BEE-spoke-data/govdocs1-by-extension huggingface dataset:
####018001090####
FNUS74 KSHV 071313
FWSSHV

SPOT FORECAST FOR ANGELINA C41  237...US FOREST SERVIVE
NATIONAL WEATHER SERVICE SHREVEPORT LA
713 AM CST SAT FEB 7 2009

FORECAST IS BASED ON IGNITION TIME OF 1000 CST ON FEBRUARY 07. 
IF CONDITIONS BECOME UNREPRESENTATIVE, CONTACT THE NATIONAL WEATHER
SERVICE.

.DISCUSSION...

.TODAY...
TIME (CST)      10 AM  NOON   2 PM   4 PM   
SKY (%).........60     50     50     50     
WEATHER COV.....                            
WEATHER TYPE....NONE   NONE   NONE   NONE   
TEMP............64     71     72     73     
RH..............70     56     53     50     
20 FT WIND......S 07   S 10   S 12   S 9   
20 FT WIND GUST.       20     20     15     
DISPERSION......M      M      M      M      
MIX HGT (FT)....1900   4300   5100   4800   
MIX HGT (M).....580    1300   1550   1450   
TRANSPORT WIND..S 20   S 21   S 23   S 22   
TRAN WIND (M/S).S 9    S 09   S 10   S 10   

$$
FORECASTER...OMUNDSON
REQUESTED BY...GLENN HAMMOND
TYPE OF REQUEST...PRESCRIBED
.TAG 20090207.ANGEL.02/SHV
152              TRAVELS   IN
and a dinner to General Lincoln. Lord Cornwallis, informed that the latter had flept at Mr. Vanhorn's, came to take him by furprife; but Lincoln, getting intelligence of his defign, retired into the woods. Lord Cornwallis, aftonifhed not to find him, afked if the American General was not concealed in his houfe : " No," replied Mr. Vanhorn, bluntly. ' On your honour ?" fays Cornwallis. " On my honour, and if you doubt it, here are the keys, you may fearch every where." " I fhall take your word for it," faid Lord Cornwallis, and afked for fome breakfaftj an hour afterwards he returned to the army. Lincoln, who was concealed at no great diftance, immediately returned, and dined quietly with his hofts.
The acquaintance I made with Mr. Van-horn being very prompt and cordial, he conducted me to the parlour, where I found his wife, his three daughters, a young lady of the neighbourhood, and two young officers. Mrs. Vanhorn is an old lady, who, from her countenance,  her drefs,  q,nd, her
DATA_ORIGIN		ICES, 2001
STATION			CodAbnBalt
REGION			Baltic Sea
VAR_DESC                Cod Abundance age-1 & 2
VAR_NAME                CodAbn
VAR_UNITS		log-normalized
DATA_SUBTYPE		Fisheries
START_TIME		1970
END_TIME		2000
DELTA_T			annual
DATA_SAMPLING		Annual
data_type_code          fi
data_process_notes	NONE
data_src_region		Baltic Sea
data_src_contact	NONE
data_src_email		NONE
data_src_address	NONE
data_src_phone		NONE
data_src_available	in publication (on web)
data_src_web_data	http://www.ices.dk/reports/acfm/2001/wgbfas/WGBFAS01.pdf
data_src_web_info	http://www.ices.dk/reports/acfm/2001/wgbfas
data_src_citation	ICES CM 2001/ACFM:18, Report of the Baltic Fisheries Assessment Working Group, Gdynia, Poland, 18-27 April 2001
data_acquisit_mode	numbers from table 3.10.5, page 80, and table 4.9.9, page 157 (report/web)
data_collect_method	UNKNOWN
INST_TYPE		UNKNOWN
FGDC_keywords		NONE
data_map_lon		18 E
data_map_lat		57 N
data_map_z		sea level
data_src_comments	NONE
INTBODUCTOET  NOTE.
polensis. Drisius arrived at New Amsterdam in the summer of 1652, where he remained for twenty years, a useful and acceptable minister.
Megapolensis was a very earnest supporter of his own church, and as vehement an opposer of other denominations. In Q.654 he toot a leading part in organizing a Dutch church at Midwout, or Flat-bush, to which Domine Johannes Theodorus Polhemus was called as minister. Polhemus also preached at Breuckelen and Amersfoort, or Flatlands, alternately, on Sunday afternoons, until 1660, when Domine Henricus Selyns arrived from Holland, and took the Breuckelen charge. The Lutherans, who wished to establish a church of their own, met, however, with little favor from Megapolensis and his colleague, through whose influence several measures of restraint, savoring too much of bigotry, were adopted and enforced by the colonial authorities of New Netherland. Unauthorized M conventicles " as they were called, were forbidden, and for a time a species of religious intolerance disgraced the province. Before many years, however, Tjetter counsels prevailed, and Lutherans, Quakers, and other sects not of the established church, enjoyed greater freedom.
In 1655, Domine Megapolensis accompanied Director Stuyvesant in his expedition against the Swedes on the South or Delaware River, where he preached a thanksgiving sermon to the troops, on the surrender of Fort Casimir. The Domine thought the terms granted the Swedes too easy, among other reasons, because a Lutheran minister was allowed to remain in the exercise of his sacred functions, there, though the Dutch had none of their own to take his place.
Megapolensis never lost his interest in the Mohawk savages, among whom he had spent his early years in the province. His letters to the Classis of Amsterdam contain several interesting details concerning them, from whom he obtained the missal and other memorials of his murdered friend, the missionary Father Jogues. In 1658, another Canadian Jesuit, Simon Le Moyne, who, in the summer of 1654, had discovered the Salt Springs at Onondaga, visited New Amsterdam, and became quite intimate with Megapolensis. He related to him his discovery at Onondaga, which the Domine communicated to the Classis in Holland, adding, however, a Somewhat un-courteous expression of his doubt of the fact. Le Moyne seems to have been very anxious to effect the conversion of his Dutch clerical friend to the Eomish doctrine, and wrote three polemical essays, which, he sent to Megapolensis, after his return to the North.   The
KSC-00PD-0040 - STS-92 Launch 

KENNEDY SPACE CENTER, Fla. -- In a perfect on-time launch at 7:17
p.m. EDT, Space Shuttle Discovery leaps free of Earth as its solid
rocket boosters hurl it into the night sky. The launch of mission
STS-92 carries a crew of seven on a construction flight to the
International Space Station. Discovery also carries a payload that
includes the Integrated Truss Structure Z-1, first of 10 trusses that
will form the backbone of the Space Station, and the third Pressurized
Mating Adapter that will provide a Shuttle docking port for solar
array installation on the sixth Station flight and Lab installation on
the seventh Station flight.  Discovery's landing is expected Oct. 22
at 2:10 p.m. EDT.

