BEE-spoke-data/govdocs1-by-extension huggingface dataset:
Wilcox, D. B. and K. W. Willis (1993).  Identification of constraints on river 
regulation. Lock and Dam 9 near Lynxville, Wisconsin, Upper Mississippi River 9-
foot channel project. U.S. Army Corps of Engineers, St. Paul District, Special 
Report EMTC93S012.
	
The timing, amplitude, frequency, and duration of water level fluctuations and 
changes in current velocity greatly affect river life. On regulated rivers such 
as the Mississippi, water level and velocity fluctuations are caused by natural 
hydrologic events that change river discharge and by operation of water control 
structures. The Upper Mississippi River System (UMRS) includes the Mississippi 
River upstream of the mouth of the Ohio River at Cairo, Illinois, to 
Minneapolis, Minnesota; the Illinois River; and navigable portions of the 
Kaskaskia, Black, St. Croix, and Minnesota Rivers. River regulation greatly 
influences habitat conditions in the river. Changes to the present system of 
river regulation could improve habitat conditions and ecological productivity of 
the UMRS. Any modifications to the existing regulation plans must be compatible 
with constraints on operation. The purpose of the report is to identify the 
constraints on regulation of Lock and Dam 9 in the Upper Mississippi River 9-
foot channel navigation system.
the Death of Harry Rossoll, the Creator of Smokey Bear
                                           Release No. 0077.99 

Statement

                               by
             Secretary of Agriculture Dan Glickman
   on the Death of Harry Rossoll, the Creator of Smokey Bear
                                
                       February 28, 1999
                                
                                
"I was saddened to learn of the passing of Harry Rossoll.  Mr. Rossoll was the
     father of Smokey Bear, a beloved national treasure.  
                                
"Mr. Rossoll's creation proved that public service announcements can have a
significant and lasting impact on our nation.  Smokey Bear, created decades
ago, has saved human and animal lives.  America's forests and wilderness are
better protected from fires today, in part, because of Smokey Bear's
                successful education efforts.  
                                
"We are certainly a better nation because of Harry Rossoll's creativity.  His
   work will always be appreciated, but he will be missed." 
                                
                               #
Holland Bartels, L. E., Dewey, M. R., and Zigler, S. J., 1995, Ichthyoplankton
abundance and variance in a large river system concerns for long-term
monitoring: Regulated Rivers Research & Management, v. 10, no. 1, p. 1-13.

Abstract

System-wide spatial patterns of ichthyoplankton abundance and variability were
assessed in the upper Mississippi and lower Illinois rivers to address the
experimental design and statistical confidence in density estimates.
Ichthyoplankton was sampled from June to August 1989 in primary milieus
(vegetated and non- vegetated backwaters and impounded areas, main channels
and main channel borders) in three navigation pools (8, 13 and 26) of the upper
Mississippi River and in a downstream reach of the Illinois River.
Ichthyoplankton densities varied among stations of similar aquatic landscapes
(milieus) more than among subsamples within a station. An analysis of sampling
effort indicated that the collection of single samples at many stations in a given
milieu type is statistically and economically preferable to the collection of
multiple subsamples at fewer stations. Cluster analyses also revealed that stations
only generally grouped by their preassigned milieu types. Pilot studies such as
this can define station groupings and sources of variation beyond an a priori
habitat classification. Thus the minimum intensity of sampling required to
achieve a desired statistical confidence can be identified before implementing
monitoring efforts.

Keywords

plankton, monitoring, population-density, sampling, habitats, statistical-analysis,
ecological-effects, river-regulations, USA,-Mississippi-R., USA,-Illinois-R.,
ichthyoplankton-surveys, long-term-changes, environmental-monitoring,
environmental-impact, navigation, ichthyoplankton
SPEAKER:
Peter D. Karp,
Director, Bioinformatics Research Group
Artificial Intelligence Center
SRI International, Menlo Park, CA 

TITLE:
Databases and Algorithms for Pathway Bioinformatics and 
Database Integration with BioWarehouse

ABSTRACT:
This talk will provide an overview of the BioCyc collection of 
200 Pathway/Genome Databases that is available at URL 
BioCyc.org, and of the Pathway Tools software that underlies 
BioCyc.  The BioCyc collection includes the EcoCyc DB, which 
describes the metabolic and genetic regulatory network of 
Escherichia coli, and the MetaCyc DB, which describes 700 
metabolic pathways that were experimentally elucidated in more 
than 600 organisms.  Pathway Tools includes a large biological 
ontology that facilitates the representation of complex 
biological knowledge with high fidelity; a set of inference 
modules for inferring new layers of biological information 
above an annotated genome, including inferring the metabolic 
pathway map of an organism, predicting which genes fill 
missing reactions in the predicted pathways, and predicting 
the operons of the organism; and visualization tools that 
support web publishing, querying, and analyses of these data.

The second part of the talk will describe BioWarehouse, which 
is a relational database warehouse system that provides 
integrated access to multiple bioinformatics databases and 
ontologies including UniProt, ENZYME, KEGG, BioCyc, NCBI 
Taxonomy, CMR, Genbank, and GO.
See http://brg.ai.sri.com/biowarehouse/.
QUESTION:
Is there an exact time you need to launch a spacecraft to get it to Mars
by a certain date? How do you make it land on on July 4th even if the
liftoff date changes by more than a week? 

ANSWER from Cheick Diarra on November 18, 1996:
There is no exact launch time, but there is a window during which one can 
get a spacecraft to Mars by a certain arrival period. The exact date of 
arrival is always tweaked using the propulsive maneuvers scheduled 
throughout the mission. If Pathfinder lifts off a week late, the errors 
due to the launch vehicle could make it get to Mars early.  

