLIC INFORMATION OFFICE
JET PROPULSION LABORATORY
CALIFORNIA INSTITUTE OF TECHNOLOGY
NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
PASADENA, CALIF. 91109. TELEPHONE (818) 354-5011
Contact:  Mary A. Hardin
FOR IMMEDIATE RELEASE                              June 16, 1995
MOVIE "CONGO" DRAWS ON SPACE RADAR STUDIES OF CENTRAL AFRICA
     "Congo," the most popular movie in America this week, depicts
futuristic remote-sensing technology and satellite communication.
     In real-life, scientists at NASA's Jet Propulsion Laboratory
have used imaging radar flying aboard the space shuttle to study
the habitat of the mountain gorillas of Central Africa -- the same
area where "Congo" takes place.
     "The Virunga volcano chain in Rwanda, the area that's also
depicted in the film, is ideally suited for study by radar because
the mountains are perennially covered by clouds and the radar is
able to see through clouds," said Dr. Diane Evans, the radar
project scientist at JPL.
     The data were taken by the Spaceborne Imaging Radar C/X-band
Synthetic Aperture Radar (SIR-C/X-SAR), part of NASA's Space Radar
Laboratory which flew onboard the space shuttle Endeavour in April
and October 1994.
     "We had actually targeted this area for study because it's
also an active volcano area -- another point which is made in the
movie -- and we are involved in studying several volcanoes around
the world that are potential threats to the local populations,"
Evans said.
      Evans and her team have provided the radar data to
scientists at the Dian Fossey Gorilla Fund in London and Rutgers
University in New Jersey. Those researchers have constructed a map
of the gorilla habitat using the JPL radar data and provided the
map to the producers of "Congo" for use in the movie.
     "When the book 'Congo' was written in the early 1980s, the
technology seemed very futuristic, but here we are in 1995 and
this technology has become a reality," Evans said.
     The study of the gorilla habitat is just one of several
experiments conducted by SIR-C/X-SAR.  Scientists are continuing
to analyze data from several hundred sites around the globe which
they hope will aid them in their studies of Earth's changing
environment.
     SIR-C/X-SAR is a joint mission of NASA and the German and
Italian space agencies.  JPL manages the SIR-C portion of the
mission for NASA's Office of Mission to Planet Earth.
                              #####
[NOTE TO EDITORS:  A feature about JPL's imaging radar program
will open Friday's news file on NASA Television.  The transmission
times for the video news file are 9 a.m., noon, 3 p.m. and 6 p.m.
PDT.  NASA Television is broadcast on Spacenet 2, transponder 5,
channel 9, C-Band, located at 69 degrees West longitude, with
horizontal polarization.  Frequency will be on 3880.0 megahertz,
with audio on 6.8 megahertz.]
6/15/95 MAH
#9537
NASA Photo ID: STS067-721A-052              File Name: 10125287.jpg

Film Type: 70mm                    Date Taken: 

Title: Barren Island west of Malaysia as seen from STS-67 Endeavour

Description:

Barren Island, a small volcanic island which is part of the Andaman Island
group in the Andaman Sea west of Malaysia, began a new eruptive phase late
in 1994. The STS-67 crew noticed the volcanic plume early in their flight,
and had several opportunities to document the on-going eruption. This view,
taken March 14, 1995, shows a healthy volcanic plume rising several
thousand feet into the atmosphere. The main plume drifts westward over
Andaman Island, although a smaller plume close to the ground is being
dispersed to the south.
From owner-nwchem-users@emsl.pnl.gov Wed Sep  7 03:49:11 2005
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Date: Wed, 07 Sep 2005 12:49:07 +0200
From: Andreas Klamt <klamt@cosmologic.de>
Subject: Re: [NWCHEM] Memory lack in COSMO calculation
In-reply-to: <d6c3b6280092b72e9ea0b67bc2f4f42f@dipteris.unige.it>
To: Marino Vetuschi Zuccolini <zucco@dipteris.unige.it>
Cc: nwchem-users@emsl.pnl.gov
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Dear Marino,

it appears that the COSMO in NWChem is not stable and not reliable at 
all. I meanwhile heard about technical problems and strange results from 
several different users. I am afraid that the COSMO implementation in 
NWChem (which is not from me!) needs a clean-up in order to protect the 
good name of the COSMO method from damage by bad experiences in NWChem.