 
                                               10/11/2000
From: Jeannie Zandi [JZandi@siriusware.com]
Sent: Wednesday, March 28, 2001 5:16 PM
To: 'fdadockets@oc.fda.gov'
Subject: Dockets #00D-1598 and 00N-1396
Dear Commissioner:
As a mother and consumer, I am concerned about the quality of the food my
family eats--and how it impacts overall human and environmental  health.  I
have read a great deal, pro and con, about genetically engineered foods and
think there is a basis for concern.  Therefore, I intently request that you
seriously rethink your position on genetically engineered "foods", and
require both pre-market safety testing and labeling of these new "foods".  I
feel I am being denied the basic human right of choosing what I put into my
body and that of my 2 year old daughter, and so look to you as the official
regulator of our food supply to do your job in a safe and conscious  manner
on behalf of the families in our fine country.
Thank you for your serious consideration of these issues
Sincerely
Jeannie Zandi
PO Box 2807
Taos, NM  87571
(505) 751-4827
Jeannie
000
FOUS71 KRHA 060143
FFHVA2
HEADWATER STATEMENT FOR THE POTOMAC AND JAMES BASINS
MIDDLE ATLANTIC RIVER FORECAST CENTER
NATIONAL WEATHER SERVICE STATE COLLEGE PA
842 PM EST Thu Feb 5 2009

APPROXIMATE 1/3/6/12-HR BASIN AVERAGED RAINFALL (INCHES)
REQUIRED TO CAUSE MINOR, MODERATE, AND MAJOR FLOODING AT
THE INDICATED HEADWATER LOCATIONS.

.B RHA 090206 Z DH00/DC0902060141 /DUE/PPHCF/PPTCF/PPQCF/PPKCF
:
:IDENT    1HR   3HR   6HR  12HR  HEADWATER NAME
:======= ====  ====  ====  ====  ====================
:
: NWS STERLING SERVICE AREA...
:  POTOMAC BASIN...
:  North Branch Potomac River...
KITM2     1.6/  2.2/  2.7/  3.6 :Kitzmiller (9ft.)
:KITM2md  2.4/  3.4/  4.1/  5.7 :Kitzmiller (11)
:KITM2mj  3.3/  4.8/  6.0/  8.0 :Kitzmiller (13)
:  Georges Creek...
WSTM2     2.0/  2.2/  2.4/  2.7 :Westernport (8ft.)
:  South Branch Potomac River...
FKLW2     1.8/  2.4/  2.5/  2.9 :Franklin (7ft.)
:  South River...
WAYV2     2.8/  3.1/  4.0/  4.4 :Waynesboro (9.5ft.)
:WAYV2md  3.4/  3.7/  5.0/  5.6 :Waynesboro (11)
:WAYV2mj  4.3/  4.8/  6.8/  7.6 :Waynesboro (13)
:  North Fork Shenandoah River...
COOV2     4.1/  4.7/  5.5/  5.7 :Cootes Store (15ft)
:COOV2md  5.3/  6.1/  7.2/  7.5 :Cootes Store (18)
:COOV2mj  6.5/  7.0/  7.4/  8.0 :Cootes Store (21)
:  Antietam Creek...
SACM2     3.3/  3.3/  3.4/  3.6 :Sharpsburg (8ft.)
:  Seneca Creek...
DAWM2     1.7/  1.9/  2.0/  2.3 :Dawsonville (7.5ft)
:  Rock Creek...
RCKD2     1.2/  1.3/  1.4/  1.7 :Washington, DC (7ft)
:
: NWS BLACKSBURG SERVICE AREA...
:  Maury River...
BVSV2     3.8/  4.3/  4.7/  5.1 :Buena Vista (17ft.)
:BVSV2cs  2.8/  3.1/  3.3/  3.6 :Buena Vista (13)
:BVSV2md  4.4/  4.9/  5.4/  5.9 :Buena Vista (19)
:BVSV2mj  5.0/  5.6/  6.2/  6.9 :Buena Vista (21)
.END
$$
NNNN
"OpSystemCode"	"OpSystem"	"OpSystemVersion"	"MfgCode"
"CE"	"CE"	"Unknown"	"Microsoft"
"DOS"	"MSDOS"	"Generic"	"Microsoft"
"DOS2.1"	"MSDOS 2.1"	"2.1"	"Microsoft"
"DOS2.11"	"MSDOS 2.11"	"2.11"	"Microsoft"
"DOS3.1"	"MSDOS 3.1"	"3.1"	"Microsoft"
"DOS3.3"	"MSDOS 3.3"	"3.3"	"Microsoft"
"DOS3.5"	"MSDOS 3.5"	"3.5"	"Microsoft"
"DOS6.3"	"MSDOS 6.3"	"6.3"	"Microsoft"
"Linux"	"Linux"	"Generic"	"Linux"
"Mac"	"Macintosh"	"Generic"	"Apple"
"os2"	"OS/2"	"Unknown"	"IBM"
"Palm"	"Palm Computing"	"Unknown"	"Microsoft"
"SunOS4.0"	"SunOS 4.0"	"4.0"	"Sun"
"Unix"	"Unix"	"Generic"	"Unix"
"Win"	"Windows"	"Generic"	"Microsoft"
"Win2000"	"Windows 2000"	"2000"	"Microsoft"
"WIN31"	"Windows 3.1"	"3.1"	"Microsoft"
"WIN95"	"Windows 95"	"95"	"Microsoft"
"WIN98"	"Windows 98"	"98"	"Microsoft"
"WinME"	"Windows ME"	"ME"	"Microsoft"
"WINNT"	"Windows NT"	"Generic"	"Microsoft"
"WINNT4.0"	"Windows NT 4.0"	"4.0"	"Microsoft"
"WINNT4Server"	"Windows NT 4.0 Server"	"4.0 Server"	"Microsoft"
"XWin"	"X Windows"	"Generic"	"Microsoft"
194      LAND FOR MISSION BUILDINGS.
Mr. Lear. We will commence work clearing off the brush and draining it at once.  We shall proceed only as we have the funds, therefore we hope the friends of the mission will be prompt with their contributions.
" I have not yet figured on the cost of a Home for Girls. It depends entirely on the number of girls the Ladies' Societies will support. You see the needs of the work have no limit, save the probability of support.
"We could in a year or two gather into the Home a large number of interesting girls who will otherwise be lost. I do hope that this enterprise of all the institutions upon this coast will receive the support of the Christian world. It is essential to the enlightenment of the people. Unless these girls are sheltered and saved, our preaching will largely be in vain. Mrs. McFarland has acted wisely in founding this protectorate. It was absolutely necessary. We were compelled by the urgency of the cases of several girls to open it before their support was guaranteed.  We could not help it. And now we trust the Presbyterian Church will not let it fail for want of funds. We have received many encouraging promises, but are now in pressing need of the money. Oh, if some Christian would endow this institution, what a noble work he would do for this people !
" Mrs. McFarland is exactly fitted to be the matron of such a home. The women of the place love her as a mother. She.has been offered large salaries and easy positions elsewhere, but remains here, spending her time, great energies, and private funds to help
ANTIGUE.                                       189
* Un comit lectif dcide de tout  et nomme les collecteurs
de souscription. 
Nous voyons par les comptes de cette socit, qu'elle eut
En 1829 , 197 liv. courantes ' ;  1830, 191 ;  1831,
160;  1832, 100;  1833,174 avec 213 souscripteurs;
1834, premire anne de l'affranchissement, 273 avec 406
souscripteurs; 1835, 617 et 689 souscripteurs;  1836,
725 et 699 souscripteurs, etc.
L'anne 1840 finissant en septembre dernier, a reu 937
liv. courantes et en a dpens 782 de cette manire :
Secours hebdomadaires aux malades......    309 liv. c.
Pensionnaires.   ................    102
Mdicamens..................    262
Funrailles...................     81
Salaires de gardes...............      19
Dpenses diverses...............       9
782
Dans chacun des tablissemens Moraves d'Antigue, il se
forma des socits semblables qui toutes eurent le mme suc-
cs. Celle de Lebanon ou Sea View a 390 membres, dont les
souscriptions de l'anne dernire montent  350 liv. sterl.
Les autres congrgations ont imit un aussi excellent
exemple, et possdent toutes maintenant des associations de
cette nature. A Parham, le Wesleyan Methodist sick and burial
club (club Wesleyen Mthodiste pour maladie et enterrement)
compte,  l'heure qu'il est, 600 membres. Il a un capital de
300 liv. sterl. plac  intrts. Pour encourager au mariage, il
donne 4 dollars aux couples qui s'unissent lgitimement.
L'glise anglicane a trois friendly society. Celle de Saint-
*  Le comit vient de dcider qu'il serait fait un cadeau de 2 dollars
 chaque accouche membre de la socit, aprs le baptme de son
enfant.
* 10 livres courantes, valent 6 livres steri. (150 fr.).
{CaptionsBy}    Sherikon Space Systems