In any case chances are it would not be at the exact desired time or date. 
In that case, the spacecraft is made to go faster or slower depending 
on the scenario. 

ANSWER from Dave Spencer:
The July 4 arrival date is maintained by increasing the launch energy
throughout the launch period; the Delta II gave us a higher velocity on the
December 4 launch than it would have if we had launched on Dec 2. The
arrival date was selected based upon a mixture of patriotism and favorable
orbital mechanics--the optimal arrival date was in early July anyway, so why
not pick the 4th!

-Dave Spencer, Mars Pathfinder Trajectory and Navigation Team Member
ORFEUS-SPAS 2

                    Taeglicher Status Bericht

Mission:                 STS-80 Columbia
Berichtszeitraum:        02. Dezember 1996
Zeitraum MET:            11d/12h - 12d/12h
(Mission elapsed time)
EST (Ortszeit KSC):       5 a.m.

Ueberblick:

Alle ORFEUS-SPAS 2 Instrumente arbeiten weiterhin exzellent. Ein
weiterer Tag wissenschaftlicher Beobachtungen wurde mit dem
Echelle-Spektrometer begonnen, dem Messungen mit dem IMAPS
Instrument bei MET 11d/20h folgten. Bei MET 12d/0h 30m startet das
Berkeley-Spektrometer seine naechste Beobachtungsperiode. Diese
Beobachtungsperiode wird bis MET 12d/11h fortgesetzt.

System Operationen:

Es werden weiterhin keine groesseren Probleme an Bord des ASTRO-
SPAS gemeldet. Die Ressourcen sind ausreichend um die gesamte
Mission mit Reserven abzudecken. Das bewegliche IMAPS Echelle-
Gitter sitzt in Position # 4 fest. Die Gruende dafuer sind
unbekannt. Aufgrund der Flexibilitaet des ASTRO-SPAS wird die
Bewegung des Spiegels nun durch Off-Set Pointierungen des ASTRO-
SPAS kommandiert. Somit hat das fehlerhafte Verhalten des
Gittermotors keinen Einfluss auf die Wissenschaft.

Wissenschaftliche Ergebnisse:

Insgesamt 38 Beobachtungen wurden waehrend des Berichtszeitraumes
gemacht. Die drei Instrumente beobachten weiterhin den Himmel, um
die heissesten und kaltesten Objekte zu untersuchen. Ein zweiter
IPEX-Datensatz wurde erfolgreich waehrend der IMAPS Beobachtungen
aufgezeichnet.

Probleme:

Keine
Code I~o.	I~. JO1~d5________
~rojeot, ibbb4l)	Reduced f~iII    words
Prepared by Annie i~uth Davis	Rewritten by
k?lace, J~ariori, .0.	_______________________
Date, august 25, 1937	rage ~


told. him to go. 3ee him whip my mother one time cause she whip rae. Caught her b~ de hand en whip her right in de same field. dat sne whip me. It was so hot I dig holes en put my foot in de hole en dat de reason she whip me. Den if he Lind anyone steal a thing, he whip dem for dat.

	Dey didn hAve no jails in dem days3 out I recollects one woman hanged on de galleries &gallowe). aang dem up by harness en broke neck for wrongdo ing like kill in somebody or tryin t kill. Old. woman cookin for de Sootts, named ~eggy, tried to poison de Sootte. Mean to her, she say, en she put poison in de coffee. iiy mother walked bout 10 miles to see dat hangin cause dey turn d.c slaves loose to go to a hangin. Took her from de quarter in de wagon en I heard her tell dat de old lady, Peggy, was sittin on her coffin. 1~Iy mother say she used to use so much witchcraft en some one whispered, v~1y don you do somethin bout it? ~he say, It too late now. I hear tell bout dem hangin, but I am see none of it.

	j~{y boss had. four slave house dat waS three or four hundred.

