BEE-spoke-data/govdocs1-by-extension huggingface dataset:
1. Name of the facility: Minergy Detroit, LLC

2. Location: 7819 W. Jefferson Ave, Detroit, MI, 48209

3. Distance from the US/Canada border: 3 miles

4. Type/size of the facility: glass aggregate facility (10 t/hr of glass aggregate)

5. Source of emissions: 550 MMBtu/hr glass furnance; 249 MMBtu/hr boiler; MWWS storage silos

6. Type of fuel: natural gas

7. Type/quantity of emissions:
	- glass furnance: PM 39.42 TPY, SO2 236 TPY, NOx 722.7 TPY, CO 306 TPY, VOC 96.36 TPY  
	- boiler: PM 0.22 TPY, SO2 0.05 TPY, NOx 17.27 TPY, CO 3.46 TPY, VOC 0.15 TPY
	- storage silos: PM 0.06803 TPY
	- trace elements, such as lead 0.05 TPY, beryllium 0.00096 TPY, arsenic 0.026 TPY, barium 0.76 TPY, mercury 0.045 TPY 
	
8. Emission control technology:
	- fabric filter for PM/PM-10 and trace metals; 
	- fuel control by using a coal flux at minimum available sulfur concentration (0.32%) and dry scrubbing process;
	- Selective Non-Catalytic Reduction system (SNCR) using urea/ammonia upon an  optimization study, to control NOx; 
	- overfire air system and good combustion practice to control CO emissions; 
	- use of high temperature retention, exceeding 1700 degrees Fahrenheit for greater than 2 seconds residence time and good combustion practices to control VOCs, and also as State of Michigan T-BACT for the unregulated toxics, such as acrolein, acrylonitrile and formaldehyde, as well as dioxin and furans, under PSD regulations; 
	- vitrification process to minimize solid waste production, produce an inert product, and minimize metal emissions, such as arsenic, beryllium and lead.
	
9. Date permit application received: 6/5/2000

10. Stack height and diameter: 
	- glass furnance 198 ft  / 6.17 ft
	- natural gas-fired boiler: shared with furnance
	- dry sludge silo: NA
	- wet sludge silo: NA
	- coal flux silo: 70 ft / 8 in
	- limestone silo: 50 ft / 8 in
 	- fly ash silo #1 loading: 45 ft / 8 in 
	- fly ash silo #2 unloading: 30 ft / 8 in
	
11.Permit agency's contact name, address, telephone number:
	 Randy Telesz 
	 Michigan Department of Environmental Quality, 
	 Air Quality Division, 
	 Hollister Building, 
	 106 West Allegan Street
	 PO Box 30260
	 Lansing, MI, 48909 - 7760

	 Tel. 517 373- 7089
A Pre-Attentive Vision Model for Data Prospecting

Ivan A. Galkin, Grigori M. Khmyrov, Alexander V. Kozlov, Bodo W. Reinisch, 
James C. Tilton, Shing F. Fung


An increasing number of technical and academic applications rely on the
intelligent systems for imagery data prospecting to cope with the information
avalanche. An imagery data prospector pre-classifies input images in categories
so as to reduce the unrealistic demand of the manual labor needed to analyze all
of them. We studied applicability of the bottom-up pre-attentive vision models
to the task of data prospecting. Generally, these models do not assume prior
knowledge of the domain discipline and specific characteristics of signatures
and merely implement the Gestalt perception principles to find features that
stand out against the image background. We developed and tested such model
against the RPI plasmagram dataset currently comprising 1.1 million images. The
model implements a recurrent neural network that optimizes alignment of rotors
placed on top of detected edge elements to identify whether the image contains
contours of RPI signal reflections. The paper discusses model design, presents
performance results, and outlines future efforts.

_______________
Proceedings of the Conference on Cybernetics, Information Technologies, Systems, 
and Applications (CITSA), 2005
/* -*- Mode: c -*-

  $Id: Interpreter_4,v 1.4 1999/07/23 16:34:25 hagedorn Exp $

  This tests the operation of the test script interpreter. It
  performs no MPI operations (other than the communication that
  sends the script to be run).

*/
{

    /*
	This script simply verifies that the interpreter has access to 
	two of the critical elements of the MPI environment: the rank of
	this process and the number of processes.
    */

    int num_procs;
    int my_rank;

    /*
      Find out how many ranks there are and which one I am.
    */
    
    MPI_Comm_rank (MPI_COMM_WORLD, my_rank);

    MPI_Comm_size (MPI_COMM_WORLD, num_procs);

    printf ("Rank is %0.f;  number of processes is %0.f.\n", 
		my_rank, num_procs);

    return;