Best regards

Andreas Klamt
(Author of the original COSMO method)

Marino Vetuschi Zuccolini wrote:

> Hello to all,
> I'm involved again in Cosmo calculation on Iron(II) Acetate. The 
> NWChem version I'm using is 4.7 and the job is echoed in the output. I 
> changed the partial amount of memory stacks in different ways but the 
> error is always tha same. Is a problem of my little cluster or 
> something else?
> Can you halp me?
>
> Many thanks again
>
> Marino
>
>
>
>
> *******************************************************
> Marino Vetuschi Zuccolini
> zucco@dipteris.unige.it
> PhD / Geochemist
> Laboratory of Geochemistry
> http://ugo.dipteris.unige.it/pesto
>
> Visit our BAXEICO computing cluster homepage
> http://qed.dipteris.unige.it/ganglia/?c=Baxeico%20Cluster
>
> DIPartimento per lo studio della TErra e delle sue RISorse - 
> Universit di Genova
> Tel. ++39 010 3538136 Fax. ++39 010 352169
> Corso Europa 26, 16132 - Genova - Italy

-- 
-----------------------------------------------------------------------------
Dr. habil. Andreas Klamt
COSMOlogic GmbH&CoKG
Burscheider Str. 515
51381 Leverkusen, Germany

Tel.: +49-2171-73168-1  
Fax:  +49-2171-73168-9
e-mail: klamt@cosmologic.de
web:    www.cosmologic.de
-----------------------------------------------------------------------------
COSMOlogic
        Your Competent Partner for
        Computational Chemistry and Fluid Thermodynamics
-----------------------------------------------------------------------------
Charles Redmond
Headquarters, Washington, D.C.                March 30, 1993
(Phone:  202/358-1757)

RELEASE:  93-057

NEW TECHNOLOGY REINVESTMENT PROJECT SEMINAR SET FOR APRIL 1

     NASA officials and officials from other federal agencies,
participating in the Technology Reinvestment Project, will present a
seminar on the project beginning at 9 a.m. EST April 1, in the NASA
Headquarters Auditorium, 300 E. Street, S.W., Washington, D.C.

     The goal of the Technology Reinvestment Project is to use nearly
$500 million of appropriated Department of Defense funds to create new
products and process technologies in nearly a dozen specific
technological areas.  The project also aims to promote and foster the
transfer of existing federally-produced technology or processes into
the commercial sector from existing defense industry areas.

     NASA and the Advanced Research Projects Agency (ARPA) officials
will provide an overview and explanation of the various components of
the project during the 4-hour seminar.

     The seminar is intended primarily for NASA employees and members
of NASA's extended technology transfer community, including officials
of the Centers for the Commercial Development of Space, the Regional
Technology Transfer Centers and the National Technology Transfer
Center.  However, members of the public may attend if seating is
available.

     The following presentations and the presenters are scheduled:  

        o  Summary and overview by Lee Buchanan, ARPA Director of the
	   Technology Reinvestment Program; 
        o  Concepts of the program common to the various agencies by Rick Dunn,
	   ARPA General Counsel; 
        o  Technology development element of the program by Michael Long, Dept.
	   of Energy; 
        o  Technology deployment aspects of the program by Phil Nanzetta,
	   National Institutes of Standards and Technology; 
        o  Manufacturing Education and other university curricula elements of
  	   the program by a National Science Foundation representative; and 
        o  Proposal mechanisms which can be used with this program by John
	   Jennings, NASA.

