BEE-spoke-data/govdocs1-by-extension huggingface dataset:
####018003029####
FWUS45 KREV 061350
SAGREV

AVALANCHE GUIDANCE
NATIONAL WEATHER SERVICE RENO NV
550 AM PST FRI FEB 6 2009

CAZ072-NVZ002-070115-
LAKE TAHOE AND EASTERN ALPINE COUNTY FROM 7000 TO 8000 FEET-
550 AM PST FRI FEB 6 2009

.TODAY...SCATTERED SNOW SHOWERS IN THE MORNING...THEN SNOW
SHOWERS IN THE AFTERNOON. SNOW ACCUMULATION OF 2 TO 4 INCHES.
SOUTH WINDS 10 TO 15 MPH WITH GUSTS UP TO 25 MPH. HIGHS 25 TO 32.
.TONIGHT...SNOW SHOWERS. SNOW ACCUMULATION OF 1 TO 3 INCHES.
NORTHEAST WINDS 10 TO 15 MPH WITH GUSTS UP TO 25 MPH IN THE
EVENING. LOWS 17 TO 24.
.SATURDAY...NUMEROUS SNOW SHOWERS IN THE MORNING...THEN SCATTERED
SNOW SHOWERS IN THE AFTERNOON. SNOW ACCUMULATION UP TO 2 INCHES.
NORTHEAST WINDS 10 TO 20 MPH. GUSTS UP TO 30 MPH IN THE MORNING.
HIGHS 26 TO 33.

$$

CAZ072-NVZ002-070115-
LAKE TAHOE AND EASTERN ALPINE COUNTY ABOVE 8000 FEET-
550 AM PST FRI FEB 6 2009

.TODAY...SCATTERED SNOW SHOWERS IN THE MORNING...THEN SNOW
SHOWERS IN THE AFTERNOON. SNOW ACCUMULATION OF 2 TO 5 INCHES.
SOUTH WINDS 15 TO 20 MPH WITH GUSTS TO 40 MPH. HIGHS 21 TO 28.
.TONIGHT...SNOW SHOWERS. SNOW ACCUMULATION OF 2 TO 5 INCHES.
NORTHEAST WINDS 10 TO 15 MPH WITH GUSTS UP TO 25 MPH AFTER MIDNIGHT.
LOWS 18 TO 24. 
.SATURDAY...NUMEROUS SNOW SHOWERS IN THE MORNING...THEN MOSTLY
CLOUDY WITH SCATTERED SNOW SHOWERS IN THE AFTERNOON. SNOW
ACCUMULATION UP TO 2 INCHES. NORTHEAST WINDS 20 TO 30 MPH WITH
GUSTS UP TO 40 MPH IN THE MORNING...BECOMING 10 TO 20 MPH WITH
GUSTS UP TO 30 MPH IN THE AFTERNOON. HIGHS 21 TO 28.

$$

CAZ073-070115-
MONO COUNTY FROM 8000 TO 10000 FEET-
550 AM PST FRI FEB 6 2009

...WINTER WEATHER ADVISORY IN EFFECT UNTIL 4 AM PST SATURDAY...

.TODAY...NUMEROUS SNOW SHOWERS IN THE MORNING...THEN SNOW SHOWERS
IN THE AFTERNOON. SNOW ACCUMULATION OF 3 TO 7 INCHES. SOUTH WINDS
10 TO 15 MPH WITH GUSTS TO 25 MPH. HIGHS 21 TO 28.
.TONIGHT...SNOW SHOWERS. SNOW ACCUMULATION OF 2 TO 5 INCHES.
NORTHEAST WINDS 10 TO 15 MPH WITH GUSTS TO 25 MPH. LOWS 17 TO 23.
.SATURDAY...NUMEROUS SNOW SHOWERS IN THE MORNING...THEN SCATTERED
SNOW SHOWERS IN THE AFTERNOON. SNOW ACCUMULATION OF 1 TO 3 INCHES.
NORTHEAST WINDS 10 TO 15 MPH. GUSTS UP TO 40 MPH IN THE MORNING.
HIGHS 28 TO 34.

$$

CAZ073-070115-
MONO COUNTY ABOVE 10000 FEET-
550 AM PST FRI FEB 6 2009

...WINTER WEATHER ADVISORY IN EFFECT UNTIL 4 AM PST SATURDAY...

.TODAY...SNOW SHOWERS. SNOW ACCUMULATION OF 3 TO 6 INCHES. SOUTH
WINDS 10 TO 20 MPH WITH GUSTS TO 30 MPH. HIGHS 18 TO 26.
.TONIGHT...SNOW SHOWERS. SNOW ACCUMULATION OF 3 TO 6 INCHES.
NORTHEAST WINDS 10 TO 20 MPH WITH GUSTS TO 30 MPH. LOWS 9 TO 19.
.SATURDAY...SNOW SHOWERS IN THE MORNING...THEN SCATTERED SNOW
SHOWERS IN THE AFTERNOON. SNOW ACCUMULATION OF 1 TO 4 INCHES. EAST
WINDS 20 TO 30 MPH WITH GUSTS UP TO 45 MPH IN THE
MORNING...BECOMING 10 TO 15 MPH WITH GUSTS UP TO 35 MPH IN THE
AFTERNOON. HIGHS 21 TO 27.