}  /* end of test */
ZCZC NFDSPENES ALL
SPENES
SDZ000-NDZ000-MTZ000-WYZ000-IDZ000-
.
SATELLITE PRECIPITATION ESTIMATES..DATE/TIME 04/30/08 2012Z
SATELLITE ANALYSIS BRANCH/NESDIS---NPPU---TEL.301-763-8678
LATEST DATA USED: GOES=12/11 2000Z KUSSELSON
.
LOCATION...SOUTH DAKOTA...NORTH DAKOTA...MONTANA...WYOMING...
LOCATION...IDAHO...
.
ATTN WFOS...BIS...UNR...BYZ...GGW...RIW...TFX...PIH...MSO...BOI...
ATTN RFCS...MBRFC...NWRFC...
.
EVENT...DEVELOPING N ROCKIES STORM CULMINATING IN EXCESSIVE PRECIPITATION
CENTERED ON SE MT...NE WY AND W SD NEXT 30HRS...
.
SATELLITE ANALYSIS AND TRENDS...FRAGMENTED PATCHES OF PRECIPITATION
FROM PARTS OF IDAHO THRU WYOMING AND MONTANA ABOUT ALL THAT IS GOING ON
NOW...BUT THAT ABOUT TO CHANGE OVER THE NEXT DAY OR SO.  SOME  IMPRESSIVE
ANALYSIS FEATURE ALREADY SHOWING UP AND ONE OF THE BIGGEST WAS 160KT
SATELLITE WIND JUST OFF THE WA COAST ON BACK SIDE BROAD UPER TROUGH/N TO
SOUTH SHEAR AXIS FROM WESTERN MT THRU C IDAHO TO W UTAH.  ON THE EAST
SIDE OF THE TROUGH UPPER WINDS ONLY 50-60KTS...SO YOU CAN IMAGINE THE
DIGGING AND DEEPENING THAT WILL BE GOING ON OVER THE NEXT 24HRS WITH
THIS INTERMOUNTAIN TROUGH AS IT SLOWLY MOVES EAST.  CURRENT SREFMEAN
HEIGHT ANOMALIES ABOUT 1.5 STANDARD DEV BELOW NORMAL WITH 500MB TROUGH
AND PROJECTED TO GET TO 3 STANDARD DEV BELOW AND THAT LOOKS GOOD BASED
ON UPPER LEVELS WINDS DIGGING INTO THE BACK SIDE OF CURRENT TROUGH.
AND ANOTHER PARAMETER TO GET THIS EVENT CLOSER TO A PERFECT STORM SCENARIO
FOR PRECIP IS THE MOISTURE THAT IS ALREADY IN PLACE ACROSS THE DAKOTA AND
MONTANA WITH PW ANOMALIES THRU MIDDAY ABOUT 175 PERCENT ON NORMAL NEAR THE
MONTANA-WY BORDER TO 200 PLUS PERCENT ABOVE NORMAL ACROSS W NORTH DAKOTA.
LIKELY TO BE A GOOD OR IS THAT GREAT CONVEYOR BELT OF DEEP (FOR THIS
TIME OF YEAR) MOISTURE TRANSPORT BEING THROWN INTO A COOLING ATMOSPHERE.
AN EVENT TO REMEMBER...WILL CONTINUE TO MONITOR THE DEVELOPMENT AND SEND
OUT MESSAGES OCCASIONALLY.
.
SEE NCEP HPC DISCUSSION AND QPF/S FOR FORECAST.
....NESDIS IS A MEMBER OF 12 PLANET....
.
SSD/SAB WEB ADDRESS FOR PRECIP ESTIMATES:
HTTP://WWW.SSD.NOAA.GOV/PS/PCPN/
...ALL LOWER CASE EXCEPT /PS/PCPN/
.
LAT...LON 4714 10291 4381 10312 4341 11413 4587 11500 4631 11298
4711 11337
.
NNNN
Hillegass, K. R. and M. C. Hove (1997). Suitable fish hosts for glochidia of 
three freshwater mussels: strange floater, ellipse, and snuffbox. Page 14 in M. 
Olekszyn and M. Steingraeber, eds. Proceedings of the Mississippi River Research 
Consortium, La Crosse, Wisconsin (USA), Mississippi River Research Consortium.
	
Of 297 freshwater mussels species living in North America, 213 are either 
endangered, threatened, or of special concern.  The identification of fish hosts 
is listed in the National Strategy for Freshwater Mussel Conservation as an 
urgent research objective.  We conducted laboratory studies to determine 
suitable fish hosts for three species of freshwater mussels: strange floater 
Strophitus undulatus,  ellipse Venustaconcha ellipsiformis, and snuff box 
Epioblasma triquetra.  Various fish species were exposed to mussel larvae via 
artificial infestation.  A fish was considered a suitable hosed when larval 
metamorphosis to the juvenile stage was observed.  Juvenile strange floater were 
collected from five of seven species tested: largemouth bass, green sunfish, 
black bullheads, bluegills, and yellow perch.  Of nine fish species exposed to 
ellipse glochidia, only blackside darters were suitable hosts.  Snuff box 
glochidia metamorphosed on log perch and blackside darters.  Host requirements 
for strange floater glochidia appeared to be quite general, whereas the ellipse 
glochidia were more selective.  Species-specific molecular markers are being 
developed for use in the identification of glochidia collected from naturally 
infested fish.
JC_LS150
Jefferson City, MO    Wed  Feb 11 2009    MO Dept of Ag-USDA Market News

Cuba-Interstate Regional Stockyards 2/10/09 
Feeder Cattle Auction

Receipts: 2219        Last week 1759       Last year 297

   Compared to last Tuesday, feeder steers 500-700 lbs 1.00-2.00 higher, other
weights steady. Feeder heifers steady. Slaughter cows steady. Supply heavy. Near
4 percent cows and 72 percent of the feeders were over 600 lbs. Feeder supply 
approximately 56 percent steers and bulls and 44 percent heifers. Lots of nice
cattle came to town this week highlighted by two loads of good black heifers 
weighing 670 lbs and a couple of lots of 800 lb steers good enough to send 
anywhere. 

   Feeder steers: Medium and large 1  450-500 lbs 114.00-118.00; 500-600 lbs
98.75-114.75; 600-700 lbs 90.50-102.00; 700-800 lbs 87.00-92.50; 800-900 lbs
83.00-88.75, 165 head fleshy 874 lbs 84.60. Medium and large 1-2  350-400 lbs
113.00-113.50; 400-500 lbs 109.00-120.00; 500-600 lbs 98.00-106.00, small 
package fleshy 591 lbs 94.00; 600-700 lbs 89.50-96.75; 700-720 lbs 89.00-90.50;
800-850 lbs few 80.50-83.00. Medium and large 2  600-700 lbs 83.50-92.50. 
Medium 1-2  400-500 lbs 94.00-109.00. 

   Feeder Heifers: Medium and large 1  450-500 lbs 95.00-99.50; 500-600 lbs 
85.50-97.25; 600-700 lbs 85.50-90.60, few full/fleshy 82.50-84.50; 17 head 
791 lbs 84.75, 32 head fleshy 767 lbs 82.00; small package fleshy 978 lbs 71.50.
Medium and large 1-2  350-400 lbs 96.00-97.50; 400-500 lbs 90.00-94.00; 500-
600 lbs 83.50-95.75; 600-650 lbs 82.50-85.75; package fleshy 783 lbs 75.75.
Medium and large 2  350-450 lbs 87.50-92.50; 600-725 lbs 77.50-82.50. Medium 1-2
500-600 lbs 82.50-89.00. 

   Feeder bulls: Medium and large 1-2  500-530 lbs 93.00-104.00; 600-700 lbs
80.00-87.00. 

   Slaughter cows: 
                 Percent lean  Avg Dressing  High dressing  Low dressing
Breaking             70-80     43.00-45.00                      
Boning               80-85     43.00-46.25   46.75-48.00          
Lean                 85-90     39.00-43.00                  30.00-38.75

   Slaughter  bulls: YG 1-2 1300-1800 lbs Low dressing 44.00-50.00.