{LastEditor}    Kay Grinter

{ScannedBy}     Bionetics and NASA/KSC Public Affairs Office

{author}        NASA or National Aeronautics and Space Administration

{date}          16-Nov-1998

{description}   After nightfall, a truck carrying the container that holds the
                U.S. laboratory module begins the trip from the Shuttle Landing
                Facility to the Space Station Processing Facility. Intended for
                the International Space Station, the lab is scheduled to undergo
                pre-launch preparations before its launch aboard the Shuttle
                Endeavour on mission STS-98. The laboratory comprises three
                cylindrical sections with two end cones. Each end-cone contains a
                hatch opening for entering and exiting the lab. The lab will
                provide a shirtsleeve environment for research in the areas of
                life science, microgravity science, Earth science and space
                science. Designated Flight 5A, this mission is targeted for
                launch in early 2000.

{highres}       2617 x 1587

{highsize}      1113853

{hightype}      JPEG

{lowres}        320 x 194

{lowsize}       88512

{lowtype}       GIF

{mediumres}     1024 x 621

{mediumsize}    99188

{mediumtype}    JPEG

{number}        KSC-98PC-1708

{slideres}      172 x 141

{slidesize}     34928

{slidetype}     GIF

{tinyres}       100 x 61

{tinysize}      9328

{tinytype}      GIF

{title}         The U.S. Laboratory module arrives at KSC

{type}          Image

{end}
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","001.gif","1","1","","001.tif"
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","002.gif","2","2","","002.tif"
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","003.gif","3","3","","003.tif"
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","004.gif","4","4","","004.tif"
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","005.gif","5","5","","005.tif"
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","006.gif","6","6","","006.tif"
"Let thy loving mercy come unto me!","sm/sm1880/18800","18854","007.gif","7","7","","007.tif"
TITLE:   GCN GRB OBSERVATION REPORT
NUMBER:  974
SUBJECT: GRB010222: Another absorption line system
DATE:    01/02/23 05:14:40 GMT
FROM:    Saurabh Jha at Harvard-Smithsonian CfA  <sjha@cfa.harvard.edu>

S. Jha, T. Matheson, M. Calkins, M. A. Pahre, K. Z. Stanek,
J. McDowell, R. Kilgard (Harvard-Smithsonian CfA), and 
P. M. Garnavich (Notre Dame) report:

Further reduction and analysis of the FLWO 1.5m spectrum of the GRB
010222 optical afterglow (GCN 965) reveals the presence of two
absorption systems along the line of sight to the gamma-ray burst, one
at z = 1.477 as reported, and another with weaker lines at z = 1.157.