yards.from his house en I reckon he had bout 25 slaves. One was pole house wid. brick chimney en two rooms petitioned off en de other three waS clay house. Us had frame bed en slept on shucks en hay mattress. Dey dldn give us no money but had. plenty to eat every day. Give us buttermilk en sweeten potatoes en meat en corn bread to eat mostly. Catch nigger wid wheat, dey give him wheat. Den dey let us have a garden en extra
COMPARATIVE VOCABULARY	553
ENGLISH.	CHUKCHEE.	YUKAGIR.	KAMSHADALE. TUNGOOSE.	YAKUT.
Authority.	Stimpson & Hall.	Saur.	Saur.	Saur.	Saur.
Star	Enger-tee	Lerungundshia 	Osikat	Solus
Day	E'-nah	Pondshirka 	Ining	Kuin
Night	Minkum	Emmel	Kolkwa	Golban	Tuin
Light 	Pondshirka 	Sirdik
Darkness	Emmitsh 	Kharanga
Morning	E'gei-oy	Unhaiel 	Tek	Erdee
Evening 	Poinjuletsk 	Moorak	Ke-esse
Spring 	Pora 	Saas'
Summer	Aldruin	Puga	Anganal Sacin.; soyin
Autumn	Nada 	Kuissan ; kui-
Winter	La-lamdrole Zshendsha 	Kisun	[san
Wind	Yoego	Illejennie	Tyil
Thunder	Eel-kow-wow I-endu 	Ashdoo	Eting
Lightning	Yenka-ga-ka Borongille	Tapkitan Tshagilgan
Rain	Pee-na-gee	Tiba	Tshukatshoo Oodan	ISamir
Snow	I-]yle	Pukoelli 	Imandra ;Char
Hail 	jarchandiva 	Bota	I Tollon
Fire	Pennulia	Lotshel	Pangitsh 	0-at
Water	Lee-me-oo-nut Ondzshi	Ee-ee ; i-i Moo	Oo
Ice	Tin-tin	Iarka	Bookus	Boos
The Earth	Uteska 	
Land	Yerigen	Levje	Symt	Tor	Sirr
Sea	Ta-oo-tee	Tshobul	Ningl	Nam	Baighal
River	Way-am	Onnong 	Okat	Yrris
Lake	Geetkin	Jalgyl 	Koel
Valley	Luwilin	Pondshdrkoni 	Chodu sasir
Hill, mountain Nup-per-am Pea	Aal	Seer
Island	Teloer	Ommul	Samatsh 	Arre
Stone	Wdo-kwin	pea 	Dzshool Taas
Salt	Tdi-tah	Logodunshinu Pepum	Tak	Tus
Iron	Kelgwit'	Lundul	Quatshoo 	Timur
Tree	Tshall 	Mass
Wood	Od-te	 
Leaf	Wee-weer	Paldshitsha 	Ebdernia Seberdak
Bark	Oo-till-yeet Tsangar 	Oorta	Chatteuk
Grass	Wa-utch	Oolega
	-
Flesh, meat	Tuklskin	Et	T'haltal	Oolra 	
Dog	Hyd-tydt	Tababa	Kossa	Nin	It
Bear	Kai-ing-ha 	Kasa 	
Wolf 	
Fly 	Nilendoma	Quamotih 	Zachsirga
Egg	Nontondaul N'gach	Oomta	Simmit
Feathers	Walgaldngin Pugelbi	Detle	Charungatshx
Duck	Ondzshinonda Alshingush Neki 	
Fish	Een-a	Annil	Etshoo	IOlra	Balyk
Name	Neve	Hagaach IGerbin	Aatta
White	Neel-yuk-ki- Po-innei	Attagho	Geltadi	Irungk
[ing
	Chara
Black	Noo-ki-ing	Aimaivi 	
Red	Sha-luk-ki-ing Kelenni	Tshaang	Koolani	Kasil
Blue	Shaywalrow Lubanzshanni 	Keochtinoo
Yellow	Payuta-to-iin Tshakolonni 	Keoch
Green 	Tshakolonni Nochsonne Tshulban Keoch
Great	Nimiyen'ki Tshomoi	Ekzsham Oolachan
Small	Pulukin	ILukun	~Nukishoo- Kutshugai
Strong	Ar-ahmdsin Addi	[kan Kittinach
Old	Etke 	Sagcli 	
Good	Ma-chin'-ka 	~
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","001r.jpg","1","1","","001.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","002r.jpg","2","2","","002.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","003r.jpg","3","3","","003.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","004r.jpg","4","4","","004.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","005r.jpg","5","5","","005.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","006r.jpg","6","6","","006.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","007r.jpg","7","7","","007.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","008r.jpg","8","8","","008.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","009r.jpg","9","9","","009.jpg"
"Sprechmaschinen-nadeln = Talking machine needles = Aiguilles pour machines parlantes = Agujas para discos = Agulhas para Gramofonos","","03010101","010r.jpg","10","10","","010.jpg"
SOURCE:  bda911002.1213       2-OCT-91  13:20:54     2-OCT-91  13:29:16   503
DUMP:    bda911008.0820       8-OCT-91  09:15:07     8-OCT-91  09:20:47    10
DUMP:    bda911009.0353       9-OCT-91  04:36:25     9-OCT-91  04:36:33     5
DUMP:    bda911010.0419      10-OCT-91  05:03:27    10-OCT-91  05:03:35     5
SOURCE:  bda911011.0446      11-OCT-91  05:54:29    11-OCT-91  06:04:56   566
SOURCE:  bda911018.0436      18-OCT-91  05:45:55    18-OCT-91  05:55:55   538
DUMP:    bda911031.0036      31-OCT-91  00:51:40    31-OCT-91  00:54:42    10
SOURCE:  bda911101.2035       1-NOV-91  22:00:48     1-NOV-91  22:10:46   600
DUMP:    bda911107.1500       7-NOV-91  16:24:27     7-NOV-91  16:25:49    10
DUMP:    bda911107.1638       7-NOV-91  18:07:01     7-NOV-91  18:13:33    24
STIM:    bda911114.0459      14-NOV-91  05:51:13    14-NOV-91  05:51:14     1
SOURCE:  bda911114.1129      14-NOV-91  12:53:34    14-NOV-91  13:03:50   554
STIM:    bda911115.0209      15-NOV-91  02:17:14    15-NOV-91  03:11:55  3281
STIM:    bda911116.1358      16-NOV-91  14:41:49    17-NOV-91  02:09:09 41240
STIM:    bda911117.0123      17-NOV-91  01:42:21    17-NOV-91  02:09:09  1608
DUMP:    bda911125.0800      25-NOV-91  08:55:50    25-NOV-91  08:58:02    10
DUMP:    bda911128.0422      28-NOV-91  05:09:01    28-NOV-91  05:11:09    10
SOURCE:  bda911129.0625      29-NOV-91  07:36:43    29-NOV-91  07:46:59   617
STIM:    bda911203.0628       3-DEC-91  07:18:44     3-DEC-91  07:24:23   339
DUMP:    bda911214.0130      14-DEC-91  01:49:17    14-DEC-91  01:51:19    10
SOURCE:  bda911219.1955      19-DEC-91  21:14:48    19-DEC-91  21:25:42   592
DUMP:    bda911225.1555      25-DEC-91  17:21:51    25-DEC-91  17:24:43    19
source op st. peter's kiver.                 91
moveable and unchangeable features, with the bright, dazzling effect of the silvery sheet of water, passing from a smooth and unruffled expanse, to a broken and foaming cataract. It is in the effect of the rocky bed of the Winne-peek, that its numerous falls surpass all others which we have seen; the cataract of Niagara, which far exceeds them in volume, is uniform and monotonous in comparison; the horizontal ledges of secondary rocks of the latter are as far inferior in picturesque effect to the dark Water-worn granite and sienite of the former, as the height of the bluffs at Niagara exceeds that of the*rocky banks of the Winne-peek.
The falls on this river have another advantage, which is, that the whole country has a picturesque appearance, which prepares the mind, and keeps it in a proper disposition, to appreciate the splendour of its cataracts, while the country around Niagara is flat, uniform, and uninteresting.
On the Winnepeek we have constantly in view changes in the rocks, which contribute to those of the surface; they present at times the shistose appearance of a gneiss and mica-slate, which disappears at the recurrence of the dark-eoloured granite or reddish sienite; these, being filled with veins of feldspar, display on a gigantic seale the beautiful striped appearance, which has given to some of the marbles of Italy their well-deserved celebrity.
The place of our encampment was characterized by one of those peculiar effects of water, which, once seen, leave an indelible impression upon the mind. After having passed over numerous rocks, which form diversified cascades, (the whole height of which is about thirty feet,) the water is suddenly received into a basin enclosed by high rocks, where it is forced to sojourn awhile, by the small size
#ifndef __MPIO_HH_
#define __MPIO_HH_
#include "IO.hh"
#include "MPIutils.hh"
#include "Timer.hh"