Source:  MO Dept of Ag/USDA Market News Service, Cuba, MO
         Duane Robertson, Market Reporter, 573-751-5618
         24 Hour Market Report 573-522-9244
         www.ams.usda.gov/mnreports/JC_LS150.txt

0707cst md

.
CHAPTER IX
SLUICE   ROBBERS
M1 AE must have money," said Glenister a few days
VV later. "When McNamara jumped our safe he put us down and out. There's no use fighting in this court any longer, for the Judge w-n't let us work the ground ourselves, even if we give bond, and he won't grant an appeal. He says his orders aren't appealable. We ought to send Wheaton out to 'Frisco and have him take the case to the higher courts. Maybe he can get a writ of supersedeas."
"I don't rec'nize the name, but if it's as bad as it sounds it's sure horrible. Ain't there no cure for it?"
" It simply means that the upper court would take the case away from this one."
"Well, let's send him out quick. Every day means ten thousand dollars to us. It '11 take him a month to make the round trip, so I s'pose he ought to leave tomorrow on the Roanoke."
"Yes, but where's the money to do it with? McNamara has ours. My God    What a mess we're inl What fools we've been, Dex! There's a conspiracy here. I'm beginning to see it now that it's too late, This man is looting our country under color of law. and figures on gutting all the mines before we can throw him off. That's his game. He'll work them as 94
Index
38i
261; Cooper learns of approach of train of supplies for, 272, footnote; Creeks obliged to stay at, 273, footnote; Phillips despatches Foreman to reenforce Williams, 284; Steele's equipment inadequate to taking of Fort   Gibson,   286,   290-291;   Phillips continues in charge  at,  305; Cherokees    intent   upon   recovery, 311;   Phillips  to complete  fortifications at, 325; rapid changing of commands at, 333, 335 Fort Lamed  (Kans.): 112, 152 Fort Leavenworth (Kans.): 73, footnote, 123, footnote; protected, 45; Prince in charge at, 55; troops ordered to, 60, footnote; Hunter stationed  at,  69,  footnote;  arms for Indian Expedition to be delivered at, 100 Fort Lincoln (Kans.): 52 Fort McCulloch   (Okla.): constructed   under   Pike's   direction,    no; Pike to advance  from,  119, footnote; Pike's force at, not to be despised,   128;   Cherokees  exasperated by Pike's continued stay at, 159; Pike departs from, 162 Fort Roe  (Kans.): 80, 85 Fort Scott  (Kans.): 213, 214; Lane at> 45>  S1 >   chief Federal  stronghold in middle Southwest, 46; temporary   headquarters   for   Neosho Agency, 50; abandoned by Lane in anticipation of attack by Price, 52; Indian  council  transferred  to,  74, footnote; Blunt succeeds Denver at, 98; tri-weekly post between St. Joseph and, 116; supply train from, waited for,  126; Indians mustered in at, 132; Weer cautioned against allowing communication to be cut off,   138-139;   Phillips's   communication with, threatened, 272; Steele plans to take, 286 Fort Smith   (Ark.): Drew's  Cherokees   marching   from,   to  Fayette-ville, 28, footnote; troops ordered
withdrawn from, 60, footnote; Choctaw troops watch road to, 112; indignation in, against Pike, 158; martial law instituted in, 162, footnote; attempt to make permanent headquarters for Arkansas and Red River Superintendency, 176-177; plans to push Confederate line northward of, 192; conditions in and around, 247, 269, footnote; Phillips despairs of Choctaw recruiting while in Confederate hands, 258-259; Steele takes command at, 261; door of Choctaw country, 290; becomes Blum's headquarters, 304; Steele expects Federals to attempt a drive from, to Red River, 311; included within restored Department of Kansas, 321; dispute over jurisdiction of, 324; included within re-organized Department of Arkansas, 325; Indian  raids  around,  331
Fort Smith Papers: work cited, 150, footnote
Fort Towson  (Okla.): 330
Fort Washita (Okla.): 15, 60, footnote, 303, footnote
Fort Wayne (Okla.): in Delaware District of Cherokee Nation, 197; battle of, October 22, 1862, 197, 211, 216, 249
Fort Wise (Colo.): 152
Foster, R. D: 47, footnote
Foster, Robert: 47, footnote
Foulke, William Dudley: work cited, 43, footnote
Fourteenth Kansas Cavalry: 322
Fourteenth   Missouri   State   Militia:
3
Fourth Kansas Volunteers: 117, footnote
Franklin County (Kans.): 50, footnote
Fremont, John C: removal of, 13; sends out emergency call for men, 48; failure to support Lyon, 49; no coordination of parts of army
from OMNET (http://www.omnet.com/)

Our rules

Every single employee -- from the shipping department to accounting
services to infrastructure operations -- is also a customer service
representative and should:

1. Make a customer laugh -- out loud, without telling a joke.

2. Use an analogy or metaphor to explain something.  (This includes
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   displays to paraphrasing or restating a customer's problem.)

3. Use boilerplate material for creative accuracy, but never give a
   customer a rote response.

4. Empathize with a customer's problem or point of view.  (Empathize
   is different from sympathize: sympathize is "that's too bad;"
   empathize is "I know what it feels like.")

5. Never talk or write "techie".  Treat our customers like intelligent
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6. Let your own personality come through.  You are part of a "people
   helping people" team.  Just as you treat each customer as a unique
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7. Do something extra.  Extend your thinking beyond the box of the
   customer's question or request.  What else would help this person?