The interstellar absorption lines observed from each system are as 
follows, with identifications based on the ultraviolet spectral atlas 
of Blades et al. (1988, ApJ, 334, 308):

 Observed         Line          Rest     Redshift
Wavelength   Identification  Wavelength
   (A)                          (A)

  7065.4         Mg I          2852.1	  1.477
  6941.7         Mg II         2802.7     1.477
  6924.0         Mg II         2795.5     1.477
  6438.5         Fe II         2599.4     1.477
  6422.4         Mn II         2593.7     1.476
  6405.4         Fe II         2585.9     1.477
  6381.2         Mn II         2576.1     1.477
  5900.1         Fe II         2382.0     1.477
  5879.6         Fe II         2373.7     1.477
  5805.4         Fe II         2343.5     1.477
  5108.5  Zn II/Cr II blend    2061.9     1.478
  5018.5  Zn II/Mg I blend     2025.6     1.478
  4478.9         Si II         1808.0     1.477
  4137.8         Al II         1670.8     1.477
  3838.0      C IV blend       1549.0     1.478
  3781.8         Si II         1526.7     1.477

  6045.0         Mg II         2802.7     1.157
  6028.2         Mg II         2795.5     1.156
  5606.7         Fe II         2599.4     1.157
  5574.1         Fe II         2585.9     1.156
  5137.2         Fe II         2382.0     1.157

This message can be cited.
THE JAPAN-RUSSIA WAR.
steamed around the northern part of the Tsu Islands, and came upon the Russians steaming in double column, with the cruisers to port.
Togo enjoyed the great advantage of tactical position when he opened fire, having the lightest of the Russian ships between him and Rozhdestvensky's heavier vessels, thus smothering the fire of the latter. Besides, Togo was able to use all his broadsides, whereas the sternmost ships of the Russian columns, coming on in line ahead formation, could probably only with difficulty use any guns at all.
When Sunday morning came the Russian fleet was divided. The faster and stronger division, under Rozhdestvensky, was met by Kamimura and Uriu, while the slower division, under Neboga-toff, renewed the fight with Togo. With some, of the scattered Russian units it was a case of save himself who can. In the running fight the Japanese enjoyed the advantage of superior speed, enabling them to concentrate their fire and bring every crippled Russian ship to bay. Admiral Nebogatoff's battered remnant surrendered off Liancourt Rocks, while Rozhdestvensky, with the best remaining battleships, fought on for the honor of the Russian navy.
Torpedo attacks were the feature of the Japanese program, which more surely than anything else brought disaster. Torpedo boats in night attacks launched their deadly missiles within a hundred yards of jtheir Russian targets. They completely encircled the Russian ships, swarming like angry hornets. Much of the sweeping character of the victory will ultimately be traced to these comparatively tiny craft, fighting under the shower of shells being hurled from the big guns of the battleships and cruisers far away*
Summarizing scattered reports, the results of the battle may be accurately stated to be annihilation for Russian sea power in the Far East. Thirty-seven Russian warships of all classes entered the Korean Straits.   Of these, three, a cruiser, and two destroyers,
553
Telemetry = Local Nadir Roll
Physical Units = deg

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
262 2005 2924.224    1.683   -0.830    0.786    1.039  262    0.790    1.678   -0.825    0.798    1.670   -0.805    0.810    8    0    0   05:22
262 2005 2924.293    1.550   -0.540    0.788    0.949  262    0.638    1.544   -0.537    0.797    1.525   -0.521    0.807   12    0    0   07:01
262 2005 2924.361    1.645   -0.476    0.873    1.035  262    0.648    1.639   -0.459    0.883    1.628   -0.437    0.892   10    0    0   08:39
262 2005 2924.430    1.543   -0.390    0.815    0.992  262    0.599    1.525   -0.381    0.824    1.520   -0.373    0.832    3    0    0   10:18
262 2005 2924.498    1.278   -0.264    0.694    0.800  262    0.467    1.276   -0.232    0.701    1.274   -0.179    0.706    1    0    0   11:57
262 2005 2924.567    1.221   -0.224    0.700    0.776  262    0.401    1.217   -0.207    0.706    1.208   -0.145    0.713   11    0    0   13:36
262 2005 2924.636    1.345   -0.263    0.765    0.864  261    0.459    1.337   -0.219    0.773    1.327   -0.189    0.780   12    0    0   15:14
262 2005 2924.704    1.437   -0.261    0.802    0.901  262    0.493    1.432   -0.225    0.810    1.426   -0.181    0.816    7    0    0   16:53
262 2005 2924.773    1.540   -0.219    0.860    0.939  261    0.523    1.536   -0.191    0.867    1.528   -0.164    0.873    4    0    0   18:32
262 2005 2924.841    1.632   -0.233    0.923    1.000  262    0.545    1.623   -0.176    0.930    1.620   -0.125    0.937    5    0    0   20:10
262 2005 2924.910    1.784   -0.323    1.003    1.118  262    0.620    1.780   -0.259    1.012    1.776   -0.191    1.020    4    0    0   21:49
262 2005 2924.978    1.903   -0.659    1.001    1.180  262    0.773    1.899   -0.608    1.013    1.893   -0.520    1.025    6    0    0   23:28
263 2005 2925.047    2.054   -1.093    0.957    1.395  262    0.995    2.046   -1.045    0.973    2.042   -0.975    0.987    4    0    0   01:07
263 2005 2925.115    2.099   -1.339    0.928    1.436  262    1.091    2.096   -1.292    0.945    2.078   -1.204    0.962    5    0    0   02:45
263 2005 2925.184    1.820   -1.020    0.828    1.170  262    0.903    1.816   -0.994    0.842    1.808   -0.969    0.855    6    0    0   04:24
END
 