/* Simplifies assumptions about domain decomposition */ 
/*
  Module: MPIO

  Description:
  Implements slice-based Parallel IO for IEEEIO libraries.
  Uses iSend/iRecv of XY slices to hide message passing latency.
  This is a simplified version of PIO which makes fewer assumptions
  about the layout of the data.
  
  Will eventually be subclassed from IObase so that you can
  drop-in replace a single-threaded IO system with this
  multithreaded one.  writeChunk() will be used to announce
  the local chunks and perform the write in parallel rather
  than collecting serially.
  
  Needs to have extensions to automatically remove ghost zones
  setLocalDims(origin,dims,minindex,maxindex)

  Limitations:
  * currently only works for 3D grids
  * only understands Float32 and Float64 datatypes
  * Assumes HPF layout (eg, canonical processor layout where
    all PE's are aligned to grid... no partial overlaps)
  * Uses XY slices (assumes fortran ordering for dimensions)
  * Collects only to a single file (cannot do a multi-gather).
 */
class MPIO /* : public IObase */ {
  int *gdims,*gorigins,grank;
  MPIcomm &comm;
  int globaldims[3]; // for master
  int localorigin[3],localdims[3];
  int root,myid;
  IObase *file;
  Timer slicewait,slicewrite,slicecollect,sliceselect;
  Timer sliceallwait; 
  // MPI_Request *slice_send_requests;
  int ghostmin[3],ghostmax[3];
  MPI_Request *sendreq;
  int syncsend;
protected:
  void sendSlice(int z,float *data,MPI_Request *req);
  void requestSlice(int z,float *slicebuffer,MPI_Request *req);
  void waitForSlice(int z,float *slicebuffer,float *destbuffer,MPI_Request *req);
  void sendSlice(int z,double *data,MPI_Request *req);
  void requestSlice(int z,double *slicebuffer,MPI_Request *req);
  void waitForSlice(int z,double *slicebuffer,double *destbuffer,MPI_Request *req);
public:
  //MPIO(IObase *io);
  MPIO(IObase *io,MPIcomm &c=*(new MPIcomm()));
  ~MPIO();
  inline int isRoot(){ return ((myid == root)?1:0);}
  inline void useSyncrhonousSend(int f=1){syncsend=f;}
  inline IObase *getFileHandle() { return (isRoot())?file:(IObase*)0; }
  void setLocalDims(int rank,int *origin, int *dims);
  void setLocalDims(int rank,int *origin, int *dims,
  	int *nghostmin,int *nghostmax);
  virtual int write(IObase::DataType type,int rank,int *dims,void *data);
  virtual int write(IObase::DataType type,void *data);
  void write(float *data){
  	asyncWrite(data);
  	asyncFinalize();
  }
  void write(double *data){
  	asyncWrite(data);
  	asyncFinalize();
  }
  void asyncWrite(IObase::DataType type, void *data);
  void asyncWrite(float *data); 
  void asyncWrite(double *data);
  void asyncFinalize();
};

#endif // __MPIO_HH_
GEODYNAMICS  BRANCH
SCIENCE  HIGHLIGHTS  -  APRIL  2002

Small Volcanoes on Mars Have Trend Suggesting Volatile Control

Sakimoto Paper at 33rd Lunar and Planetary Science Conference 
Shows Volcanoes Become Steeper  Toward the Poles Where More 
Ground Ice is Likely

Using high accuracy digital elevation data 	    
from MOLA, Susan Sakimoto and students 	   
 have measured the shapes of small (10-100 	   
 km across) shield volcanoes all over Mars.  	   
 Though much smaller than the well-known 	    
giant shield volcanoes of Tharsis, the much 	   
 wider distribution of smaller cones enables the 
study of regional and even hemispherical control 
on the eruptive process.  Sakimoto has found 
several systematic and revealing trends among 
the parameters she measured.