8. Be accurate.  Be perfect. (Well, close!)  Every mistake represents
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9. When you make a mistake, do three things: apologize, figure out
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10. Leave a customer muttering "Damn! but those people are good!"
QUESTION:
How does the Galileo spacecraft's software work? What language
was the software written in? 
ANSWER from FAQ:
Before we start to discuss software, we need to know a little about
the hardware, since there can be up to 18 microcomputers running
on Galileo at any given time. 
First off, although all eleven science instruments use microprocessors, 
only eight of the instruments are actually reprogrammable in flight.
Each of the eleven science instruments contains an RCA COSMAC
1802 microprocessor which is used to control the instrument and to
communicate with the CDS. Eight of the instruments are
reprogrammable in flight because at least part of the programs can
be run out of Random Access Memory (RAM). The other three run
entirely out of Read Only Memory (ROM), which cannot be
changed in flight.
Only two of the major engineering subsystems--the Attitude and
Articulation Control Subsystem (AACS) and Command and Data
Subsystem (CDS)--are programmable in flight. These two use very
different computer architectures. 
Each of the AACS's attitude functions requires a tremendous
amount of mathematical computation, all of which is the job of the
AACS software. 
Just like the word processor or spreadsheet on a home computer
system gets revised into newer, sometimes better versions, the
AACS software has evolved from what was originally launched
with the spacecraft in 1989--except that the AACS improvements
really are better! The software will continue to evolve for the
remainder of the mission. 
The Command and Data Subsystem (CDS) and its software
perform a number of functions for the spacecraft. For example: 
1. CDS receives and processes commands sent from Earth.
   These commands can be in the form of real-time (i.e. do
   this NOW!) commands, or they can be stored sequences
   which are long series of instructions to tell the spacecraft
   what to do for an extended period of time (as long as
   several weeks). 
2. The CDS also collects information from all of the science
   instruments and engineering subsystems and packages it
   into the data that is actually sent to the Earth. The collection
   process and CDS operations methods will change after
   Galileo arrives at Jupiter. 
3. The CDS performs a number of other functions for the
   spacecraft such as storing data on a tape recorder for later
   playback to Earth, and broadcast of the timing coordination
   signal to all spacecraft subsystems (basically, a way for all
   the subsystems to synchronize their "watches"). 
4. CDS also performs the major "fault protection" functions
   for the spacecraft. If a piece of hardware on the spacecraft
   fails, the CDS is programmed to a) figure out what is
   wrong (fault detection), and then b) isolate the problem so
   an operational spacecraft can be recovered (i.e. the rest of
   the spacecraft can continue to operate). Fault protection is
   needed because at Jupiter radio signals take about an hour
   just to reach Earth, so ground controllers cannot respond
   in real time to fix urgent problems on the spacecraft; the
   spacecraft must take care of itself.
"Cell No: ",252364
"Lat:    " ,43.37
"Long:    ",-82.40
"Elev(m): ",156 
"Stn Type:","Data Grid"
"SOLAR RADIATION FOR FLAT-PLATE COLLECTORS FACING SOUTH AT A FIXED-TILT (kWh/m2/day), Percentage Uncertainty = 11"
"Tilt(deg)","       ","Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec","Year"
"0        ","Average", 1.43, 2.21, 3.50, 4.56, 5.55, 5.98, 5.81, 5.01, 3.91, 2.62, 1.58, 1.18, 3.61
"Lat - 15 ","Average", 2.13, 2.98, 4.31, 4.95, 5.56, 5.84, 5.82, 5.36, 4.53, 3.45, 2.20, 1.74, 4.07
"Lat      ","Average", 2.35, 3.18, 4.43, 4.81, 5.17, 5.32, 5.35, 5.12, 4.54, 3.63, 2.38, 1.93, 4.02
"Lat + 15 ","Average", 2.44, 3.21, 4.30, 4.41, 4.52, 4.54, 4.61, 4.59, 4.29, 3.60, 2.43, 2.00, 3.75
"90       ","Average", 2.21, 2.71, 3.32, 2.89, 2.52, 2.33, 2.44, 2.79, 3.01, 2.91, 2.12, 1.82, 2.59
"SOLAR RADIATION FOR 1-AXIS TRACKING FLAT-PLATE COLLECTORS WITH A NORTH-SOUTH AXIS (kWh/m2/day), Percentage Uncertainty = 11"
"Axis Tilt","       ","Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec","Year"
"0        ","Average", 1.88, 2.88, 4.64, 5.79, 6.99, 7.58, 7.46, 6.50, 5.06, 3.43, 1.97, 1.47, 4.64
"Lat - 15 ","Average", 2.46, 3.53, 5.32, 6.20, 7.14, 7.57, 7.53, 6.83, 5.64, 4.12, 2.50, 1.95, 5.07
"Lat      ","Average", 2.65, 3.70, 5.41, 6.11, 6.88, 7.22, 7.21, 6.66, 5.65, 4.28, 2.66, 2.12, 5.04
"Lat + 15 ","Average", 2.72, 3.72, 5.31, 5.81, 6.41, 6.67, 6.68, 6.28, 5.45, 4.25, 2.70, 2.19, 4.85
"SOLAR RADIATION FOR 2-AXIS TRACKING FLAT-PLATE COLLECTORS (kWh/m2/day), Percentage Uncertainty = 11"
"Tracker  ","       ","Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec","Year"
"2-Axis   ","Average", 2.72, 3.72, 5.42, 6.23, 7.25, 7.78, 7.69, 6.87, 5.68, 4.29, 2.70, 2.18, 5.21
"DIRECT BEAM SOLAR RADIATION FOR CONCENTRATING COLLECTORS (kWh/m2/day), Percentage Uncertainty = 11"
"Tracker  ","       ","Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec","Year"
"1-X, E-W Hor Axis","Average", 1.45, 1.98, 2.71, 2.85, 3.38, 3.66, 3.60, 3.18, 2.79, 2.22, 1.36, 1.11, 2.52
"1-X, N-S Hor Axis","Average", 0.94, 1.61, 2.85, 3.50, 4.34, 4.70, 4.63, 4.02, 3.17, 2.01, 0.95, 0.67, 2.78
"1-X, N-S, Tilt=Lat ","Average", 1.54, 2.30, 3.49, 3.78, 4.29, 4.45, 4.46, 4.17, 3.68, 2.70, 1.49, 1.15, 3.12
"2-X      ","Average", 1.65, 2.36, 3.49, 3.84, 4.54, 4.84, 4.80, 4.29, 3.68, 2.73, 1.56, 1.24, 3.25
20010521, Zhangfan XING <xing@pacific.jpl.nasa.gov>

You must have read ./README and completed installing/updating
all rpms provided here.

Configure LAS is easy:

(1) become root

(2) get in csh or tcsh, do
# source /usr/local/ferret/ferret_paths

(3) start httpd daemon
# /etc/rc.d/init.d/httpd start

(4) start mysqld daemon
# /etc/rc.d/init.d/mysqld start

(5) keep in mind that
The location of MySQL installation is /usr

(6) untar las5.0.tar.gz or similar and run
# ./configure
or
# ./configure -compare