Summary Stats
Max =   2.099
Min =  -1.339
Mean =   0.848
Range =   3.439
Number of Orbits =  15
lent in mountain habitats (Albuquerque southward)... S. a. alboli- neata (Thomas) WHITE-LWM BIRD GRASSHOPPER. Color plate 6. 5b.   Hind femora with no or weak crossbands. Hind tibiae mostly yellow to brown (but occasionally red or purple). Prevalent in E. and N. parts of state in open weedy or grassy habitats, especially if sandy... S. a lineata Scudder LR4M BIRDGRASSHOPPER Key to the Spur-Throated Grasshoppers (Acrididae: Melanoplinae) la. Face markedly slanted (Fig. I 1). Antennae sword-shaped. Body gray. Wings very short. Usually on ew"otebush ... Clematodes larreae Scudder GRAY CREOSOTEBUSH GRASSHOPPEP- Color plate 2. lb. Face nearly vertical or slanting only slightly (Fig. 12). Antennae not sword-shwed. Body, wings, and host plants variable                     .....................2 2a. Lateral margins of male subgenital plate straight or only slightly convex as viewed from the side (Fig. 13), never sud- denly inflated. Tegn-dna shorter than abdomen                 .......................3 2b. Lateral margins of male subgenital plate strongly convex or in- flated as viewed from the side (Fig. 14). Tegmina variable                 ........6 3a.  Body color bright and contrasting with black, blue, orange, red and yellow. Hind tibiae blue-black. Widespread bands and spots ... Dactylotum bicolor ClWnms) BARBER POLE/ PICTURED/ PAINTED GRASSHOPPER. Color plate 3. 3b. Body without bright black, orange, red, and yellow bands .........................................................................................4 4a.    Posterior margin of pronotum concave. Tegmina re- duced to small narrow pads that are widely separated by the dorsum of the metanotum. Hind tibiae bright red  .............................................................................5 4b.    Posterior margin of pronotam convex or pointed pos- teriorly. Tegmina reduced to broad pads that overlap dorsally, covering the metanotum. Hind tibiae green- ish or brownish ... Campylacantha olivacea (Scud- der). Color plate 1. 5a.  Antennae orange. Tegminal pads uniformly col- ored. Median yellow or white dorsal stripe on metanotum and abdomen ... Barytettix humph- reysii (Momas) [=ssp. cochisei Gurney]. Color plate 2. 5b. Antennae brown. TegmftW pads dark on lower half, light on upper half. Medium yellow or white
For Risky Business:  http://www.cpsc.gov/kids/kids.html
High Risk Profile for Drownig Victims
http://www.sosnet.com/safety/high.risk.html
The National Council on Fireworks Safety, Inc.
(stats on injuries related to firework use)
http://www.fireworksafety.com/injur2.html
Stats on injuries from playground equipment
gopher://www.cpsc.gov:70/00/CPSC_Pubs/Rec_Sfy/323.txt
Falls from shopping carts are among the leading causes of
head injuries to young children:
gopher://www.cpsc.gov:70/00/CPSC_Pubs/Chld_Sfy/5075.txt
Bicycle Helmet Statistics
http://www.bhsi.org/webdocs/stats.htm
http://www.bhsi.org/webdocs/research.htm
Bicycle Fatality Stats
http://www.hwysafety.org/facts/bike.htm
Misc. Safety Topics:  KidSource Online
http://www.kidsource.com/kidsource/pages/safety.html
Misc. Sports Injury Stats (multiple sports included)
http://206.63.58.44/Sportsfs.htm
In-line Skating Injuries from the American Academy of Orthopaedic Surgeons
http://www.aaos.org/wordhtml/papers/position/inline.htm
In-Line Skating Injuries
http://site034244.primehost.com/mw1/updates/IN-LINESKATING.htm
Citations for Journal Articles on related topics
http://www.sph.emory.edu/Helmets/Headlines/spring95.refs.html
Sexually Transmitted Diseases Stat Sheet from JAMA
http://www.ama-assn.org/special/std/support/stdstat.htm
California Highway Patrol Traffic Fatalities/Injuries
http://www.sna.com/ots/stats/97stats.html
294 MONTHLY WBATHEM ItEVIEW. NOVEMBER, 1888.
Table of miscellaneous meteorological data for November. 1888-Si~ignal Service obseraations-Continiied.
# ......
. .. . - .. ................
Ez. northweat-con. Fort Buford.. .. , . Fort Totten.,.... Fort Yatos ....... Upper Miaa. Vdley. Snint Pnul ........ Lo Crosse ........ Dnven ort ........ ~e s d i n e s ...... Dubuque ...... ,. . Keokuk .......... Cniro. ............ Borindeld. 111.. ..
18.00 +. 03 28.46 +. 06:
...... .i .....I ' 29.53 13i1.6' 29.60 13 1 .9
...... ..( ....
~
I '
30. 10' 30.59 19
30. 14' 30.69 19
...... 1 ........
30.13, 30.64 20 29.68 Ilo.+'
30.18 30.7120 29.67 ri1.04:
30.161 30.6520 29.64 9'1.01
30.17 30.65 20 29.65 I I . 00
30.17 30.69 20 29.73 100.1~61
30.15 30.6220 29.59 91.03: 30.15 30.4820 29.62 80.86
-p I 7 I j0.6020 29.64 g10.N'
...........
Valentine ........ Fort Bully ........
...... .....
...... .. ........... poplar River ..... Cheyenne ........ Fort Lnrnmi .............. .... ..... .....
........... ..... Concordja ........ Dodge City. ...... Fort Reno.. Fort Su ply Fort ElEott ...... Wichita .......... .....
FortSill .......... Abilene.. ......... Fort Dnvis ....... Fort Btnnton ..... ..... Sotlthern plateau. El P8SO
Jbuthern slopa.
..........
........... ...... ..... ..............
......I......
... ....... ...... ........... .............. Phmnix.. ............. .. ProScott. ......... ann Carlos..
............ Keeler.. ....
....
Fort I)u Chesno ........ ..... Northern plateau. Boise City. Ashlnnd .... Fort Klnmnth.. .. ...I.. ....
N. Pac. waul region. Fort Cnoby ....... Nenh Bny .......... Olym in ..........
Pysht ............. Tntoosh Islnnd.. . Astorin. .......... Portland ......... Rosoburgh ....... Mid. PUG. UKIot reg. Eureka .......... Red Bluff ......... Sacramento ...... Ban Francisco .... s. Pae. wautrcgia. Fresno ........... LOB Angeles., .... Ben Diego ........
Port Angeles .....
.. - ......
Nora-The data at stations having no dcpnrtures nre not used in computing the diutricl nverngcs.
(CO-99-13) Population Estimates for Counties by Age Group:  July 1, 1998
  
Source:  Population Estimates Program, Population Division, U.S. Census Bureau, Washington, DC  20233
Contact:  Statistical Information Staff, Population Division, U.S. Census Bureau (301-457-2422)
          pop@census.gov (please include a phone number with email correspondence)
  