- end -

NOTE TO EDITORS:  The seminar will be carried live on NASA Select
television, Satcom F2R, transponder 13, 72 degrees west longitude.  The
seminar will be rebroadcast on NASA Select at 2 p.m. EST to accommodate
those organizations in the western time zones.  Media may attend the
briefing.  However, no questions will be taken during the seminar.
Interviews can be set up with project officials following the
presentations.
Date
Orifice Diameter (um)
Setup 1
Setup 2
Calibration
Kd
Size
Units
Current/Gain 
Aperature Current (Ia)
Gain
Polarity
Control
Time (Sec.)
Channel Count
Total Count
Channels
Auto Scale
Edit
Coincidence Corr.
Volume (ul)
Particle Rel. Density 
Current Menu
Time
N (Raw Count)
N (Coin. Corr. Count)
Full Menu - ID     
Full Menu - LH cursor
Full Menu - RH cursor
Full Menu - BCT
Full Menu - Acc. Law
Nar. Menu - ID 
Nar. Menu - Acc. Law
Nar. Menu - LH cursor
Nar. Menu - RH cursor
Win. Menu - ID
Win. Menu - LH cursor
Win. Menu - RH cursor
Orifice Length (um)
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
Spare
xit                         INDEX.
CamillusElbridgeAubum,       .       .         141
Cayuga,         .           .               ...     144
Seneca FallsWaterlooGeneva,       .       .   145
CanandaiguaBurning Springs,       .        .      146
East and West Bloomfield,           .          .         149
LimaAvonAvon SpringCaledonia,     .      id
LeroyBatavia,         ....         150
Buffalo,......       151
ERIE CANAL,
Description of,       .        ....        152
Canal Passage,         .          ....      154
Table of distances,        .       .         .               155
Canal Route from Schetiectady to Rochester.
Schenectady,......     157
Amsterdam,......    159
Schoharie Creek,.....       id
CaughnawagaAnthony's Nose,       .       .       id
CanajoharieFort Plain,        ...           id
East Canada CreekMohawk Castle,     .     .     id
Little FallsUtica, ....        160
Whitesborough,       ...         .         .id
Oriskany,......        161
Rome........      id
Oneida CreekCanistota,        .        .        .       162
New BostonChitteningo, . . .        id
ManliusOrvilleSyracuse, . . .id
GeddesNine MiJe Creek,        .       .        .id
CantonJordanWeed's Basin,        .        .        id
Port Byron,......     163
Montezuma,......      id
ClydeLyonsNewark,       .       .        .     .     id
Palmyra,......          id
Fullom's Basin,                        ,                       164
Great EmbankmentPittsford,        .       .          id
Rochester,......       id
Stage Routes from Rochester to Buffalo,            16fi
NASA Photo ID: S87-48195          File Name: 10062752.jpg

Film Type: 35mm CN                Date Taken: 11/18/87

Title: Shuttle crew escape systems (CES) rocket test at Hurricane Mesa, Utah

Description:

Shuttle crew escape systems (CES) tractor rocket tests conducted at
Hurricane  Mesa, Utah.  This preliminary ground test of the tractor rocket
will lead up  to in-air evaluations.  View shows tractor rocket as it is
fired from side  hatch mockup.  The tractor rocket concept is one of two
escape methods being  studied to provide crew egress capability during
Space Shuttle controlled  gliding flight.  In-air tests of the system,
utilizing a Convair-240  aircraft, will begin 11-19-87 at the Naval Weapons
Center in China Lake,  California.
A lady goes into a pet shop, and tells the owner that she wants a parrot.
He shows her a beautiful bird.  She asks if it talks, and he says yes, a lot.
She asks if it swears, because she couldn't have a bird that swears, since 
she has two teen age daughters.  She is assured that the bird does not swear.
The owner of the store does point out to her that the bird has lived in a 
bawdy house, but insists that it does not swear.  He sells her the bird,
and a cage, and a cover for the cage.  He tells her to cover the cage if the 
bird gets too noisy.

     So she takes the bird home and sets it up.  She removes the cover, and 
the bird struts up and down on its perch, looking the place over. Finally it
talks,

   "Awk, awk! New house!  New Madam!"

    She isn't very happy with this, so she covers up the cage.  Later in the 
afternoon her daughters come home, and she uncovers the cage to show off the
bird. It struts up and down, looking things over again.  Then it says,

    "Awk, awk! New House!  New Madam!  Awk! New Girls!"