By now, you must have saved quite a lot of time, please spend some on
http://ferret.wrc.noaa.gov/Ferret/LAS/README.html
358                            PARIS  IN AMERICA.
" I," I exclaimed
" Be tranquil," said the colonel ; " I have given him
his answer ; he is reasonable. I have arranged the
matter."
" Very well."
" You are to fight."
" We are to fight ?" said I, greatly astonished. " And
when ?"
" At once. En chaude colle, as they used to say in
the regiment. Nothing is so dangerous as to let these
things get cold. By waiting twenty-four hours, I have
lost ten opportunities. My carriage is below ; we can
set out immediately. I have excellent pistols ; you will
be delighted with them. At thirty paces I carried away
the ear of a jackanapes with them who looked at me
askance under the pretext that he squinted. Come,
my brave fellow, the moments are numbered. On our
way, sacrebleu !"
" In a moment I am yours," replied I.
" You are going to embrace your wife and children.
A bad plan ; it excites you and makes your hand trem-
ble. No tragic adieus; drink a glass of Madeira and
smoke a couple of cigars ; that will raise your courage
and steady your wrist."
I had no occasion to raise my courage, I was beside
myself with anger. I entered the drawing room ; Jenny
was there, pale and speechless, with her children clasped
to her breast ; they had heard all.
" Are you going with the doctor ?" said Jenny, in a
despairing tone.
" Yes, my dear; I shall probably be absent a few days."
" You will soon return," said she ; then paused, as if
affrighted.
One of the fundamental questions in finite temperature QCD is the
relation between deconfinement and chiral symmetry restoration.
Lattice simulations indicate that for QCD with quarks in the
fundamental representation chiral symmetry breaking and
confinement occur at the same critical temperature. When quarks
are in the adjoint representation these two transitions seem to
happen independently of each other. Furthermore, lattice results
for 3 flavors of quarks indicate the sharpening of the chiral
crossover and the flattening in the rise of the renormalized
Polyakov loop as quark masses are reduced.
Recently, we studied generic properties of phase transitions by
analyzing the critical behavior of non-order parameter fields. We
have identified an efficient information transfer from the light
order parameter to the heavy, non-critical fields. Following these
ideas and results we constructed an effective Lagrangian which
illustrates why color deconfines when chiral symmetry is restored
in hot gauge theories with quarks in the fundamental
representation. For quarks in the adjoint representation we show
that while deconfinement and the chiral transition do not need to
coincide, entanglement between them is still present. We further
discuss the effect of quark masses on these transitions for
different flavors of quarks.
Table 3  Regression Models by Metropolitan Areas: 1984,,,,,,,,,,
,Haifa,,,Tel Aviv,,,,,,
Variable,Coefficient,t statistics,Standard error,Coefficient,t statistics,Standard error,,,,
Regression intercept,4.10,30.26,0.13,3.51,32.47,0.11,,,,
Age,,,,,,,,,,
813,0.60,4.32,0.14,0.35,3.22,0.11,,,,
1417,0.72,4.98,0.14,0.80,6.75,0.12,,,,
1829,0.39,3.19,0.12,0.53,5.33,0.09,,,,
3064,0.24,2.33,0.10,0.42,4.89,0.08,,,,
65+,0.00,,,0.00,,,,,,
Number of cars per household,,,,,,,,,,
0,0.83,7.74,0.11,0.80,10.25,0.08,,,,
1,0.39,4.22,0.09,0.46,6.71,0.07,,,,
2+,0.00,,,0.00,,,,,,
Drivers's license,,,,,,,,,,
No license,0.99,11.23,0.09,0.67,9.80,0.07,,,,
License,0.00,,,0,,,
Employed,,,,,,,
Not employed,1.06,13.17,0.08,1.00,15.58,0.06,
Employed,0.00,,,0.00,,,
Household status,,,,,,,
Head (0 = no),0.24,3.13,0.07,0.24,3.82,0.06,
Head (1 = yes),0.00,,,0.00,,,
Education,,,,,,,
0 years,0.77,3.98,0.19,0.87,6.50,0.13,
18 years,0.69,6.80,0.10,0.68,8.57,0.08,
912 years,0.24,2.95,0.08,0.36,5.50,0.07,
13+ years,0.00,,,0.00,,,
Overall R2,,0.34,,,0.32,,
Number of observations used,,"3,243",,,"4,356",,
Notes: Chow test for 1984 model transferability:,,,,,,,
Ess1 = error sum of squares of Haifa set,,,,,,,
Ess2 = error sum of squares of Tel Aviv set,,,,,,
Ess3 = error sum of squares of combined set,,,,,,
K = number of parameters in the model including the constant,,,,,,
Ni = number of observations in model i,,,,,,
"H0: ?1i = ?2i   ""i ",,,,,,
H1 = else  ? = 0.05 ,,,,,,
,,,,,,
,,,,,,
,,,,,,
"F(k, N1 + N2 - 2 ?K) = F(13,?) = 1.72  H1",,,,,,
,,,,,,
,,,,,,
,,,,,,
,,,,,,
,,,,,,
Daily                News
Wednesday, June 30, 1993  Two Independence Square;
Washington, D.C.  Audio Service:202/358-3014

 % Unfavorable weather delays Endeavour's landing;
 % Planetary Mission update;
 % STS-51 pre-flight briefings set for July 6, 1993.

Unfavorable weather conditions have delayed the landing of Space
Shuttle Endeavour yet another day.  Landing is now scheduled for
tomorrow at 8:53 a.m.  EDT at the Kennedy Space Center.  If weather
conditions should prove unsuitable at Kennedy, Endeavour's landing will
be at the back-up facilities at Edwards Air Force Base, California.

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

En route to Jupiter, the Galileo spacecraft is scheduled to orbit the
planet on December 7, 1995.  On August 28, 1993, the spacecraft will
fly by the asteroid Ida.  The spacecraft's performance and condition
are excellent with the exception of the high gain antenna being only
partially deployed.  The science and engineering data are being
transmitted via the low gain antenna.

The Ulysses spacecraft is continuing to gather data on the heliosphere,
the realm dominated by the solar wind, a stream of charged particles
flowing from the Sun.  Ulysses is in a highly inclined solar orbit in
transit from its Jupiter gravity assist in February, 1992.  The
spacecraft's condition and performance are excellent.

As for Voyager 1 and 2, the two spacecraft are continuing their
interstellar mission.  They have remotely detected the heliopause, the
boundary between the solar magnetosphere and interstellar space, last
month.

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

The STS-51 preflight briefings will be held on July 6 at the Johnson
Space Center.  The briefings are scheduled to begin at 10:00 a.m. EDT
and continue until late afternoon.

Space Shuttle Discovery's STS-51 mission will feature the deployment of
the Advanced Communications Technology Satellite (ACTS) as well as the
deployment and retrieval of the Orbiting and Retrievable Far and
Extreme Ultraviolet Spectrometer (ORFEUS).  Once ACTS is deployed, it
will be placed in a geostationary orbit by the

Transfer Orbit Stage  where it is to be used as a space- based testbed
for new satellite communications technology.  The ORFEUS will gather
information on how stars are formed and will study properties of the
interstellar medium during its  week-long free-flight.

The briefings will be broadcast live on NASA TV with two-way audio for
questions from participating NASA locations.

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

Here's the broadcast schedule for Public Affairs events on NASA TV.
Note that all events and times may change without notice and that all
times listed are Eastern.

NASA TV will provide continuous coverage of the STS-57 mission from
lift-off to landing.