$$


HTTP://WEATHER.GOV/RENO
#VERSION=3
#DATE-OBS: 2008/01/07
#TIME-OBS: 10:30:26
#DETECTOR: C2+C3
#FILTER: Orange(C2)  Clear(C3)
#OBSERVER: michalek
#FEAT_CODE: 1=LE
#IMAGE_TYPE: RUNNING DIFF
#YHT_ID: 20080107.103026.p071g
#ORIG_HTFILE: 20080107.103026.pa071.ht
#ORIG_WDFILE: 20080107.103026.pa071.wd
#UNIVERSAL: 1
#WDATA:   2.32 2008/01/07 11:54:04  64.8   C2   9   168.0   299.0
#WDATA:   2.31 2008/01/07 11:54:04  76.2   C2   9   162.0   281.0
#HALO: 0
#ONSET1: 2008/01/07 07:32:41
#ONSET2: 2008/01/07 05:55:42
#ONSET2_RSUN:  3.50
#CEN_PA:  71
#WIDTH:   11
#SPEED:  178
#ACCEL:    5.1
#FEAT_PA:  71
#FEAT_QUAL:  0.5
#QUALITY_INDEX: 0 (Ill-Defined)
#REMARK: Very Poor Event
#COMMENT: 
# HEIGHT   DATE     TIME   ANGLE  TEL  FC    COL     ROW
  4.33 2008/01/07 10:30:26  69.5   C2   1    87.0   321.0
  4.77 2008/01/07 11:06:04  69.6   C2   1    70.0   327.0
  5.11 2008/01/07 11:30:04  71.0   C2   1    55.0   327.0
  5.39 2008/01/07 11:54:04  71.8   C2   1    43.0   328.0
  5.57 2008/01/07 12:42:05  70.8   C3   1   205.0   261.0
  6.32 2008/01/07 13:42:04  73.1   C3   1   198.0   261.0
  6.84 2008/01/07 14:18:04  71.5   C3   1   194.0   264.0
  7.07 2008/01/07 14:42:05  75.0   C3   1   191.0   261.0
  7.69 2008/01/07 15:18:25  71.0   C3   1   187.0   267.0
  8.12 2008/01/07 15:43:27  72.0   C3   1   183.0   267.0
  8.86 2008/01/07 16:18:04  71.3   C3   1   177.0   270.0
  8.90 2008/01/07 16:42:04  72.9   C3   1   176.0   268.0
  9.61 2008/01/07 17:18:04  72.8   C3   1   170.0   270.0
 10.50 2008/01/07 18:18:04  69.8   C3   1   164.0   277.0
 11.27 2008/01/07 18:42:04  70.6   C3   1   157.0   278.0
 11.88 2008/01/07 19:18:04  70.5   C3   1   152.0   280.0
 12.76 2008/01/07 19:42:04  71.4   C3   1   144.0   281.0
 13.33 2008/01/07 20:18:04  70.2   C3   1   140.0   285.0
 13.83 2008/01/07 20:42:04  71.4   C3   1   135.0   284.0
From: Dvrmahoney@aol.com
Sent: Sunday, April 01, 2001 6:16 PM
To: fdadockets@oc.fda.gov
Subject: Docket 00N-1396 & Docket 00D-1598" 

Please for the Health and Wellbeing of all, Require Health and Ecological 
safety testing or mandatory labeling.   The toxins in the environment are 
scary enough!  I have the right to make informed choices and in order to do 
so I must have accurate information and/or a government that stands for the 
health of all.  Thank you!

Problems::
Despite overwhelming consumer demand, the FDA has failed to require health and
ecological safety testing or mandatory labeling, and thus puts your health
and our environment at risk and deprives you of the right to know or choose
what you are eating. The proposed rules: 

Do not require mandatory pre-market safety
testing 
                            Do not require pre-market environmental review 
                            Do not require mandatory labeling of GE foods 
                            Restrict voluntary labeling of non-GE foods 
                            Require a mere letter of notification prior to
the marketing of a GE food 
                            Fail to ensure public access to adequate
information for independent review 
                            Are supported by industry and opposed by
consumer groups
Telemetry = ECI Position Computed (Y-Axis)
Physical Units = ECI Position (km)

DAY YEAR SEA_DAY    MAX      MIN      MEAN     MEDIAN  SIZE  STD_DEV  98%MAX   98%MIN   98%MEAN  95%MAX   95%MIN   95%MEAN  2SIG 3SIG 4SIG TIME
303 2003 2234.182   1001.0  -4769.3  -3109.4  -3658.4  262   1647.3   901.92  -4768.5  -3121.8   702.70  -4765.5  -3158.8   17    0    0   04:22
303 2003 2234.251   1011.4  -4775.6  -3112.4  -3667.0  262   1653.4   912.26  -4774.8  -3124.8   712.86  -4771.9  -3162.0   17    0    0   06:01
303 2003 2234.319   1012.0  -4781.8  -3116.6  -3671.7  262   1655.3   912.72  -4781.0  -3129.1   713.06  -4778.0  -3166.3   17    0    0   07:39
303 2003 2234.388   1012.9  -4787.9  -3120.7  -3676.4  262   1657.3   913.55  -4787.1  -3133.2   713.64  -4784.1  -3170.4   17    0    0   09:18
303 2003 2234.457   1014.2  -4794.0  -3124.6  -3681.1  262   1659.3   914.67  -4793.2  -3137.1   714.50  -4790.2  -3174.4   17    0    0   10:57
303 2003 2234.525   1015.6  -4799.9  -3128.4  -3685.6  262   1661.4   915.95  -4799.1  -3141.0   715.53  -4796.1  -3178.3   17    0    0   12:36
303 2003 2234.594   1017.1  -4805.8  -3130.3  -3698.5  261   1666.5   917.37  -4805.0  -3142.9   716.71  -4802.0  -3180.4   17    0    0   14:14
303 2003 2234.662   1018.2  -4811.8  -3136.1  -3694.7  262   1665.6   918.34  -4810.9  -3148.7   717.43  -4808.0  -3186.1   17    0    0   15:53
303 2003 2234.731   1088.5  -4817.8  -3120.2  -3699.4  262   1695.3   988.83  -4817.1  -3133.0   788.20  -4814.2  -3170.9   17    0    0   17:32
303 2003 2234.799   1019.3  -4823.8  -3144.4  -3703.9  262   1669.2   919.15  -4822.9  -3157.0   717.72  -4819.9  -3194.5   17    0    0   19:11
303 2003 2234.868   1020.3  -4829.8  -3148.4  -3708.5  262   1671.1   920.03  -4828.9  -3161.0   718.34  -4825.9  -3198.5   17    0    0   20:49
303 2003 2234.937   1021.7  -4835.7  -3152.1  -3713.0  262   1673.2   921.38  -4834.9  -3164.8   719.45  -4831.8  -3202.4   17    0    0   22:28
304 2003 2235.005   1023.3  -4841.7  -3155.9  -3717.6  262   1675.5   922.86  -4840.8  -3168.6   720.69  -4837.8  -3206.3   17    0    0   00:07
304 2003 2235.074   1025.0  -4847.6  -3159.7  -3722.1  262   1677.7   924.36  -4846.8  -3172.3   721.94  -4843.7  -3210.1   17    0    0   01:46
304 2003 2235.142   1026.1  -4853.5  -3163.6  -3726.7  262   1679.7   925.38  -4852.7  -3176.3   722.71  -4849.7  -3214.0   17    0    0   03:24
END
 