Volcano flank slope is a measure of magma-volatile 
(gas) interaction.  Magma that contains a lot of volatiles
 tends to be more explosive and produce steeper 
volcanoes than magma that lacks volatiles. When flank 
slope was plotted against latitude (upper left), Sakimoto 
found that steeper volcanoes were at systematically higher 
latitudes.  This can easily be explained by an increase of 
ground ice toward the poles, and is completely consistent 
with other studies, both observational (i.e., terrain softening) 
and theoretical (expected depth to the ice layer)  which suggest 
increased ground ice at higher latitudes.

Typical small martian volcanoes at the same scale and at 10:1 vertical exaggeration

Contact:  Susan Sakimoto, GSFC, Code 921 (sakimoto@core2.gsfc.nasa.gov)
Don Savage
Headquarters, Washington, DC                        June 30, 1998
(Phone:  202/358-1727)

Bill Steigerwald
Goddard Space Flight Center, Greenbelt, MD
(Phone:  301/286-5017)

Franco Bonacina
European Space Agency Headquarters, Paris, France
(Phone:  33-1-5369-7713)

RELEASE:  98-118

EFFORTS TO RECOVER SOHO SPACECRAFT CONTINUE 
AS INQUIRY BOARD CO-CHAIRS NAMED

       Engineers are continuing efforts to reestablish contact 
with the NASA/European Space Agency (ESA) Solar and Heliospheric 
Observatory (SOHO) spacecraft using NASA's Deep Space Network 
(DSN).  Contact with SOHO was lost on June 24 during maintenance 
operations.

       A team of experts from ESA and Matra Marconi Space, prime 
contractor for the SOHO spacecraft, gathered at NASA's Goddard 
Space Flight Center, Greenbelt, MD, to assist the NASA Flight 
Operations Team in assessing the situation and analyzing the 
spacecraft status should contact be reestablished.

       Engineers are concentrating on gaining a full understanding 
of the events which led to the loss of signal, information which 
might help them devise procedures which may recover contact with 
SOHO.  Commands are being sent to SOHO about once per minute 
through the DSNs 34-meter antennas instructing the spacecraft to 
activate its transmitters.  

       Based on the last telemetry data received from SOHO, 
engineers said it appears most likely that the spacecraft is 
slowly spinning in such a way that its solar arrays, which 
generate power, either do not face the Sun at all or do not 
receive adequate sunlight to generate power.  However, based on 
the last data received, it appears that SOHO's solar panels may be 
exposed to an increasing amount of sunlight each day as it orbits 
the Sun.  If this assumption is correct, within a few weeks enough 
sunlight might be hitting the solar panels to generate power to 
charge its batteries.  

       The incident will be the subject of a joint ESA/NASA 
inquiry board co-chaired by Prof. Massimo Trella, ESA Inspector 
General, and Dr. Michael Greenfield, Deputy Associate 
Administrator for the Office of Safety and Mission Assurance, NASA 
Headquarters, Washington, DC.  The other members of the board will 
be selected from ESA and NASA as well as from the scientific 
community.  The board is expected to convene later this week at 
NASA's Goddard Space Flight Center, Greenbelt, MD.

       More information, images and status reports from SOHO can 
be found on the Internet at:

            http://sohowww.nascom.nasa.gov/

                          - end -
#
# ChangeLog for /cdat/trunk/Scripts/vcs_icon.xbm 
# 
# Generated by Trac 0.10.5
# 02/23/09 15:17:15
#


08/08/05 03:37:46 doutriau [2963]
	* cdat/trunk/Packages/cdutil/Lib/vertical.py (modified)
	* cdat/trunk/Packages/genutil/Lib/statistics.py (modified)
	* cdat/trunk/Packages/vcs/Lib/install_vcs.py (modified)
	* cdat/trunk/Scripts/vcs_icon.xbm (modified)
	* cdat/trunk/contrib/MSU (added)
	* cdat/trunk/contrib/MSU/Data (added)
	* cdat/trunk/contrib/MSU/Data/ta.nc (added)
	* cdat/trunk/contrib/MSU/Data/tam2.nc (added)
	* cdat/trunk/contrib/MSU/Data/weights.nc (added)
	* cdat/trunk/contrib/MSU/Doc (added)
	* cdat/trunk/contrib/MSU/Doc/example.py (added)
	* cdat/trunk/contrib/MSU/Lib (added)
	* cdat/trunk/contrib/MSU/Lib/MSU.py (added)
	* cdat/trunk/contrib/MSU/Makefile (added)
	* cdat/trunk/contrib/MSU/Src (added)
	* cdat/trunk/contrib/MSU/Src/eqmsu.pyf (added)
	* cdat/trunk/contrib/MSU/Src/msuweight.f (added)
	* cdat/trunk/contrib/MSU/Test (added)
	* cdat/trunk/contrib/MSU/Test/test.py (added)
	* cdat/trunk/contrib/MSU/msu.pfp (added)
	* cdat/trunk/contrib/SciPy (added)
	* cdat/trunk/contrib/SciPy/Scipy_core-0.3.2.tar.gz (added)
	* cdat/trunk/contrib/SciPy/install_script (added)
	* cdat/trunk/contrib/pyIoapi (added)
	* cdat/trunk/contrib/pyIoapi/install_script (added)
	* cdat/trunk/contrib/pyIoapi/pyIoapi-20050506.tar.gz (added)
	* cdat/trunk/exsrc/install_script (modified)
	* cdat/trunk/exsrc/netcdf_fortran.sh (modified)
	* cdat/trunk/exsrc/src/ioapi-3.0.tar.gz (modified)
	* cdat/trunk/installation/contrib.py (modified)
	* cdat/trunk/installation/install.py (modified)
	* cdat/trunk/pysrc/src/Python-2.4.1.tar.gz (added)
	* cdat/trunk/pysrc/src/Python-2.4.tar.gz (deleted)
	* cdat/trunk/pysrc/src/setup.py (modified)
	ben's MSU thing
	pyIoapy
	       finally cleanedup the tolerance thing from Met. Office, it was
	such a complicated code for something that really
	fits on 1 line....