The editor is  Sonja Maclin  on  202/358-1761 or SMACLIN on NASAmail.
NASA TV is carried on GE Satcom F2R, transponder 13, C-Band, 72 degrees
West Longitude, transponder frequency is 3960 MHz, audio subcarrier is
6.8 MHz, polarization is vertical.
436                     HISTORY OF SETTLEMENTS AND TRADE
B o o k for want of hands, proportionable to their extent?
, xm' , a further divifion of lands would again reduce them
to nothing. In Europe, an obfcure man, who has
but a few acres of land, will make that little eftate
more advantageous to him in proportion, than an
opulent man will the immenfe property he is poffeff-
ed of, either by inheritance or chance. In America,
the nature of the produdions, which are very valu-
able ; the uncertainty of the crops, which are but
few in their kind ; the quantity of flaves, of cattle,
of utenfils neceffary for a plantation ; all this requires
a large ftock, which they have not in fome, and will
foon want in all the colonies, if the lands be parcel-
led out and divided more and more by hereditary
fucceffions.
If a father leave an eftate of 30,000 livres [1250b]
a year, and this eftate be equally divided between
three children, they will all be ruined if they make
three diftind plantations ; the one, becaufe he has
been made to pay too much for the buildings, and
becaufe he has too few Negroes, and too little land
in proportion ; the other two, becaufe they muft
build before they can begin upon the culture of their
land. They will all be equally ruined, if the whole
plantation fhould remain in the hands of one of the
three. In a country where a creditor is in a worfe
ftate than any other man, eftates have rifen to an im-
moderate value. The poffeffor of the whole will be
very fortunate if he is obliged to pay no more for in-
tereft than the net produce of the plantation. Now
as the primary law of nature is the procuring of fub-
fiftence, he will begin with procuring that without
paying his debts. Thefe will accumulate, and he
will foon become infolvent, and the confufion confe-
quent upon fuch a fituation will end in the ruin of
the .vhole family.
Tne only way to remedy thefe diforders, is to abo-
Kfh the equality of the divifion of land. In this en-
lightened age, government fhould fee the neceflity
of letting the colonies be more flocked with things
Oct. 24, 2006

Katherine Trinidad
Headquarters, Washington 
202-358-3749

James Hartsfield
Johnson Space Center, Houston
281-483-5111 

MEDIA ADVISORY: M06-168

NASA ROBOTICS OPERATOR DISCUSSES ROLE ON NEXT SHUTTLE FLIGHT

NASA astronaut Nick Patrick, who will operate the space shuttle's 
robotic arm during a mission targeted to launch in December, will be 
available for interviews by satellite from 7 to 8:45 a.m. EDT Friday, 
Oct. 27. 

To participate, media should contact NASA's Johnson Space Center 
newsroom in Houston at 281-483-5111 by 5 p.m. EDT Thursday, Oct. 26.

A citizen of both Britain and the United States, Patrick considers 
London and Rye, N.Y., his hometowns. He will be making his first 
spaceflight on Discovery during mission STS-116. The mission will 
deliver a small section of the station's girder-like truss and rewire 
the complex to bring electricity on line from solar arrays delivered 
in September.

Patrick has bachelor's and master's degrees from the University of 
Cambridge, England, and a master's and doctorate from the 
Massachusetts Institute of Technology, Cambridge, Mass. 

Patrick was selected as an astronaut in 1998. Aboard Discovery, 
Patrick will use the shuttle's robotic arm to lift the new truss 
segment from the cargo bay for installation. Among other tasks, he 
will also use the arm to inspect the shuttle's heat shield.

He will be joined aboard Discovery by STS-116 Commander Mark Polansky, 
Pilot Bill Oefelein and mission specialists Joan Higginbotham, Suni 
Williams and Christer Fuglesang, a European Space Agency astronaut. 
Williams will remain aboard the station for six months. European 
Space Agency astronaut Thomas Reiter, currently aboard the station, 
will return to Earth on Discovery. 

For Patrick’s biographical information, visit: 

http://www.jsc.nasa.gov/Bios/htmlbios/patrick.html

Patrick’s interviews will be carried live on the NASA TV analog 
satellite AMC-6, at 72 degrees west longitude; transponder 5C, 3800 
MHz, vertical polarization, with audio at 6.8 MHz. B-roll video of 
his training for the mission will air at 6:30 a.m. EDT on Oct. 27. 
For NASA TV downlink, schedules and streaming video information, 
visit: 

http://www.nasa.gov/ntv

For more information about STS-116 and its crew, visit: 

http://www.nasa.gov/shuttle

	
-end-
000
NOUS44 KMRX 111725
PNSMRX
NCZ060-061-TNZ012>018-035>047-067>074-081>087-098>102-VAZ001-002-005-
006-008-111413-

PUBLIC INFORMATION STATEMENT
NATIONAL WEATHER SERVICE MORRISTOWN TN
125 PM EDT SAT JUN 11 2005

ON SATURDAY MORNING JUNE 11, 2005 A REPRESENTATIVE OF THE NATIONAL 
WEATHER SERVICE IN MORRISTOWN, TN SURVEYED THE SITE OF A POTENTIALLY 
WEATHER-RELATED FATALITY ON A GOLF COURSE IN NORTHEASTERN LOUDON 
COUNTY, TN.  THE EVENT INVOLVED A MAN RIDING IN A GOLF CART WHO WAS 
KILLED WHEN A LIMB FROM A TREE FELL AND STRUCK THE MOVING CART.

THIS INVESTIGATION ATTEMPTS TO EXPLAIN WHY THE LIMB BROKE FROM THE 
TREE.

THE FOLLOWING ARE SOME OF THE FINDINGS FROM THE EVENT:

DATE....6/10/05
TIME....245 PM (APPROXIMATE)
WHAT...6 INCH DIAMETER LIMB FROM 20-22 FEET HEIGHT IN CEDAR TREE. 
THE TREE AND LIMB APPEARED HEALTHY.  TREE IS ABOUT 30-35 FEET IN 
HEIGHT.
LOCATION...5 MILES NORTH OF LENOIR CITY
PEAK WIND SPEED...40 MPH (ESTIMATED)
WIND DIRECTION...FROM SOUTHEAST...THE LIMB WAS PROTRUDING FROM THE 
TREE TOWARD THE EAST.

THE RELATIVELY LOW WIND ESTIMATE IS BASED ON THE FACT THAT NO OTHER 
DISLODGED LIMBS...BRANCHES...OR LEAVES WERE NOTED ON ANY PART OF THE 
GOLF COURSE.

AFTER HEARING ACCOUNTS OF THE EVENT AND SURVEYING THE SITE...THE 
FOLLOWING SCENARIO HAS BEEN CONSTRUCTED AS TO HOW AND WHY THE LIMB 
BROKE.