Internet Release Date:  August 30, 2000

                                        Total      Ages     Ages     Ages     Ages     Ages     Ages     Ages     Ages     Ages
Area Name                          Population       0-4     5-17    18-24    25-44    45-64      16+      21+      65+      85+
                                                                                                                               
    CONNECTICUT                       3272563    215847   591730   256388  1032241   707210  2548625  2349010   469147    61340
Fairfield County                       837476     54437   148708    58429   261512   197454   656043   609060   116936    15285
Hartford County                        827706     53950   148309    64142   258828   177231   646670   596755   125246    16573
Litchfield County                      181311     11667    34163    11182    58212    40217   140189   130365    25870     3394
Middlesex County                       150015      9396    26369    11219    50065    32622   118109   109039    20344     2845
New Haven County                       792879     53232   142246    65849   249438   162496   617231   567106   119618    15696
New London County                      246959     17324    45858    21355    78969    49941   189863   174396    33512     4092
Tolland County                         131360      8469    23857    15431    42914    26416   102309    91255    14273     1576
Windham County                         104857      7372    22220     8781    32303    20833    78211    71034    13348     1879


The estimates presented here were produced by a method which is still in a developmental stage.  They
may not be accurate for populations which are very small or have unusual distributions.  These figures
should be used with caution.
3861  Photographic Equipment and Supplies

Establishments primarily engaged in manufacturing: (1) photographic
apparatus, equipment, parts, attachments, and accessories, such as still
and motion picture camera and projection apparatus; photocopy and microfilm
equipment; blueprinting and diazotype (white printing) apparatus and
equipment; and other photographic equipment; and (2) sensitized film,
paper, cloth, and plates, and prepared photographic chemicals for use
therewith. Establishments primarily engaged in manufacturing photographic
paper stock (unsensitized), and paper mats, mounts, easels, and folders for
photographic use, are classified in major group 26; those manufacturing
photographic lenses are classified in industry 3827; those manufacturing
photographic glass are classified in major group 32; those manufacturing
chemicals for technical purposes, not specifically prepared and packaged
for use in photography, are classified in major group 28; and those
manufacturing photographic flash, flood, enlarger, and projection lamp
bulbs are classified in industry 3641.
2-1-3

Dicey
Maybe not right this minute, but I will be. (Laughs unpleas-
antly) Oh yeah!	Before the night is far spent, I`ll be having my proper amount of fun. (Mysteriously) Some that goes for a great big stew will be simmered down to a low gravy. (Laughs again) Then I'm going to show 'em my
ugly laugh.
(They all look puzzled, one to the other for a moment but Dicey laughs again)

Stew Beef
Dicey laugh like she done found a mare's nest and cant
count the eggs.

Box Car 
(Impatiently)
Oh, squat that rabbit, and lets jump another one. (To Laura
B.) Laura B, you always round Big Sweet, tell me something about that pretty little frail eel Big Sweet got at her house. Is she from New York sure enough?

Laura B.
Thats what she say, and she sure is got them kind of clothes.

Box Car
And she sure do become her clothes too. I really would
like to git in there. How come you dont tell her about me? I aint got nobody.

Stew Beef 
(Scoffing)
Oh, Oh! With nearly every man on the job after her? Boy!
You sure going to get a plenty hindrance on that job.

Dicey 
(Mysteriously)
I know one wont be pulling after her. You mean that stray,
half dead-looking yeller gal that drug in here a few days back? Shucks! She aint no trouble
"Cell No: ",191354
"Lat:    " ,39.60
"Long:    ",-113.89
"Elev(m): ",1770 
"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", 2.45, 3.35, 4.30, 5.72, 6.47, 7.57, 7.19, 6.57, 5.46, 4.10, 2.58, 2.24, 4.83
"Lat - 15 ","Average", 3.78, 4.61, 5.20, 6.14, 6.42, 7.29, 7.12, 6.95, 6.29, 5.50, 3.87, 3.70, 5.57
"Lat      ","Average", 4.36, 5.10, 5.41, 6.04, 6.02, 6.66, 6.59, 6.69, 6.42, 5.97, 4.39, 4.35, 5.67
"Lat + 15 ","Average", 4.70, 5.31, 5.34, 5.62, 5.33, 5.72, 5.75, 6.07, 6.18, 6.09, 4.66, 4.74, 5.46
"90       ","Average", 4.47, 4.68, 4.07, 3.58, 2.86, 2.78, 2.95, 3.52, 4.31, 4.99, 4.21, 4.57, 3.92
"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", 3.76, 4.98, 6.12, 7.90, 8.72,10.53,10.05, 9.45, 7.92, 6.31, 3.92, 3.58, 6.94
"Lat - 15 ","Average", 4.74, 5.93, 6.82, 8.35, 8.86,10.50,10.13, 9.82, 8.65, 7.34, 4.86, 4.63, 7.55
"Lat      ","Average", 5.19, 6.30, 6.99, 8.30, 8.62,10.12, 9.81, 9.66, 8.76, 7.70, 5.28, 5.14, 7.66
"Lat + 15 ","Average", 5.47, 6.46, 6.93, 8.00, 8.14, 9.51, 9.26, 9.24, 8.57, 7.78, 5.49, 5.47, 7.53
"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", 5.55, 6.48, 7.01, 8.39, 8.98,10.76,10.31, 9.87, 8.77, 7.81, 5.54, 5.59, 7.92
"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", 3.48, 3.79, 3.69, 4.31, 4.59, 5.98, 5.53, 5.37, 4.97, 4.92, 3.53, 3.73, 4.49
"1-X, N-S Hor Axis","Average", 2.56, 3.44, 4.21, 5.62, 6.12, 7.97, 7.39, 7.21, 6.19, 4.98, 2.80, 2.58, 5.09
"1-X, N-S, Tilt=Lat ","Average", 3.81, 4.59, 4.95, 5.93, 5.97, 7.50, 7.05, 7.33, 6.91, 6.28, 4.01, 3.98, 5.69
"2-X      ","Average", 4.08, 4.71, 4.95, 6.02, 6.31, 8.16, 7.58, 7.56, 6.92, 6.35, 4.22, 4.32, 5.93
QUESTION:
Why not send up a "re-transmitter," or some sort of satellite to
relay a strong signal from Galileo back to the ground?