09/24/04 03:32:31 doutriau [2798]
	* cdat/trunk/Scripts/vcs_icon.xbm (modified)
	smaller icon

09/21/04 08:23:13 doutriau [2796]
	* cdat/trunk/Packages/browser/Lib/vcs_function.py (modified)
	* cdat/trunk/Packages/vcs/Lib/install_vcs.py (modified)
	* cdat/trunk/Packages/vcs/Src/library/procCanvas.c (modified)
	* cdat/trunk/Scripts/vcs_icon.xbm (added)
	let user specify template for 1D method if graphic method name
	doesn't start with ASD
	on Linux, little icon for vcs windows, seemed to be ignored by Mac
	window manager
From: Patricia Lovera [plovera@citizen.org]
Sent: Monday, August 09, 2004 2:08 PM
To: fdadockets@oc.fda.gov
Subject: Comment - Docket Number 2003P-0574

August 9, 2004

Food and Drug Administration
Division of Dockets Management
5630 Fishers Lane, Room 1061
Rockville, MD 20852

Docket Number:  2003P-0574

Dear Sir or Madam:

On behalf of Public Citizen, a consumer organization with over 150,000
members, I am writing to oppose the petition that would establish a
regulatory limit for the food-borne pathogen, Listeria monocytogenes.

We oppose this petition for the following reasons:

1.  It attempts to overturn a zero-tolerance policy which the Food and
Drug Administration (FDA) has had in effect since 1985, and the Food
Safety and Inspection Service (FSIS) at the United States Department of
Agriculture has had in effect since 1989.  The petitioners seem resigned
to failure in eliminating this pathogen from food.  We believe that
industry needs to continue to work at improving sanitation in facilities
that process foods.  Furthermore, we believe that both the FDA and FSIS
need to enhance inspection regimes to deal with this pathogen.

2.  The petitioners may be creating a regulatory nightmare by
attempting to establish different standards for different foods when
dealing with this pathogen.  Food processors that produce different
types of foods in the same production facility could have multiple
standards in effect that could cause confusion for inspection personnel.
 

3. Petitioners seem to be relying on hypothetical arguments that
trading partners could ague that our zero-tolerance policy on Listeria
monocytogenes could be a trade barrier.  It seems to us that our trade
negotiators should insist on a "gold standard" for food safety and not
sacrifice our protections simply because other countries will not make
the same commitments or investments in food safety systems. 
Dumbing-down of our food safety standards in the name of trade should
not be tolerated.

4. Do we really want to take a chance with at-risk populations (i.e.,
the very young, the elderly, and pregnant women) with less than a
zero-tolerance standard for this pathogen?  It seems that the
petitioners cannot guarantee that their proposed limit would be safe for
these populations (see page 15 of petition).  Should FDA approve this
petition, it should then mandate that a warning label go on all foods
that have a less-than-zero tolerance standard that cautions at-risk
populations against eating such foods.

Sincerely,

Wenonah Hauter, Director
Public Citizen's Food Program

--
Deputy Director
Critical Mass Energy & Environment Program
Public Citizen
215 Pennsylvania Ave. SE
Washington, DC 20003
(202) 454-5132
www.citizen.org/cmep
"The Lord is mindful of his own /","sm1885/13100","13103","001.gif","1","1","","001.jpg"
"The Lord is mindful of his own /","sm1885/13100","13103","002.gif","2","2","","002.tif"
"The Lord is mindful of his own /","sm1885/13100","13103","003.gif","3","3","","003.tif"
"The Lord is mindful of his own /","sm1885/13100","13103","004.gif","4","4","","004.tif"
"The Lord is mindful of his own /","sm1885/13100","13103","005.gif","5","5","","005.tif"
"The Lord is mindful of his own /","sm1885/13100","13103","006.gif","6","6","","006.tif"
"The Lord is mindful of his own /","sm1885/13100","13103","007.gif","7","7","","007.tif"
Expires:200902161515;;086262
FZHW50 PHFO 160800
CWFHFO
COASTAL WATERS FORECAST
NATIONAL WEATHER SERVICE HONOLULU HI
1000 PM HST SUN FEB 15 2009
HAWAIIAN COASTAL WATERS WITHIN 40 NAUTICAL MILES INCLUDING THE
HAWAIIAN ISLANDS HUMPBACK WHALE NATIONAL MARINE SANCTUARY.