AN INTENSIFYING SHOWER HAD HEAVY RAINS AND GUSTY OUTFLOW WINDS AS IT 
MOVED TO THE NORTHWEST OVER THE GOLF COURSE.  THE LIMB BECAME HEAVY 
DUE TO HEAVY RAIN WAS HANGING LOWER PUTTING STRESS ON ITS CONNECTION 
WITH THE TREE.  WITH THE LIMB NOW HANGING...THE ESTIMATED 40 MPH 
WINDS SPLIT THE LIMB AWAY FROM ITS PARENT TRUNK EITHER BY PUSHING 
THE LIMB BACK AND FORTH...OR IF THE LIMB WAS HANGING LOW ENOUGH...BY 
PUSHING DOWN ON THE LIMB. AT ANY RATE...THE LIMB SPLIT AWAY AT ITS 
CONNECTION TO THE MAIN TRUNK...PEELED OFF SOME OF THE BARK FROM THE 
TRUNK AND FELL TOWARD THE GROUND.

THE POSSILITY OF LIGHTNING STRIKING THE TREE WAS CONSIDERED...BUT IT 
IS FELT...FROM LIGHTNING DATA...THAT THE LIGHTNING OCCURRED TOO LATE 
TO HAVE BEEN THE CAUSE.  ALSO NO EVIDENCE OF LIGHTNING DAMAGE TO THE 
TREE WAS NOTED.

IN CONCLUSION...THE REASON FOR THE FAILURE OF THE LIMB IS THOUGHT TO 
HAVE BEEN A COMBINATION OF RAIN-LOADING (ADDING WEIGHT TO THE 
LIMB)...A WIND GUST OF ABOUT 40 MPH...AND A NATURALLY WEAK PLACE ON 
A TREE WHERE THE LIMB BRANCHES FROM THE MAIN TRUNK.  LASTLY...IF THE 
LIMB WERE RAIN-LOADED ENOUGH TO BE HANGING DOWNWARD...THE WIND 
DIRECTION (FROM THE SOUTHEAST) MAY HAVE BEEN PUSHING THE LIMB 
DOWNWARD.

QUESTIONS CONCERNING THIS EVENT MAY BE CALLED IN TO THE NATIONAL 
WEATHER SERVICE AT 423-586-3771.

$$

GM
WTIO20 FMMD 270600
  BULLETIN MARINE SPECIAL
  B.M.S.  N 014/14   DE  FMMDYMYP  E 06TU
                       LE 2703/08   E  06TU
 AVIS D'AVERTISSEMENT  : EN COURS
 PRESSION  :  1002 HPA
 CENTRAE E  06 TU  :  DANS UN RAYON DE 30 MN AUTOUR DU POINT  VINGHT
ET UN DEGRES  DECIMAL TROIS SUD  ET  CINQUANTE HUIT  DEGRES DECIMAL
CIND  EST
 RPT     : 21.3 S/ 58.5 E
DEPLACEMENT : SUD-SUD-EST
 VITESSE : 10 KT
Z O N E   I N T E R E S S E E :
 TEMPS A GRAINS DANS UN RAYON DE 300 MN AUTOUR DU CENTRE   DANS LE
DEMI-CERCLE SUD.  CIRCULATION DEPRESSIONNAIRE 15/20 KT ATTEIGNANT, 25
KT  DANS LE QUADRANT NORD-EST ET  30 KT DANS LE DEMI-CERCLE SUD.
FORTES RAFALES SOUS GRAINS.
 COMMENTAIRE : DERNIER BULLETIN SAUF RE-INTENSIFICATION
 WARNING :
PRESSURE: 1002 HPA
 CENTRED  AT 06TU : WITHIN  30 NM RADIUS OF POINT : TWENTY ONE
DEGREES  DECIMAL THREE SOUTH  AND FIFTY EIGHT  DEGREES  DECIMAL FIVE
EAST
 RPT  :  21.3S/  58.5 E
 MOVEMENT :  SOUTH-SOUTH-EASTWARD
 SPEED :  10 KT
I N T E R E S T E D   A R E A :
 SQUALLY WEATHER EXTENDING UP TO 300 NM FROM THE CENTER IN THE
SOUTHERN SEMI-CIRCLE.  CLOCKWISE CIRCULATION 15/20 KT REACHING
LOCALLY 25 KT IN  THE NORTHEASTERN QUADRANT, AND  30 KT IN THE
SOUTHERN SEMI-CIRCLE. STRONG GUSTS UNDER SQUALLS.
 COMMENTARY : LAST  BULLETIN  UNLESS RE-INTNESIFICATION=
#!/bin/perl

# -----------------------------------------------------------------------
#  File Name: redo.cgi  v.8   
#
#  Description: This Perl CGI removes the input filename 
#               from the Phred Output Data Directory (PODD).  
#               
#  Created: 04/07/2000
#  Modified: 05/17/2000
#
# -----------------------------------------------------------------------

require "GlobalVariables.lib";
require "subparseform.lib";
&Parse_Form;

$file = $formdata{'file'};
$dir = "$FASTA_DIR";

$fasta = "$dir/$file";
$qual  = "$dir/$file.qual";
$hist  = "$dir/$file.hist";

system "rm -f $fasta $qual $hist";

sleep 5;
print "Location: fastadisplay.cgi\n\n";

# -----------------------------------------------------------------------
# For more information see:
# Lazo, G.R., Tong, J., Miller, R., Hsia, C., Rausch, C., Kang, Y., 
# and Anderson, O.D. 2001. Software scripts for quality checking of 
# high-throughput nucleic acid sequencers. BioTechniques Vol 30, No. 6.
#
# This software is a "United States Government Work" under the terms 
# of the United States Copyright Act. It was written as part of official 
# duties performed by a United States Government employee(s) and thus 
# cannot be copyrighted. This software is freely available to the public 
# for use. The United States Department of Agriculture and the U.S. 
# Government have not placed any restriction on its use or reproduction. 
# -----------------------------------------------------------------------
PLANTAE   AMERICANAE. ^45
breve petiolata, glabra, integerrima.
Flores fpicati in ramulis oppofitis, fubfeffiles.
Cal. terminalis, germine furfum anguftato f.
elongato; monophyllus, campanulato-ere-
dus, laxiufculus, quadridentatus : dentfculis
brevibus, hto-acutis.
Cor, Petala quatuor, parva, ex incifuris caly-
cis, ovato-acuta, vix dentibus longiora, ru-
dia, decidua.
Stam. Filamenta odo, longiffima, fetacea ca-
lyce fexies longiora. Antherae fuboblongae,
parvae.
Pist. Germen fub receptaculo, lineare, qua-
drangulare angulis comprefiis fuperne acu-
minatum. Stylus longitudine ftaminum, fe-
taceus, ad bafin calycis audus pubefcenti
lanugine.   Stigma fimplex acutum.
Per. nullum, nifi crufta feminis tetragona.
Sem. uhicum, oblongum, tetragonum, quatuor
alis longitudinalibus membranaceis : nucleo
intus convolute, tetragono, angulis com-
prefiis.
107. ARBOR mediocris alia foliis lanceolatis;
pedunculis pendulis.     An Cleome?
Radix arborea.
Caulis arboris mediocris vei fruticis "akioris,
fuperne ramis filiformibus, undique difpefr-
fis, vimin.ejs : ramulis fparfis.
^^-infummis ramulis fparfa,'. alterna, pen-
dula
Telemetry = ECI Position Computed (X-Axis)
Physical Units = ECI Position (km)