Summary Stats
Max =  1088.5
Min = -4853.5
Mean = -3134.9
Range =  5942.1
Number of Orbits =  15
BEET  SUGAR  INDUSTRY.
the number of sugar refineries continued to increase, their productivity grew, the importation of foreign sugar diminished. From the middle of the fifties a new period began in sugar refining.
With the introduction of steam machinery, the production in small works became unprofitable, it began to be concentration in comparatively few hands, and the works belonging to growers began to be closed; in this latter respect no inconsiderable importance attached to the emancipation of the serfs, as the refiners were deprived of unpaid labour. In i860 there were still 432 works, in the beginning of the seventies there only remained 235, while the production of sugar increased more than ten times, as also the extent of the beetroot plantations. In the course of the seventies the same process of centralization of production in large works continues: their number remains almost unaltered, but the quantity of sugar manufactured doubles. The system of levying excise itself led to this extension. The tax was collected not on the weight of sugar manufactured but on the normal produce of a definite quantity of beet. At the same time the laws defining the normal produce could never keep up with the technical improvements in sugar boiling, originally perhaps with the intention that the development of the industry should not be retarded by means of the excise. In consequence of this, the actual excise, thanks to a greater produce from a berko-vets of beet that was calculated according to the standard, did not exceed l/ or later even '/* of the nominal excise.
 41
FXUS64 KEWX 130158 AAA
AFDSAT
AREA FORECAST DISCUSSION...UPDATED
NATIONAL WEATHER SERVICE AUSTIN/SAN ANTONIO TX
855 PM CDT WED MAY 12 2004
.UPDATE...
ISOLATED THUNDERSTORMS OCCURRING OVER THE EASTERN SLOPES OF THE
SIERRA MADRE...WEST OF DEL RIO...ARE WEAKENING WITH THE LOSS OF
AFTERNOON HEATING. THE DRY-LINE IS ALSO BEGINNING ITS DIURNAL
RETREAT WESTWARD THIS EVENING. WILL REMOVE THUNDERSTORMS FROM THE
FCST FOR TONIGHT BUT WILL RETAIN A SLIGHT CHANCE OF SHOWERS WITH
AMPLE GULF MOISTURE IN PLACE. MAY SEE THE DEVELOPMENT OF GULF
STREAMER SHOWERS OVERNIGHT AS THE GFS AND ETA MODEL SOLUTIONS
INDICATE A WEAK DISTURBACE IN THE SUB-TROPICAL JET TRAVERSING THE
REGION OVERNIGHT. A STRONG CAPPING INVERSION BETWEEN 5K AND 7K FT
WILL INHIBT THUNDERSTORM DEVELOPMENT OVERNIGHT. THIS SAME INVERSION
WILL AID IN THE STRATUS DECK OVERSPREADING THE CWFA TONIGHT.
&&
.PREV DISCUSSION...
HIGH CAPES AND MODERATE SHEAR OVER VAL VERDE COUNTY COULD RESULT IN
SOME SEVERE WEATHER THIS EVENING AS INITIATION STARTS OVER THE
BURRO MOUNTAINS. MESO-ETA AND SATELLITE IMAGERY SUGGEST SOME
NIGHTTIME THUNDERSTORMS POSSIBLY STARTING OVER OUR WESTERN CWA AND
MOVING INTO CENTRAL SECTIONS DURING THE OVERNIGHT HOURS. LOW LEVEL
MOISTURE REMAINS VERY DEEP AND STREAMER SHOWERS CONTINUE TO DEVELOP
IN THE MORNINGS AND AFTERNOONS. THUS WILL KEEP SHOTGUN POPS IN
PLACE UNTIL STRONGER DYNAMICS ARRIVE LATE THURSDAY. BELIEVE THERE
WILL BE SOME MINOR CAPPING TOMORROW TO LIMIT DAYTIME THUNDERSTORMS,
BUT MODELS CONTINUE TO SHOW COOL MID LEVEL TEMPS AND DEEP MOISTURE.
SO PROBABLY THE ONLY CAPPING INFLUENCE WILL BE THE COOL TEMPS FROM
MORNING CLOUD COVER. POPS MOSTLY IN THE CHANCE CATEGORY.
THOUGH A SLIGHT RISK IS OUT FOR DAY2 NORTHERN AREAS, WILL LEAVE OUT
SEVERE IN ZONES FOR NOW; THE MAJORITY OF THE RAINS WILL BE IN THE
FORM OF SHOWERS, SO ADDING SEVERE WOULD MISCHARACTERIZE SEVERE
WEATHER TO BE WIDESPREAD. CURRENT THINKING IS ONLY SOME ISOLATED
STORMS TO BREAK THE CAP HILL COUNTRY/EDWARDS PLATEAU THURSDAY EVE
WITH A WEAKENING MCS TO SPILL OUT OF NORTH CENTRAL TEXAS FRIDAY
MORNING. REFORMATION OF THE MCS SHOULD OCCUR DURING THE DAY FRIDAY
WITH A COLD FRONT HELPING TO PUSH THE COMPLEX TO THE COAST DURING THE
EVENING. HEAVY RAINS COULD OCCUR LATE THURSDAY NIGHT AND ESPECIALLY
FRIDAY WITH THE FRONT.
SATURDAY SHOULD BE A STABLE AIR DAY BUT COULD HAVE UNCERTAIN WEATHER
DUE TO THE UNKNOWN STRENGTH OF THE MCS ENVIRONMENT; A POWERFUL MCS
COULD RESULT IN A BEAUTIFUL MOSTLY SUNNY DAY WHILE A WEAKER SYSTEM
COULD LEAVE BEHIND MORE CLOUD COVER AND LIGHT POPS. THE FRONT WILL
NOT BRING MUCH DRIER AIR INTO THE REGION BEFORE RETURN FLOW SETS UP
QUICKLY SUNDAY. EXPECT SOME PATCHY DRIZZLE SUNDAY MORNING AS WINDS
TURN SOUTHERLY IN THE BOUNDARY LAYER BEFORE DOING SO AT THE SURFACE.
THE REST OF THE FORECAST NEXT WEEK SHOULD SEE A DRYING TREND AS
MODELS POINT TO A MORE DORMANT SUBTROPICAL JET.
&&
.EWX WATCHES/WARNINGS/ADVISORIES...NONE.
&&
$$
13/03
THE   AMBASSADORS
considerably beyond his custom. Thus it was that when, between
nine and ten, the tap of the knob of a walking-stick sounded on his
door, he had not yet made himself altogether presentable. Chad
Newsome's bright, deep voice, determined quickly enough, none
the less, the admission of the visitor. The little blue paper of the
evening before, plainly an object the more precious for its escape
from premature destruction, now lay on the sill of the open win-
dow, smoothed out afresh and kept from blowing away by the
superincumbent weight of his watch. Chad, looking about with
careless and competent criticism, as he looked wherever he went,
immediately espied it and permitted himself to fix it for a moment
rather hard. After which he turned his eyes to his host. " It has
come then at last?"
Strether paused in the act of pinning his necktie. "Then you
know?   You've had one too?"
"No, I've had nothing, and I only know what I see. I see that
thing and I guess. Well," he added, " it comes as pat as in a play,
for I've precisely turned up this morningas I would have done
yesterday, but it was impossibleto take you."
" To take me ?"   Strether had turned again to his glass.
" Back, at last, as I promised. I'm readyI've really been ready
this month. I've only been waiting for youas was perfectly
right. But you're better now; you're safeI see that for myself;
you've got all your good. You're looking, this morning, as fit as a
flea."
Strether, at his glass, finished dressing; consulting that witness
moreover on this last opinion. Was he looking preternaturally fit?
There was something in it perhaps for Chad's wonderful eye, but
he had felt himself, for hours, rather in pieces. Such a judgment,
however, was after all but a contribution to his resolve; it testified
unwittingly to his wisdom. He was still firmer, apparentlysince
it shone in him as a lightthan he had flattered himself. His
firmness indeed was slightly compromised, as he faced about to
his friend, by the way this very personage lookedthough the case
would of course have been worse had not the secret of personal
magnificence been at every hour Chad's unfailing possession.
There he was in all the pleasant morning freshness of itstrong
and sleek and gay, easy and fragrant and fathomless, with happy
219
A1sxx_YYYYMMDD.TXT File 	 