PHZ123-161515-
BIG ISLAND LEEWARD WATERS-
1000 PM HST SUN FEB 15 2009
...SMALL CRAFT ADVISORY IN EFFECT THROUGH EARLY WEDNESDAY
MORNING...
.TONIGHT...EAST WINDS 10 KT WEST OF THE BIG ISLAND...EAST TO
25 KT NEAR SOUTH POINT. WIND WAVES 11 FT. NORTHWEST SWELL 3 FT.
HAZE. ISOLATED SHOWERS. 
.MONDAY...WEST OF THE BIG ISLAND...EAST WINDS 10 KT VEERING
SOUTHWEST IN THE AFTERNOON. NEAR SOUTH POINT...EAST WINDS TO
25 KT. WIND WAVES 11 FT. NORTHWEST SWELL 3 FT. HAZE. ISOLATED
SHOWERS. 
.MONDAY NIGHT...EAST WINDS 10 KT WEST OF THE BIG ISLAND...EAST TO
25 KT NEAR SOUTH POINT. WIND WAVES 9 FT. NORTHWEST SWELL 4 FT.
HAZE. ISOLATED SHOWERS. 
.TUESDAY...WEST OF THE BIG ISLAND...EAST WINDS 10 KT VEERING
SOUTHWEST IN THE AFTERNOON. NEAR SOUTH POINT...EAST WINDS TO
25 KT. WIND WAVES 9 FT. NORTHWEST SWELL 5 FT. HAZE THROUGH THE
DAY. ISOLATED SHOWERS THROUGH THE DAY. 
.TUESDAY NIGHT...EAST WINDS 10 KT WEST OF THE BIG ISLAND... EAST
20 KT NEAR SOUTH POINT. WIND WAVES 8 FT. NORTHWEST SWELL 4 FT.
HAZE. ISOLATED SHOWERS. 
.WEDNESDAY...EAST WINDS 10 KT WEST OF THE BIG ISLAND...EAST TO
25 KT NEAR SOUTH POINT. WIND WAVES 8 FT. NORTHWEST SWELL 3 FT.
HAZE THROUGH THE DAY. ISOLATED SHOWERS THROUGH THE DAY. 
.WEDNESDAY NIGHT...NORTHEAST WINDS 10 KT WEST OF THE BIG ISLAND...
NORTHEAST 20 KT NEAR SOUTH POINT. WIND WAVES 8 FT. NORTHWEST
SWELL 3 FT. HAZE. ISOLATED SHOWERS. 
.THURSDAY...NORTHEAST WINDS 20 KT. WIND WAVES 8 FT. NORTHWEST
SWELL 3 FT. HAZE. ISOLATED SHOWERS. 
.FRIDAY...NORTHEAST WINDS 20 KT. WIND WAVES 6 TO 8 FT. NORTHWEST
SWELL 3 FT AND NORTH 8 TO 9 FT. HAZE. ISOLATED SHOWERS.  
$$
;+-------------------------------------------------------------
; NAME:
;       addTreeToTag
; PURPOSE:
;       return tags with trees merged in
; CATEGORY:
;       MDSplus, SCOPE
; CALLING SEQUENCE:
;	names = addTreeToTag( tags, trees )
; INPUTS:
;   tags - array of tags, e.g., '\ip1' (if tree already there, will not change)
;   trees - array of trees (same dimension as tags)
; RETURNED:
;	names - tag names with tree in them, e.g., '\engineering::ip1'
; KEYWORDS:
; COMMON BLOCKS:
;       none
; EXAMPLE:
; 	IDL> print, addTreeToTag( ['\ip1+\ip2'], ['engineering'] )
;	\engineering::ip1+\engineering::ip2
; 	IDL> print, addTreeToTag( ['\engineering::ip1.blah+\ip2'], ['engineering'] )      
;	\engineering::ip1.blah+\engineering::ip2

; LIMITATIONS:
; MODIFICATION HISTORY:
;	30-Apr-01 Written by Bill Davis
;--------------------------------------------------------------
FUNCTION addTreeToTag, tags, trees

outTags = tags

for i=0, n_elements( tags )-1 do begin

   tag = tags[i]
   ipos = 0
   found = 1 
   newTag = ''
   while( found ) do begin
      slashPos = STRPOS( STRMID(tag, ipos, 1000 ), '\' )
      IF slashPos[0]  EQ -1 THEN BEGIN
         found = 0
	 newTag = newTag + tag
      ENDIF ELSE BEGIN
         newTag = newTag + STRMID( tag, ipos, slashPos-ipos+1 )
	 tag = STRMID( tag, slashPos+1, 1000 )
	 nextNonPos = nonVarPos( tag )
	 if nextNonPos[0] EQ -1 then nextNonPos = STRLEN( tag ) -1
	 nextCCPos = STRPOS( STRMID(tag, 0, nextNonPos[0]), '::' )
	 IF nextCCPos[0] LT 0 THEN BEGIN
            newTag = newTag + trees[i] + '::'
	 ENDIF
      ENDELSE
   endwhile
   
   outTags[i] = newTag

endfor

return, outTags
end
000
WGUS85 KABQ 201548
FLSABQ

FLOOD ADVISORY
NATIONAL WEATHER SERVICE ALBUQUERQUE NM
945 AM MDT WED JUN 20 2007

NMC005-201745-
CHAVES-
945 AM MDT WED JUN 20 2007

THE NATIONAL WEATHER SERVICE IN ALBUQUERQUE HAS ISSUED AN

* ARROYO AND SMALL STREAM FLOOD ADVISORY FOR...
  EASTERN CHAVES COUNTY IN SOUTHEAST NEW MEXICO

* UNTIL 1145 AM MDT

* AT 945 AM MDT NATIONAL WEATHER SERVICE DOPPLER RADAR INDICATED     
  HEAVY RAIN ACROSS EASTERN CHAVES COUNTY. THE THUNDERSTORMS 
  WHICH HAVE PRODUCED THE HEAVY RAIN WILL CONTINUE TO WAFFLE AROUND
  A BIT OVER EASTERN PORTIONS OF CHAVES COUNTY THUS EXASPERATING THE 
  THE ALREADY SATURATED CONDITIONS THERE. LOOK FOR CONDITIONS TO
  IMPROVE AS THE LATE MORNING PROGRESSES. RAINFALL TOTALS WILL RANGE
  BETWEEN A THIRD OF AN INCH TO NEARLY 1 INCH. NORTHEAST PORTIONS
  OF CHAVES COUNTY...BETWEEN HIGHWAY 70 AND DEBACA COUNTY WILL
  BE MOST FAVORED FOR HIGHER WATERFLOWS. 