DAY YEAR SEA_DAY    MAX      MIN      MEAN     MEDIAN  SIZE  STD_DEV  98%MAX   98%MIN   98%MEAN  95%MAX   95%MIN   95%MEAN  2SIG 3SIG 4SIG TIME
057 2006 3084.208   6855.9  -15.853   4765.5   5265.1  262   1892.7   6855.2   201.93   4804.2   6851.5   491.95   4843.5   14    0    0   05:00
057 2006 3084.277   6858.1  -12.870   4767.6   5267.0  262   1892.6   6857.4   204.97   4806.3   6853.8   495.07   4845.5   14    0    0   06:39
057 2006 3084.345   6860.3  -10.001   4769.5   5268.7  262   1892.5   6859.7   207.90   4808.2   6856.1   498.07   4847.4   14    0    0   08:17
057 2006 3084.414   6862.4   -7.586   4771.0   5269.8  262   1892.3   6861.8   210.38   4809.6   6858.2   500.64   4848.8   14    0    0   09:56
057 2006 3084.483   6864.4   -5.751   4772.9   5271.8  262   1892.5   6863.8   212.29   4811.6   6860.3   502.63   4850.7   14    0    0   11:35
057 2006 3084.551   6866.3   -4.039   4774.4   5273.2  262   1892.7   6865.8   214.06   4813.1   6862.3   504.49   4852.3   14    0    0   13:13
057 2006 3084.620   6868.3   -2.636   4778.5   5289.0  261   1896.0   6867.8   215.51   4817.4   6864.3   505.99   4856.8   14    0    0   14:52
057 2006 3084.688   6870.2   14.076   4779.4   5276.1  262   1889.2   6869.8   232.29   4817.9   6866.7   522.84   4856.9   14    0    0   16:31
057 2006 3084.758   6872.2  -666.05   4668.9   5277.7  262   2088.8   6871.6  -448.46   4713.2   6867.9  -157.66   4759.7   16    0    0   18:11
057 2006 3084.825   6874.2   20.029   4783.0   5279.2  262   1888.9   6873.7   238.37   4821.5   6870.5   529.08   4860.4   14    0    0   19:48
057 2006 3084.894   6876.1   22.445   4784.7   5280.7  262   1888.8   6875.7   240.84   4823.1   6872.4   531.63   4862.0   14    0    0   21:27
057 2006 3084.962   6878.1   24.227   4786.2   5282.1  262   1888.9   6877.6   242.69   4824.6   6874.2   533.55   4863.5   14    0    0   23:06
058 2006 3085.031   6879.9   40.368   4789.5   5283.5  262   1885.5   6879.2   258.88   4827.8   6875.5   549.78   4866.5   14    0    0   00:44
058 2006 3085.099   6881.8   41.921   4791.0   5284.9  262   1885.7   6881.1   260.49   4829.3   6877.3   551.47   4868.0   14    0    0   02:23
058 2006 3085.168   6883.7   44.142   4787.4   5284.3  261   1887.4   6883.0   262.78   4825.8   6879.2   553.84   4864.4   14    0    0   04:02
END
 
Summary Stats
Max =  6883.7
Min = -666.05
Mean =  4771.3
Range =  7549.8
Number of Orbits =  15
TRADE.
tition is as yet much easier for us, and keeping its production to those articles which are more accessible. Our manufacturers lowered the prices on their goods and thus contributed to the extension of their consumption; while the sugar refiners are unable to stand the existing prices for sugar, although these prices, after deducting excise, are much higher with us than in the London, and other European markets, partly in consequence of which the consumption of sugar in, Russia per inhabitant is 23 less than in the other continental countries of Europe and 10 times less than in England. The course of the cotton goods industry affords a well founded hope for its further regular development. Until now, it is true, this industry has the support of a powerful customs tariff, but such protection obliges Russian manufacturers to use all their efforts to develop the technical side of the matter, and then they will have no need to fear foreign competition.
Trade. The characterization of the different branches of industry we have made above is, it would seem, sufficiently convincing of the value created in the country by the application of the national labour to industrial productions. But this is far from all. In order to participate in the fullest degree in the world's market it is necessary to duly organize the passage of the productions from the producers to the consumers, i. e. the home and foreign trade. It is most profitable of all for the producer, if he is able to sell his goods immediately to the consumer and not to a middleman, because the middleman of course retains a certain part of the profit
 43
THE   PACIFIC   OCEAN-                  423
the Typa, and moored with the ftream anchor and cable
to the Weftward.
The Comprador, whom we at firft engaged with* having
difappeared with a fmall fum of money, which had been
given him to purchafe provitions, we contracted with ano-
ther, who continued to fupply both fhips, during pur whole
flay. This was done fecretly, and in the night-time, under
pretence, that it was contrary to the regulations of the
port; but we fufpeted all this caution to have been ufed
with a view either of enhancing the price of the articles
he furnifhed, or of fecuring to himfelf the profits of his
employment, without being obliged to fhare them with the
Mandarins*
On the 9th, Captain Gore received an anfwer from the Thurfday 9,
Committee of the EngHfh Supercargoes at Canton, in which
they affured him, that their beft endeavours Ihould be ufed
to procure the fupplies we flood in need of, a, expeditioujQy
as poflible; and that a paflport ihould bfr fent for one of
his officers, hoping, at the fame time, that we were fuffi-
ciently acquainted with the character of the Chinefe Go-
vernment, to attribute any delays, that might unavoidably
happen, to their true caufe.
The day following, an Engfiffo merchant, from one of Friday ia.
our fettlements in the Eaft Indies, applied to Captain Gore
for the affiftance of a: few hands to navigate a veffel he
had purchafed at Macao, up to Canton. Captain Gore
judging this a good opportunity for me to proceed to that
place, gave orders that I ihould take along with me my
Second Lieutenant, the Lieutenant of marines, and te|i
fcamen. Though this was not precifely the mode in which
I could have wiflied to vifit Canton, yet as it \ya^ very
uncertain when the paflport might arrive, and ray prefence
might