Description:

Hourly output of deduced bulk flow velocity and first-order anisotropy data of H, He, O, and Fe ions. 

Data format is tab-delimited text file, whose 8-digit name is yyyymmdd that gives the 
year, month, and day of the launch time of the primary coronal mass ejection (CME) 
for given solar energetic particle (SEP) event. In addition, two digits xx = im (go) when the 
proton energy spectrum is calculated from IMP-8 (GOES) data. 

The following symbols are used to represent different ions.
i = 1 	pl: 	2.5-4 MeV H ions
i = 2 	al: 	2.5-5 MeV/n He ions
i = 3 	ah: 	5-8 MeV/n He ions
i = 4  	ol: 	2.5-5 MeV/n O ions
i = 5 	fl: 	2.5-5 MeV/n Fe ions

Variable Notes:

Year (I4), Month (I2), Day (I2), Hour (I2), Doy (F11.6), and Day (F11.6)
	Doy: Day of Year; 
	Day: Day of Month with Day < 0 (> 31) indicating that the day is in the last (next) month
 
Solar Wind & IMF Variables and their RMS deviations

B,  dB					1AU IP Magnitude of average field vector (nT)
thetaB,	dthetaB				1AU IP Latitude/Theta of average B vector (deg)
phiB,	dphiB				1AU IP Longitude/Phi of average B vector (deg)
phiB`,	dphiB`				When phiB > 180, phiB` = phiB-360 (deg)
N,  dN					1AU IP Ion number density (per cc)
Vsw,	dVsw				1AU IP plasma flow speed (1000 km/s)
phisw,	dphisw				1AU IP plasma flow direction longitude (deg)
Va	                        	Alfven speed (1000 km/s)

Ion Spectra Variables for 5 ion species

Gama0 (i = 1, 5)			Power-law index of ion energy spectra
Tm (i = 1, 5)				Mean energy of ions in given energy range (MeV/n)
logJm (i = 1, 5)			Logarithmic ion intensity at Tm (1/(cm2 s sr MeV/n))

Bulk Flow Velocity and First-order Anisotropy (in the solar wind frame) 
and their RMS deviations for 5 ion species

VF,  		dVF (i = 1, 5)				Ion bulk flow speed (1000 km/s)
phiF,	  	dphiF  (i = 1, 5)			Longitudianl angle of ion bulk flow velocity (deg)
phiF-phiB,  d(phiF-phiB) (i = 1, 5)      		Difference between phiF and PhiB (deg)
A1s,	    dA1s (i = 1, 5)				Magnitude of ion first-order anisotropy 
										in the solar wind frame 
phiA1s,  	dphi1A1s (i = 1, 5)			Longitudianl angle of ion first-order anisotropy 
										in the solar wind frame (deg)
A1speB,  	dA1speB (i = 1, 5)			Pependicular to the magnetic field component of 
										ion first-order anisotropy in the solar wind frame  
A1spaB,  	dA1spaB (i = 1, 5)			Parallel to the magnetic field component of 
										ion first-order anisotropy in the solar wind frame
45
beings to adequately use them. It becomes then an impor-
tant question for the negro race in America to well consider
the weighty responsibility that the present exigency devolves
upon them, to contribute to the continued advancement of
this negro nationality of the New World until its glory and
renown shall overspread and cover the whole earth, and re-
deem and regenerate by its influence in the future, the be-
nighted Fatherland of the race in Africa.
Here in this black nationality of the New World, erect-
ed under such glorious auspioes, is the stand point that
must be occupied, and the lever that must be exerted,
to regenerate and disenthrall the oppression and igno-
rance of the race, throughout the world. We must not
overlook this practical vantage ground which Providence has
raised up for us out of the depths of the sea, for any man-
made and Utopian scheme that is prematurely forced upon
us, to send us across the ocean, to rummage the graves of our
ancestors, in fruitless, and ill-directed efforts at the wrong end
of human progress. Civilization and Christianity is passing
from the East to the West ; and its pristine splendor will only
be rekindled in the ancient nations of the Old World, after it
has belted the globe injits westward course, and revisited the
Orient again. The Serpentine trial of civilization and Chris-
tianity, like the ancient philosophic symbol of eternity, must
coil backward to its fountain head. God, therefore in per-
mitting the accursed slave traffic to transplant so many mil-
lions of the race, to the New World, and educing therefrom
such a negro nationality as Hayti, indicates thereby, that we
have a work now to do here in the Western World, which in his
own good time shall shed its orient beams upon the Fatherland
of the race. Let us see to it, that we meet the exigency now
imposed upon us, as nobly on our part at this time as the Hay-
tians met theirs at the opening of the present century. And
in seeking to perform this duty, it may well be a question
with us, whether it is not our duty, to go and indentify our
destiny with our heroic brethren in that independent isle of
Strip-Charts for the 2006 Start MCP Voltage Ramp

Each of the pdf files in the H+, O+, and Singles subdirectories contains two
plots.  The first one is a plot of count rate as a function of spin angle and
polar channel for a specific mass.  Mass-0 is H+, Mass-3 is O+, and Mass-5 is
Singles.  Stops are plotted on each strip-chart in the 8th panel from the top.
The last three panels are Stops, Start Converts, and Resets reported once
every 4 spins.  The start sspin time is the time at the vertical dotted line
on the first 8 panels.  The spin time is the time at the far right side of the
plot.