     The lady is even less happy with this, so she covers him up again.  That 
evening her husband comes home, and she uncovers the bird again.  Again it
struts back and forth, and then says,

     "Awk, Awk! New House! Awk! New Madam! Awk! New girls!!  Awk, Awk!!
Same old faces! Hello Charlie!"
TITLE:   GCN CIRCULAR
NUMBER:  7752
SUBJECT: GRB 080514B: Suzaku WAM observation of the prompt emission
DATE:    08/05/20 06:20:41 GMT
FROM:    Yoshitaka Hanabata at Hiroshima U  <hanabata@hep01.hepl.hiroshima-u.ac.jp>
Y. Hanabata, T. Uehara, Y. Fukazawa, T. Takahashi, C. Kira (Hiroshima U.),
M. Ohno, M. Kokubun, M. Suzuki, T. Takahashi (ISAS/JAXA),
K. Yamaoka, S. Sugita (Aoyama Gakuin U.),
K. Onda, M. Tashiro, Y. Terada, Y. Urata, A. Endo, N. Kodaka,
K. Morigami, T. Sugasahara, W. Iwakiri (Saitama U.),
Y. E. Nakagawa, T. Tamagawa (RIKEN), T. Enoto, K. Nakazawa,
K. Makishima (Univ. of Tokyo), E. Sonoda, M. Yamauchi, H. Tanaka,
R. Hara (Univ. of Miyazaki), S. Hong (Nihon U.),
on behalf of the Suzaku WAM team, report:
The long GRB 080514B, (SuperAGILE/IPN: Rapisarda et al., GCN7715 )
triggered the Suzaku Wide-band  All-sky Monitor (WAM)
which covers an energy range of 50 keV - 5 MeV at 09:55:57 UT (=T0).
The observed light curve shows a multi-peaked structure
starting at T0-1s , ending at T0+7s, with a duration (T90) of about
6.3 seconds. The fluence in 100 - 1000 keV was 1.4(+0.2,-0.1) x 10^-5
erg/cm^2. The 1-s peak flux measured from T0+2s was 11.3(+0.5,-0.1)
photons/cm^2/s in the same energy range.
A preliminary result shows that the time-averaged spectrum from
T0-1s to T0+7s is well fitted by a GRB Band model as follows.
the low-energy photon index alpha: -1.4(+0.6,-0.5),
the upper limit of the high-energy photon index beta: -2.5
and the peak energy Epeak: 259 (+43, -104) keV (chi^2/d.o.f = 27.9/23).
----
All the quoted errors are at statistical 90% confidence level,
in which the systematic uncertainties are not included.
----
The light curves for this burst are available at:
 http://www.astro.isas.jaxa.jp/suzaku/HXD-WAM/WAM-GRB/grb/trig/grb_table.html
*************************************************************

Forecaster:   Peters
Shift: spc_day
Date/Time: 12/05/00 15:11 UTC
Product: md
Geographical Area: nern OH / nwrn PA / wrn NY

Product Use
-----------
Were any used:  no
If not, why not?  Forecast was issued for lake effect snow bands.  Since snow was the only precip-type expected and the product was of short-fuse nature, I primarily used objective forecast tools.

Which model output was used?  

Which precipitation-type products were used? 

Why weren't other precipitation-type products used? 

See previous? 

Were the products you wanted to see available on time? 
 

Product Quality
---------------
Does the output indicate any precipitation types in your area of interest that seem incorrect?
 

If yes, explain briefly:

Overall, how would you evaluate the usefulness of the PTAX products for today's weather scenerio?
 

To prepare the current NWS product, was the precipitation-type information presented in a useful way?
 

If not, what type of product would you like to see?

See previous? 