ANSWER from FAQ:
The project briefly studied this option, but quickly determined that,
given the short amount of time in which the relay satellite would
need to be designed and launched, a relay would be prohibitively
expensive.

There were also significant unresolved technical problems related to
both orbital mechanics and telemetry. Engineers first proposed
having a relay satellite that would follow Galileo closely, like a
well-trained dog. But, the amount of propellant needed made the
mission too expensive. Even keeping the relay satellite within a few
million kilometers of the spacecraft throughout the entire two-year
orbital tour would be a difficult (if not impossible) engineering
problem, given the limited amount of fuel on board a relay satellite.
Finally, the relay antenna itself would need to be comparable in size
to Galileo's original high gain antenna, which would add to the
expense and complexity of a relay mission.
Inherently 3D Reconnection and its Relation to Magnetotail Dynamics
Michael Anthony Shay

   Although much progress has been made recently in understanding
   reconnection in 2-D systems, our theoretical understanding of 3-D
   reconnection is still limited. I examine the development of
   mesoscale structure during 3-D magnetic reconnection which
   initiates from random perturbations. Reconnection develops as
   multiple x-line segments with characteristic scale lengths of 1-4
   Earth Radii in the cross tail direction. For relatively wide
   initial current sheets (several ion inertial lengths), these
   finite-length x-lines remain spatially isolated and drive
   reconnection which is strongly reminiscent of bursty bulk flows
   (BBFs) in the magnetotail. In narrower initial current layers the
   x-line segments merge together to a state in which large scale
   magnetic energy release takes place. Thus, the degree of
   compression of the magnetotail may ultimately determine if energy
   is released in local bursts or globally as a substorm.
% Script to truncate a file by cutting off initial
% and final records 
%    (a) outside a designated range of records, or
%    (b) for which a designated variable falls
%     outside a designated "good" range of values.
%        Fran Hotchkiss April 8, 1998

% Use dialog box to choose input file.
Instructions = '* Select raw data file.'
pause
rawc = netcdf;
% Use dialog box to name output file.
Instructions = 'Select output data file.'
pause
outc = netcdf('noclobber');
% Use dialog box to designate variable that is 
%   basis of truncation, and its range of
%   "good values."
criterion.infile = justname(name(rawc));
criterion.input_record_num = 'YES';
criterion.variable = 'P_4023';
criterion.good_minimum = 1241;
criterion.good_maximum = 21600;
uigetparm(criterion);
load criterion
cmin = criterion.good_minimum;
cmax = criterion.good_maximum;
if strncmp(upper(criterion.input_record_num),'NO',1)
	% Find first and last record for which designated
	%   variable is good.
	dvar = rawc{criterion.variable}(:);
	i = find(dvar>=cmin & dvar<=cmax);
	start = i(1);
   stop = i(length(i));
elseif strncmp(upper(criterion.input_record_num),'YES',1)
   start = cmin;
   stop = cmax;
else
   update = 'Quitting: truncation criterion makes no sense.'
   ncclose
   return
end

% Call nctrim.
outc = nctrim(rawc,outc,start:stop);

% Update global attributes.
if strncmp(upper(criterion.input_record_num),'NO',1)
history =['Trimmed using truncate.m to select ' criterion.variable ];  
history =[history ' in the range ' num2str(cmin) ' to ' num2str(cmax) '.  :' outc.history(:)];  
else strncmp(upper(criterion.input_record_num),'YES',1)
history =['Trimmed using truncate.m to select records in the range '];  
history =[history num2str(cmin) ' to ' num2str(cmax) '.  :' outc.history(:)];  
end
outc.history = history;
time = outc{'time'}(:);
time2 = outc{'time2'}(:);
stime = ep_datenum([time(1) time2(1)]);
n = length(time);
ltime = ep_datenum([time(n) time2(n)]);
outc.start_time = datestr(stime,0);
outc.stop_time = datestr(ltime,0);
outc.CREATION_DATE = ncchar(datestr(now,0));

% Update minima and maxima of truncated variables.
theVars = var(outc);
theRecdim = recdim(outc);
for i = 1:length(theVars)
   theDims = dim(theVars{i});
   if length(theDims) > 1
      if isequal(name(theDims{1}),name(theRecdim))
         data = outc{name(theVars{i})}(:);
         outc{name(theVars{i})}.minimum = ncfloat(min(data));
         outc{name(theVars{i})}.maximum = ncfloat(max(data));
      end
   end
end
        
ncclose
QUESTION:
The day after the landing, a scientist used a diagram on TV to show
lines-of-sight to quite a few landmarks visible in the lander images, and as
I remember, his conclusion was that the landing site was considerably (20
Km?) north of the blue science ellipse (the 100x200 Km target), not near the
center as shown by the navigation team. The answers to FAQ on your webpages
mention that a scientist did this, but with no details and no comparison to
the navigation solution. The navigation answer to the landing site FAQ is
quite detailed but does not mention landmark analysis results. Have these
two (apparently conflicting) methods been compared on a map of Mars, to see
how well they agree?

ANSWER from Pieter Kallemeyn on July 28, 1997:
The final landing site was actually very close to the center of the blue
ellipse you're referring to.  We landed within 28 km (17 miles)
west-southwest from the center of the 200 x 100 km science requirement
ellipse.

The confusion stems from the fact that, at the conference you're referring
to, a difference ellipse was shown at a different scale, with the 'real
answer' being northwest of that ellipse.  The reason for that apparent
dispersion was because atmospheric flight errors and map coordinate errors
were not included in the ellipse calculation.  When one does all that
properly (which takes a lot of time to do) the ellipse and the 'truth' agree
much better.