The second plot contains plots of the latest 2 sets tof (direct event) data.
The most recent is on the right.  Direct events are accumulated over a
superspin and then they are trickled down in the spin header over the next
superspin. Every other TOF bin is reported.  28 values are reported in each
spin header.  The even number TOF bins are reported in even-numbered
superspins, odd number TOF bins are reported in odd numbered superspins.  The
data in each plot was recorded starting 06:12 min:sec before the reported
time listed at the bottom of each plot.  The voltage/current data are from the
time on the right plot so during a ramp, they won't correspond to the plotted
data.  Note:  The complete set of direct-events is only available in the
Singles subdirectory.
Title                  	:XEDSDETECT
Keywords               	:XEDS
Computer               	:DEC VAX-11/730 - 11/785 or higher series
Operating System       	:VMS
Programming Language   	:Fortran IV
Hardware Requirements  	:NONE
Author(s)              	:Nestor J. Zaluzec
Correspondence Address 	:Electron Microscopy Center, Materials Science,
                       	:Argonne Nat. Lab, Argonne, IL. 60439 USA
			: Email: Zaluzec @ ANLMST (BITNET)
DOCUMENTATION:

The compliation procedure on a Vax system is:

Fortran XEDSDETECT
LINK	XEDSDETECT
RUN	XEDSDETECT

References for absorption coefficeints are in the source code:

An example of the input/output of the program is:


RUN DETECT
XEDS Detector Efficiency Calculation
-----------------------------------
Enter Parameters for Calculation


Enter Pyrolyene Thickness in Angstroms: 1000
Enter Aluminium Light Barrier Thickness in Angstroms: 1000
Enter Beryllium Thickness in Microns: 0
Enter Gold Electrical Contact Thickness in Angstroms: 200
Enter Detector Dead Layer Thickness in Angstroms: 3000
Enter Detector Active Layer Thickness in MM: 3
Enter Start Energy (eV) 
200
Enter End Energy (eV)
3000
Enter Increment Energy (eV)
100
Energy (ev)   Si(Li)   HpGe
   200.000   0.0017   0.0000
   300.000   0.0218   0.0000
   400.000   0.0883   0.0027
   500.000   0.2161   0.0308
   600.000   0.3515   0.1049
   700.000   0.4630   0.2062
   800.000   0.5488   0.3090
   900.000   0.6331   0.4140
  1000.000   0.6983   0.5049
  1100.000   0.7489   0.5810
  1200.000   0.7886   0.6436
  1300.000   0.8200   0.2065
  1400.000   0.8452   0.2740
  1500.000   0.8682   0.2912
  1600.000   0.7951   0.3181
  1700.000   0.8224   0.3783
  1800.000   0.8451   0.4349
  1900.000   0.6982   0.4872
  2000.000   0.7313   0.5348
  2100.000   0.7600   0.5779
  2200.000   0.7849   0.6166
  2300.000   0.7550   0.6097
  2400.000   0.7777   0.6429
  2500.000   0.7978   0.6729
  2600.000   0.8156   0.6998
  2700.000   0.8314   0.7241
  2800.000   0.8308   0.7332
  2900.000   0.8444   0.7537
  3000.000   0.8566   0.7723

Change the Iteration Loop [N] N
Detector Paramters Used in this Calculation

Pyrolene =   1.0000E+03 Angstroms
Aluminium=   1.0000E+03 Angstroms
Beryllium=   0.0000E+00 Microns
Gold     =   2.0000E+02 Angstroms
Dead     =   3.0000E+03 Angstroms
Active   =   3.0000E+00 MM
Angle    =       0.0000 Degrees


FORTRAN STOP


------------------------------------------------------------------------------
/* =============================================================== */
#include "meta.h"

int node_distance ()
{

/*  node_distance starts with the page array and page_link matrix,
    assuming that for all nodes the dist_to_base field is currently
    marked as either UNREACHED or 0.  It then fills in the
    dist_to_base fields of as yet UNREACHED nodes with their distance
    from any reached node.  It normally returns the maximal
    distance + 1 found for any connected node.  If a node is
    initially neither UNREACHED nor 0, it returns -2.  If no node
    is 0 (no base), it returns -1.
*/

   extern int                num_pages;
   extern struct page_rec    page[];
   extern char               page_link[];

   int    next_level, page_ix, from_dex, to_dex, empty, pageloc[MAX_PAGE];
   int    dtb, fromloc,toloc;

   next_level = -1;

   /* set up list for *bidirectional* breadth-first search;  this list
      contains, first, reached nodes, then an empty slot, then
      unreached nodes
   */

   from_dex = 0;
   to_dex = num_pages;
   for (page_ix=0 ; page_ix<num_pages; page_ix++)
   {
      dtb = page[page_ix].dist_to_base;
      if (dtb == 0)
      {
         pageloc[from_dex++] = page_ix;
      }
      else if (dtb == UNREACHED)
      {
         pageloc[to_dex--] = page_ix;
      }
      else
      {
         printf ("Node_distance: node#%d had dist_to_base=%d, name=%s \n",
                 page_ix, dtb, page[page_ix].nickname);
         return (-2);
      }  /* ENDIF: */
   }

   if (to_dex != from_dex)
   {
      printf ("Node_distance subscript error: from=%d, to=%d\n",
                 from_dex, to_dex);
      return (-3);
   }  /* ENDIF: */

   empty = from_dex;
   from_dex = 0;

   while (from_dex < empty)
   {
      fromloc = pageloc[from_dex++];
      next_level = page[fromloc].dist_to_base + 1;

      for (to_dex = empty+1; to_dex <= num_pages; to_dex++)
      {
         toloc = pageloc[to_dex];

         /* Is to-page bi-directionally adjacent to from-page?
            Skip if not.  */
         if (page_link[fromloc*num_pages + toloc] == '.' &&
             page_link[toloc*num_pages + fromloc] == '.') continue;

         /* move to-entry into reached segment */
         pageloc[empty]  = toloc;
         pageloc[to_dex] = pageloc[++empty];

         /* mark as reached */
         page[toloc].dist_to_base = next_level;

         /* printf ("Marking as dist_to_base: name=%s, level=%d \n",
                     page[toloc].nickname, next_level);
		     */