Comments?
---------

********************************************
name =   Peters
shift = spc_day
date_time = 12/05/00 15:11 UTC
product = md
geo_area = nern OH / nwrn PA / wrn NY
precip_prod_used = no
why_not_used = Forecast was issued for lake effect snow bands.  Since snow was the only precip-type expected and the product was of short-fuse nature, I primarily used objective forecast tools.
which_model =  
which_product = 
why_not_all_prods = 
see_prev_why_not_all_prods = 
prods_available =  
seem_correct =  
why_not_seem_correct = 
how_useful =  
useful_presentation =  
like_to_see = 
see_prev_like_to_see = 
comments =
000
NOUS41 KRNK 302328
PNSRNK

PUBLIC INFORMATION STATEMENT
SPOTTER SNOW REPORTS
NATIONAL WEATHER SERVICE BLACKSBURG VA
630 PM EST SUN MAR 30 2003

                          NEW   STORM    TIME/DATE    COMMENTS
LOCATION                  SNOW  TOTAL

IN VIRGINIA

...AMHERST...
AMHERST                    6"            1200 PM

...BLAND...
BLAND                      9"            205 PM

...CARROLL...
DUGSPUR                    7"            245 PM 
GALAX                      8"            200 PM
HILLSVILLE                 8"            300 PM

...CRAIG...
CATAWBA                    8"            1200 PM

...FLOYD...
COPPER HILL                9"            1100 AM

...GRAYSON...
BAYWOOD                    9"            230 PM  

...MONTGOMERY...
CHRISTIANSBURG             8"            114 PM
NEWPORT                    7"            1115 AM 

...PULASKI...
RADFORD                   10"            512 PM

...ROANOKE...
BENT MOUNTAIN             10"            109 PM
ROANOKE                    6"            600 PM

...ROCKBRIDGE...
ROCKBRIDGE BATHS           3"            113 PM         

...TAZEWELL...
BLUEFIELD                 10"            300 PM

IN WEST VIRGINIA

...MONROE...
PETERSTOWN                10"            1100 AM

IN NORTH CAROLINA

...ALLEGHANY...
GLADE VALLEY               6"            100 PM    

$$
Comment 04114502
From: starlawheeler@yahoo.com
Sent: Monday, September 05, 2005 8:13 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 request that the TTB approve a proposal to allow the amount of calories, carbohydrates and alcohol per serving size to be included on beer and other alcoholic beverage bottles. This information is on everything else that I eat and drink. I would like this kind of information for beer as well.
Because this information is provided elsewhere, I believe it is common sense to allow it to be printed on a beer bottle.
Therefore, I urge you to approve this proposal. It will be much appreciated.
Sincerely,
Starla Wheeler
2208 Sparrow Lane
Pensacola, Florida 32534
 cc:
Representative Jeff Miller
Senator Bill Nelson
Senator Mel Martinez
Dear Jmk:

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ofip)oerosomal chzmges can yut be exaluded for ths phenomna in soLjat4.c cells to
uhich you %llude.

  The iha of seluative stiI.&tion and proUfaration of antibodpfordng
calls is becorafng quite respectzbZ.e, thou$ %xm3 feals it is exq=gerabd.

  at thQ Qztllnbtlr$ fa!6stiflg there wa5 ~qAte 5 lot of Ilscua$tcm ,%ifiLy EnstL
gated by JSghruaai can %cxml rtatiw@ of gunatic ~terial, and u6 e~olwd a s&m
rather diffartnt from the eofwentionn]. thromso.~~ vs. cytoKl.esm& heredity.  1
mggastui fnstmd %rwl&P wd %pLnuclsiic~ for inforanstion which (presunrebly)
moordad in tha nuclsotide asc;;uencs of a nucleic aaid or else~~hare respectively.
It 5.6 raassom~ usrterln that in tha cytqllasea we hars both nuclsic and epinucleic
fcrctcrr (e.g. kappa v~mt~, posaiblg, the seroQqm ay~tsm) and the earn probably
holdr in the nwlau~, Q.g ., autmt genus oumua low& dates.  I l#yself am rrtmw
doubtful that Laml atatm, puffs, eta. are going to turn ont to hare davs3qad
m 6Dtd.,f~ bUs0 (IIc)~UWCSIII, but !$LiM 6&6-l

  I aa snelo65.ng a iae. that m&i ba pertinent to the present disuussion,
we oould pat ffrm relimce on the evi&mcs fa! mutual sxcluaion vzhich I do
bulieve we ah wild am gn, t.