Pieter Kallemeyn, MPF NAV
Code No.
~	Project, i~~-.(i)
~ . ~	Prepared by Annie Ruth Davis Place, Marion, 8.0.
Date, November U, 1937
No. Worda.
Reduce d from~wo rds
Rewritten by	265
I know one thing, I used to live better, but President Roosevelt, seem like he tryin to do de right thing. But if I could be de whole judge of  de world, I think de best thing would be ~or de people to be on dey knees en prayin. De people ta].kin bout fightin all de time en dis here talk bout fightin in de air, dat what got my goat. Might lay down at night sound en ake up in de inornin en find us all in destructiveness. I say, de Lord all what can save dis
t
Liney Henderson, age 70,colored, Marion, 8,0.
~rce:
Personal interview by Annie &ttn Davis, Nov., 1937.
Image Description -  0662-4

A block diagram is captioned Figure 4.  General System Layout for 
the Uninterruptible Power Supply System at the OPF HB-3.  Labeled
boxes represent components of an electrical system.  Lines indicating
the direction of current flow through the system connect the boxes.
It shows that facility power may reach the Output Transformer/Filter
Assembly and then the main circuit breaker by one of two paths. One
goes through a Breaker, and a Static Bypass Switch. The other path
goes through a Breaker to a Rectifier, an Inverter, and a Relay (with
another relay and the battery between this path and Ground).
BARRY C. SMITH

GENERAL DIRECTOR

THE COMMONWEALTH FUND

           41 EAST 57T" STREET

             NEW YORK

BARBARA S. QUIN

ASSISTANT DIRECTOR

DIVISION OF PUBLICATIONS
  GRAHAM R.TAYLOR
     DIRECTOR

GEODES SMITH

ASSISTANT DIRECTOR

ELLEN THAYER

ASSOCIATE

ROGER A.CRANE

DlSTRlBUTlON MANAGER

January 10, 1940

Dear Doctor Heidelberger:

Mulling over the sort of thing that we talked

of the other day, I have come on a question which I
realize has been in the back of my mind for some time
but which I wasnft bright enough to get into the con-
verssltion with you.

Isnft it true that information as to the pre-

sence of antibodies in the living host and deductions
as to their significance are based wholly upon cir-
culating, free antibodies? And if so, how does one
know that the deductions are not distorted by uncer-
tainty as to the physiological significance of circu-
lating, free antibociy? What is the relation of circu-
lating,' free antibody to the antibody which conceivably
has alresdy done its work? Is it just a safety factor,
a physiological overflow, or what? Would this account
for the late rise of antibody titer in recovery from
acute infection, slnd should one postulate a period before
antibody becomes demonstrable when it bay nevertheless
be effectively reacting with antigen in the blood  stream
or conceivably within cells? When one measures potential
resistance in terms of antibody titer, is one really
measuring the physiological vagaries of one organism as
compared with another in its capacity to produce an ex-
cess of a needed substance? Are there any instances in
which one can recover hnd demonstrhte not free antibody
but the product of an antigen-antibody reaction - I mean,
of course, in vivo?

    Probably I'm greatly
which doesnft exist, but if
straight very quickly. With

Dr. Michael Heidelberger
College of Physicians

and Surgeons
620 West 168th Street
New York, N. Y.

GS EZ?

exaggersting a difficulty
so I'm sure you can set me
many thanks, as always, I am

Yours sJncerely,
Table Number:  999E												
											
Title 5 Special Salary Rate Table											

											STEP
GRADE	STEP 1	STEP 2	STEP 3	STEP 4	STEP 5	STEP 6	STEP 7	STEP 8	STEP 9 	STEP 10	INTERVAL
5	31823	32885	33946	35007	36069	37130	38192	39253	40314	41376	Varies
7	38059	39327	40596	41864	43133	44401	45669	46938	48206	49475	Varies
9	44893	46389	47885	49380	50876	52372	53868	55364	56859	58355	Varies
11	50295	51971	53648	55324	57000	58676	60353	62029	63705	65381	Varies
12	57868	59796	61724	63653	65581	67510	69438	71366	73295	75223	Varies
13*	63080	65183	67286	69389	71492	73596	75699	77802	79905	82008	Varies

*At the GS-13, the IT special rates are lower than the corresponding locality pay area.  Therefore,
employees will receive the higher locality pay rates in all cases.


OCCUPATIONS:		0334  Computer Specialist								
			0854  Computer Engineer								
			1550  Computer Science Specialist
			2210  Information Technology Specialist								

AGENCIES/SUBELEMENTS:	All Federal Government Agencies								

GEOGRAPHIC LOCATIONS:	The following locality pay areas:								
			"Houston-Galveston-Brazoria, TX"								
			"Los Angeles-Riverside-Orange County, CA 								
			"New York-Northern New Jersey-Long Island, NY-NJ-CT-PA"								

EFFECTIVE DATE:		FIRST DAY OF THE FIRST PAY PERIOD BEGINNING ON OR AFTER 01/01/2001.
			FOR THE GS-2210 SERIES, THE EFFECTIVE DATE IS THE FIRST DAY OF THE
			FIRST PAY PERIOD BEGINNING ON OR AFTER THE DATE THE POSITION IS
			CLASSIFIED TO THAT SERIES.
Dr. Curt St8rn
Dapt. zoology
univecartty of bltfornia
BerkeZsy 4, Calif'.

Dsar curt:

Like most other geneticist8, I hme had in the bak of w mind for a
long tdnm th problem of gametic selection, on an experimbntal basis. But
it aeefmd ti, me that the laa k of vre& progress in this field reflected a
dsfiaPssmy in 4218 experimental mater&l. How aould one expect to make aig-
niiioant teeter on mioe or rabbits, with al.1 the difficultisa of proving
a rsi&iflcant effect on a Ii&ted 8amp3.e of progeny. My thoughts were then
turning (purely hypothetiaally) to the & priori desiderata, and in fact to
fbh, or psrhapa aam aquatic iIW8r~br8tO8, a6 nppropriate mat&M.

So ii WEUP idmW8bd and surprised to hear recently from &anther Stent
that one of your 8tudenCg has accomplished this tour de force with rabbits.
He reported that very subattultial separations of X- from Y- spermatozoa
were possible by oataphorasis, and were amply confirmed by changes in the
88X X%LtiO Of the Offc3pSing.  I tm writing to ask you to confirm this report
and whetbar you ciin give any more details. Is tie ma+~rial `published*`?

If the story ZEl We, I zm sum you would be very deeply concerned over
thar 8OC&L bI$dioatiOQi!J Of aucrh 8 bCMlb8b11. -dh8t Steps hWe #OU UOntefJ&ated
or taLn?

Youra sincerely,

     _
Joshuii Lcderberg