      }  /* ENDFOR: */
   }  /* ENDWHILE: */

   return (next_level);
}
CA2950

1.  Credit PSR. View looking north northeast (12) across surface remains of North Base swimming pool. The southeast edge of the pool appearing in the foreground may seem to be a sidewalk to the casual observer; the wavy inside edge of this walk matches the pool side visible in historic construction photos (See HAER photo CA-170-Q-2). The telephone pole in the midground of the view is inside the pool proper.  Building 4312 (Liquid Oxygen Repair Facility) appears in left background, Building 4456 (Fire House No. 4) in middle background, and Building 4444 (Communications Building) in right background.
2.  Credit USAF, ca. 1943. Original housed in the Muroc Flight Test Base, Unit History, 1 September 1942 - 30 June 1945. Alfred F. Simpson Historical Research Agency. United States Air Force. Maxwell AFB, Alabama. Historic view looking northeast along southeast edge of swimming pool during construction.  The wavy edge of the pool visible here remains as a ground surface feature in 1995. Building in the background is the second Bachelor Officers' Quarters (T-15) built in 1943.
3.  Credit USAF, ca. 1943. Original housed in the Muroc Flight Test Base, Unit History, 1 September 1942 - 30 June 1945. Alfred F. Simpson Historical Research Agency. United States Air Force. Maxwell AFB, Alabama. Historic view looking north across southwest end of swimming pool as army personnel work on finishing the pool bottom. View looks towards Mess Hall (T-10) on Second Street.
4.  Credit USAF, ca. 1943. Original housed in the Photograph Files, AFFTC/HO, Edwards AFB, California. Historic view of finished swimming pool, with fence and lifeguard station. View looks west.
####018001659####
WWUS52 KRAH 071459
SVSRAH

SEVERE WEATHER STATEMENT
NATIONAL WEATHER SERVICE RALEIGH NC
959 AM EST WED JAN 7 2009

NCC127-195-071459-
/O.CAN.KRAH.SV.W.0002.000000T0000Z-090107T1515Z/
WILSON NC-NASH NC-
949 AM EST WED JAN 7 2009

...THE SEVERE THUNDERSTORM WARNING FOR EASTERN NASH AND WILSON
COUNTIES IS CANCELLED...

THE STORM WHICH PROMPTED THE WARNING HAS MOVED OUT OF THE AREA AND 
THE WARNING IS NO LONGER IN EFFECT. 

IF YOU EXPERIENCED SEVERE WEATHER SUCH AS LARGE HAIL OR DAMAGING
WINDS PLEASE PASS THE INFORMATION ALONG TO YOUR NEAREST LAW
ENFORCEMENT AGENCY AND ASK THEM TO RELAY YOUR REPORT TO THE NATIONAL
WEATHER SERVICE.

LAT...LON 3581 7736 3582 7739 3579 7748 3567 7767
      3569 7768 3573 7773 3583 7768 3590 7767
      3609 7759 3608 7755 3603 7752 3603 7748
      3591 7734
TIME...MOT...LOC 1449Z 254DEG 53KT 3583 7745

$$

NCC065-071515-
/O.CON.KRAH.SV.W.0002.000000T0000Z-090107T1515Z/
EDGECOMBE NC-
949 AM EST WED JAN 7 2009

...A SEVERE THUNDERSTORM WARNING REMAINS IN EFFECT UNTIL 1015 AM EST
FOR EDGECOMBE COUNTY...

AT 944 AM EST...NATIONAL WEATHER SERVICE DOPPLER RADAR INDICATED A 
SEVERE THUNDERSTORM OVER FAR EASTERN EDGECOMBE COUNTY. THIS STORM 
WAS LOCATED NEAR CONETOE...OR 7 MILES SOUTH OF TARBORO...MOVING EAST 
AT 60 MPH.

THIS STORM HAS A HISTORY OF PRODUCING WIND DAMAGE ACROSS WILSON 
COUNTY. 

LAT...LON 3581 7736 3582 7739 3579 7748 3567 7767
      3569 7768 3573 7773 3583 7768 3590 7767
      3609 7759 3608 7755 3603 7752 3603 7748
      3591 7734
TIME...MOT...LOC 1449Z 254DEG 53KT 3583 7745

$$
# BDA Monthly Energy by Fuel Type result file.
# Array has 9 set and 12 points in each set
# Missing data is identified by -1000.0.
ARRAY 9 12
HOLE -1000.0
           1           2           3           4           5           6           7           8           9          10          11          12
     93692.6    100199.5    113321.7    107470.1    105274.2     77624.1     73209.4     71803.4     71732.2     72285.8     94569.0     93918.9
    111413.3    100535.9    111325.5    107621.8    111425.0    107803.3    111496.7    111402.3    107808.5    111369.4    107733.1    111392.8
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0         0.0
ACCOUNT    OF    THE
themfelves in winter, whenever it freezes very hard*
they burn a heap of dry grafs, over which they ftand
and catch the heat under their clothes. The clothes of
the women and children are made of fea-otter fldns, ia
the fame form as thofe belonging to the men. When^
ever they pafs the night at a-diftance from home, they
dig a hole in the earth, and lay themfelves down in it,
covered only with their clothes and matts of platted grafs.
Regardlefs of everything but the prefent moment, deftitute
of religion, and without the leaft appearance of decency,
they feem but few degrees removed from brutes*
As foon as the feveral baidars tent out upon hunting
parties were returned, and the veffel got ready for their
departure, the Toigons of thefe iflands {excepting Ka-
naga) came in bai4ars to Tolftyk, accompanied with a
confiderable number of:the natives; their names were
Tfarkulini, Tfhunila, Kayugotik. mnd Mayatok. They
brought with them a voluntary tribute, making prefents
of pieces of dried falmon, and unanimoufly exprefling
their Catisfa6tion upon the good conduit of the Ruffians*
Tolftyk gave them in return fome toys and other trifles,
and defired them to recommend to the inhabitants of the
other iflands the *like friendly behaviour towards the
Ruffian merchants who (hould come amongft them, if
they had; a'mind to be treated in the fame manner.
June
GROWTH AND HABITAT USE OF FISHES IN THE UPPER MISSISSIPPI
RIVER

Kelly M. Vitcenda and Michael D. Delong
Large River Studies Center, Biology Department, Winona State University,
Winona MN 55987

Habitat diversity is important to fishes because many species use more than one
habitat for feeding and spawning.  In addition to providing multiple habitats for a
given species, habitat diversity allows for greater diversity of fish species through
greater availability of niches.  Seasonal changes in habitat use and size
distribution of fish within different habitats were examined among  three time
blocks: early spring , mid-summer, and early autumn. Fish were collected with an
electrofishing boat along randomly selected segments of backwater, side channel,
and main channel shoreline in Pool 6 of the upper Mississippi River.  Length,
weight, and species were recorded for each fish collected.  Species lists were
examined to establish levels of preference for habitat types. Analysis of
covariance was performed to determine if size distribution, as a measure of
growth, differed for species using more than one habitat.  ANCOVA tested for
differences in weight for a species between habitats with fish length as a
covariate.  Little species overlap was found between backwater and main channel
habitats; however, there was considerable overlap between these two habitats and
side channels.  Shorthead redhorse (Moxostoma macrolepidotum), emerald shiner
(Notropis atherinoides), and smallmouth bass (Micropterus salmoides) were
predominant in the main channel and side channels. Bluegill (Lepomis
macrochirus), emerald shiner (Notropis atherinoides), northern pike (Esox lucius),
yellow perch (Perca flavescens), and walleye (Stizostedion vitreum) were found in
combination between backwater and side channel habitats.  There were no
significant differences in size distribution of fish except for the emerald shiner,
which exhibited greater biomass in the main channel.  This is consistent with the
fact that emerald shiners are known to prefer higher current velocities. 
Similarities in size distribution and species of fish in side channels compared to
fish in the  backwater or main channel suggests that side channels serve as
intermediates between distinct backwater and main channel habitats, increasing
overall habitat diversity of the ecosystem and potentially enhancing riverine
productivity.

Keywords: fish, habitat heterogeneity, growth, side channels, Pool 6

Kelly Vitcenda, Large River Studies Center, Biology Department, Winona State
University, Winona, MN 55987; 507-457-2458; FAX 507-457-5681;
mdelong@vax2.winona.msus.edu

Poster presentation only; student author
# Reproduces Fig. 10, Zhang et al, Biophys. J. 84(5):2852:2870
# (stochastic simulation of dynamic-clamp conversion of a noisy single cell
# to a medium burster)

v(0)=-21.36600412872696
n(0)=0.141675036335063
c(0)=0.05161719728197939
cer(0)=193.0230388876422
css(0)=0.3497928101993529
s(0)=0.1850975132832939
z(0)=0.1569353396495936

wiener w

# Conductances in pS; currents in fA; Ca concentrations in uM; time in ms

# conductances
par gkatpbar=300
par gkca=1200
# leak
par gleak=14, vleak=-30

# Dclamp params:
# Gmaxon in nS, K in sec for compatibility with Dclamp
# (converted to pS and msec below):
par Gmaxon=0.01, K=2, vp=-30, sp=7.5, vr=100
par tonD=20000, toffD=800000
 
# set Dclamp conductance (stepped on at ton, off at toff):
Gmax = Gmaxon*(heav(t - tonD) - heav(t - toffD))
zinf = 1/(1.0+exp((vp-v)/sp)) 

# Ca parameters  

par kserca=0.2
par per=0.001

# volume and buffer parameters (*10^-6 ul)
par vcyt=5.0, ver=0.2, vss=2.0
par fcyt=0.01, fer=0.005, fss=0.04
par px=0.025

# Ik
par vn=-15, sn=5.6, vk=-70, taun=20, gk=2500
# Ica
par vca=30, vm=-13, sm=8
par gca=1450
# Ikca
par kd=0.7, q=8

# Miscellaneous
par cm=5300 lambda=1.85
# Calcium Handling: cytosol 
par alpha=4.5e-06, kpmca=0.2
# Calcium Handling: ER

# Functions

vervss=ver/vss
vcytvss=vcyt/vss
vcytver=vcyt/ver

ninf = 1/(1+exp((vn-v)/sn))
minf = 1/(1+exp((vm-v)/sm))
omega = 1/(1+(kd/css)^q)

ica = gca*minf*(v-vca)
ikca = gkca*omega*(v-vk)
ikatp = gkatpbar*s*(v-vk)
ik = gk*n*(v-vk)
ileak = gleak*(v-vleak)
iclamp = Gmax*1000*z*(v-vr)

# ER fluxes
jerp = kserca*c
jrelease = per*(cer - css)

# Subspace fluxes
jxfer = px*(css-c)

# Stochastics

par alphas=1, taus=100, nkatp=500, noise=1, s0=0.2
betas = alphas*(1/s0 - 1)

varnoise=sqrt((alphas*(1-s)+betas*s)/(taus*nkatp))

# Equations

v' = (-ica - ik - ikatp  - ikca - ileak - iclamp)/cm
n' =  lambda*(ninf - n)/taun
c' =   fcyt*(jxfer - kpmca*c - jerp - alpha*ica)
cer' = fer*(vcytver*jerp - jrelease)
css' = fss*(vervss*jrelease - vcytvss*jxfer)
s' = (alphas*(1-s)-betas*s)/taus + noise*w*varnoise
z' = K*0.001*(zinf - z) 

@ meth=euler, toler=1.0e-10, atoler=1.0e-10, dt=0.1, total=180000, 
@ maxstor=1000000, bounds=10000000, xp=tsec, yp=v
@ xlo=0, xhi=180, ylo=-60, yhi=-10, nout=20

aux tsec=t/1000.0
aux cavg=(vss*css+vcyt*c)/(vss+vcyt)

done
April 6, 2004

Glenn Mahone/Bob Jacobs 
Headquarters, Washington 
(Phone: 202/358-1898/1600)

Miguel Piedra
Walt Disney World, Lake Buena Vista, Fla.
(Phone: 407/566-5317) 

RELEASE: 04-114

NASA'S MARS SUCCESS HONORED AT DISNEY WORLD DAY OF DISCOVERY

NASA Administrator Sean O'Keefe joins NASA scientists, mission 
managers and a Mars rover today to help Disney's Epcot, at the Walt 
Disney World Resort, celebrate the success of the Mars Exploration 
Rovers Spirit and Opportunity. 

The Administrator's now famous quote, "We're back. . . and we're on 
Mars" is being added to a permanent collection of space-related 
quotations on the façade of Disney's latest attraction, "Mission: 
SPACE." The popular attraction launches visitors on a simulated space 
adventure to the Red Planet. "Mission: SPACE" combines NASA-based 
technology and imagery with the creative minds of Walt Disney 
Imagineering to deliver a one-of-a-kind exploration experience.

"The attraction builds on a foundation of science fact and provides 
visitors a fantasy ride into the future of exploration," said 
Administrator O'Keefe. "It's a realistic experience that can 
introduce a new generation of explorers to the excitement of science, 
technology and discovery."

"Mission: SPACE" officially opened Oct. 9, 2003. It is Disney's most 
technologically advanced attraction, relying on visual imaging, 
motion control and centrifuge technology to send would-be astronauts 
on a futuristic voyage.

"Mission: SPACE appeals to the explorer in all of us," said Al Weiss, 
president of Walt Disney World Resort, Lake Buena Vista, Fla. "NASA's 
triumphant Mars missions embody that spirit of exploration. We are 
pleased and honored to have Administrator O'Keefe's comments taking 
their place at Mission: SPACE alongside those of others who dared to 
dream," he said.

NASA provided Disney's Imagineering team with tours, briefings and 
discussions about human and robotic missions, as well as the 
challenges future missions, like a trip to Mars, might present. The 
attraction took five years and some 350,000 work-hours to build.

During a special ceremony, an actual Mars rover made a ceremonial pass 
through wet cement. Administrator O'Keefe's quote will be affixed 
near the rover's tracks in the attraction's planetary courtyard. The 
latest developments and discoveries on Mars also were shared during 
the event.

As for the real rovers traversing Mars some 300 million miles from 
Earth, Spirit and Opportunity have made extraordinary discoveries and 
found important clues to a watery past on the martian surface. The 
Spirit rover is driving toward the "Columbia Hills," and Opportunity 
has been making close examinations of a martian rock known as 
"Bounce" before moving toward Endurance Crater.

For information about the latest developments on Mars and Disney's 
"Mission: SPACE" attraction on the Internet, visit: 

http://www.nasa.gov/vision/universe/solarsystem/mer_main.html 

http://disney.go.com/vacations/missionspace/ms_mainflash.html 

For information about NASA and agency missions on the Internet, visit: 

http://www.nasa.gov 

	
-end-
Thursday, July 22, 11 AM
Bldg. 38A, 5th floor conference room

         Neeti Sinha
         Laboratory of Experimental and Computational Biology
         NCI-FCRDC.

	Protein Misfolding and Amyloidogenic Diseases
	_____________________________________________

The structural analysis of the amyloidogenic proteins will help us both to
understand the general features and characteristics which predispose them
for the conformational alteration and, on the other hand, will give us an
insight towards the cure of several neurodegenerative and other
amyloidogenic diseases. Amyloidogenic proteins have an inherent capacity
to self assemble into a fibril like structure, known as amyloid. The
assembly is in such a way that the beta-sheets are stacked around the
fibre axis, where the beta-strands lie perpendicular to the fibre axis.
The tertiary structures of all the native amyloidogenic proteins are very
different from each other. However, all amyloid fibrils have a basic
structure similar to each other. This suggests that either these proteins
undergo a conformational change, resulting in overall similar
conformations forming such amyloids, or alternatively, a characteristic
sub-structural motif is a critical component in the formation of the
amyloid. Experimental evidence suggests the second possibility as more
likely. We are in the process of structurally defining amyloidogenic
proteins. Based on the architecture and structural parameters we have
detected recurring motif occuring in all available native structures of
amyloidogenic proteins.

This motif is proposed to participate in amyloid formation by flipping
from the monomer, and domain swapping with a previous such structure in
the growing amyloid fiber. We are constructing a consistent model for
amyloid formation. Our goal is to Identify the structural determinants
predisposing a protein to such a conformational change, and predict likely
candidate proteins, or their mutational variants.

-- 
Eugene V. Koonin, PhD
National Center for Biotechnology Information
National Library of Medicine
National Institutes of Health, Bldg. 38A, Rm. 5N505A (5th floor)
Bethesda, MD 20894, USA
Voice: (301)435-5913
Fax: (301)480-9241
email koonin@ncbi.nlm.nih.gov
CROGHAN TO JOHNSON, FEBRUARY U, 1766    155
ayant Ete Informe que tous les Registree depuis 1752 tant de Baptemes que mort Et mariage de la paroisse du Village Cavendish Prairie du Rocher Et Village S* philipe Estoient perdu, Et comme il est de la derniere Consequance pour Le bien des families qu'il y en ai, nous ordonnons quil en Soit fait de Nouveaux par le juge du dit Village Et qu'il luy soient Depos6 Jusqua ce quil soit Venu des pres-tres pour De servir La ditte paroisse.
Cet article Est seulement pour Caokias Et Village Cavendish fait Et Donne au Fort Cavendish Le 13 fer 1766.
Pour Copie
[Endorsed:] An Ordinance rel [MS. torn] ttered to pass current in this country [MS. illegible] Circulating Cash, the Register of the Church of the Vilage of Cavendish &c. dated 13th February 1766.
[Translation]
Having been informed that all the registers, since 1752, of baptisms, deaths, and marriages in the parish of the villages Cavendish, Prairie du Rocher, and St. Philippe were lost, and as it is of great importance for the good of the families that they should exist, we order that new ones be made by the judge of the said village, and that they be deposited with him until the priests shall come to serve the said parish.
This article is for Cahokia and the village of Cavendish only. Done and given at Fort Cavendish, February 13,1766
Correct copy
[Endorsed:] An ordinance rel [MS. torn] ttered to pass current in this country [MS. illegible] circulating cash; the register of the church of the village of Cavendish, etc   Dated February 13, 1766,
Croghan to Johnson, February 14, 17661 Johnson MSS., 12:42  E.]
New York, Feb. 14, 1766.
On my aravel here I delivered Your honours Letter to the General who read itt with great attention then tould me he would be glad to see me another Time as he was very busey then.
1 The original from which this extract was made by Mr. Carter was completely destroyed by fire at Albany.
FXUS66 KMFR 210400
AFDMFR

AREA FORECAST DISCUSSION
NATIONAL WEATHER SERVICE MEDFORD OR
900 PM PDT FRI AUG 20 2004

.DISCUSSION...
SMOKE WAS MOVING IN FROM THE NORTH ACROSS THE UMPQUA DIVIDE THIS 
EVENING FROM A RAPIDLY EXPANDING FIRE W/NW OF TILLER NEAR THE SOUTH 
UMPQUA RIVER. THIS FIRE HAD GROWN TO OVER 1000 ACRES WITH DRY 
FUELS...LOW HUMIDITIES...AND LIKELY SOME GUSTY LATE 
AFTERNOON/EVENING WINDS WHICH SHOULD DIE DOWN AFTER SUNSET. 

THE ISOLATED THUNDERSTORMS HAVE ENDED ACROSS OUR AREA WITH THE 
REMAINING STORMS OVER NEVADA. 

COOLING WILL COMMENCE ON SATURDAY AS OUR UPPER RIDGE BREAKS DOWN AND 
A TROUGH APPROACHES. EXPECT A SIGNIFICANT MARINE PUSH SATURDAY NIGHT 
WITH THE MARINE LAYER DEEPENING AND CLOUDS MAKING IT INTO THE ROGUE 
VALLEY BY SUNDAY MORNING. A BIG COOL-DOWN FOR SUNDAY WITH CLOUDS AND 
HIGH TEMPERATURES AROUND 15 DEGREES COOLER THAN SATURDAY ACROSS OUR 
REGION. MAY EVEN SEE A LITTLE RAIN IN THE ROGUE VALLEY BY LATE 
SUNDAY. 

 
&&

.MFR WATCHES/WARNINGS/ADVISORIES...
OR...SMALL CRAFT ADVISORY CAPE BLANCO SOUTHWARD TONIGHT.
CA...SMALL CRAFT ADVISORY OR BORDER TO PT ST GEORGE TONIGHT.

&&

$$

SANDLER