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

REMEMBER...DITCHES ARE DEADLY. A GENTLE FLOW OF WATER CAN BECOME A
RAGING TORRENT IN A MATTER OF MINUTES.

LAT...LON 3300 10403 3316 10376 3400 10386 3408 10384
      3407 10413 3399 10412 3399 10427

$$
50
#
# ChangeLog for /cdat/trunk/Scripts/vcs_icon.xbm 
# 
# Generated by Trac 0.10.5
# 02/23/09 15:10:34
#


08/08/05 03:37:46 doutriau [2963]
	* cdat/trunk/Packages/cdutil/Lib/vertical.py (modified)
	* cdat/trunk/Packages/genutil/Lib/statistics.py (modified)
	* cdat/trunk/Packages/vcs/Lib/install_vcs.py (modified)
	* cdat/trunk/Scripts/vcs_icon.xbm (modified)
	* cdat/trunk/contrib/MSU (added)
	* cdat/trunk/contrib/MSU/Data (added)
	* cdat/trunk/contrib/MSU/Data/ta.nc (added)
	* cdat/trunk/contrib/MSU/Data/tam2.nc (added)
	* cdat/trunk/contrib/MSU/Data/weights.nc (added)
	* cdat/trunk/contrib/MSU/Doc (added)
	* cdat/trunk/contrib/MSU/Doc/example.py (added)
	* cdat/trunk/contrib/MSU/Lib (added)
	* cdat/trunk/contrib/MSU/Lib/MSU.py (added)
	* cdat/trunk/contrib/MSU/Makefile (added)
	* cdat/trunk/contrib/MSU/Src (added)
	* cdat/trunk/contrib/MSU/Src/eqmsu.pyf (added)
	* cdat/trunk/contrib/MSU/Src/msuweight.f (added)
	* cdat/trunk/contrib/MSU/Test (added)
	* cdat/trunk/contrib/MSU/Test/test.py (added)
	* cdat/trunk/contrib/MSU/msu.pfp (added)
	* cdat/trunk/contrib/SciPy (added)
	* cdat/trunk/contrib/SciPy/Scipy_core-0.3.2.tar.gz (added)
	* cdat/trunk/contrib/SciPy/install_script (added)
	* cdat/trunk/contrib/pyIoapi (added)
	* cdat/trunk/contrib/pyIoapi/install_script (added)
	* cdat/trunk/contrib/pyIoapi/pyIoapi-20050506.tar.gz (added)
	* cdat/trunk/exsrc/install_script (modified)
	* cdat/trunk/exsrc/netcdf_fortran.sh (modified)
	* cdat/trunk/exsrc/src/ioapi-3.0.tar.gz (modified)
	* cdat/trunk/installation/contrib.py (modified)
	* cdat/trunk/installation/install.py (modified)
	* cdat/trunk/pysrc/src/Python-2.4.1.tar.gz (added)
	* cdat/trunk/pysrc/src/Python-2.4.tar.gz (deleted)
	* cdat/trunk/pysrc/src/setup.py (modified)
	ben's MSU thing
	pyIoapy
	       finally cleanedup the tolerance thing from Met. Office, it was
	such a complicated code for something that really
	fits on 1 line....

09/24/04 03:32:31 doutriau [2798]
	* cdat/trunk/Scripts/vcs_icon.xbm (modified)
	smaller icon

09/21/04 08:23:13 doutriau [2796]
	* cdat/trunk/Packages/browser/Lib/vcs_function.py (modified)
	* cdat/trunk/Packages/vcs/Lib/install_vcs.py (modified)
	* cdat/trunk/Packages/vcs/Src/library/procCanvas.c (modified)
	* cdat/trunk/Scripts/vcs_icon.xbm (added)
	let user specify template for 1D method if graphic method name
	doesn't start with ASD
	on Linux, little icon for vcs windows, seemed to be ignored by Mac
	window manager
from Caches import *

def cachetruster(cache):
	if caches.count(creg.url(cache))==0 and not cache=='*':
		if creg.has(cache):
			if switch('trust-all-caches') or switch('trust-registered-caches') or yesno('Do you want to trust the registered cache ['+cache+']?'):
				caches.append(creg.url(cache))
				if switch('trust-all-caches') or switch('trust-registered-caches') or yesno('Do you want to add the registered cache ['+cache+'] to your caches file?'):
					f = open('caches','r')
					g = open('xxxtmpcaches','w')
					lines = f.readlines()
					already = 0
					for line in lines:
						g.write(line)
						if line[:-1]==cache: already = 1
					if not already: g.write(cache+'\n')
					f.close()
					g.close()
					os.system('rm -f caches; mv xxxtmpcaches caches')
			else:
				print "Pacman command can't proceed without trust of ["+cache+"]."
				print "Only trust a cache if you are sure of it's location and management."
				sys.exit()
		else:
			if switch('trust-all-caches') or yesno('Do you want to trust the unregistered cache ['+cache+']?'):
				caches.append(cache)
				if switch('trust-all-caches') or yesno('Do you want to add the unregistered cache ['+cache+'] to your caches file?'):
					f = open('caches','r')
					g = open('xxxtmpcaches','w')
					lines = f.readlines()
					for line in lines:
						g.write(line)
					g.write(cache+'\n')
					f.close()
					g.close()
					os.system('rm -f caches; mv xxxtmpcaches caches')
			else:
				print "Pacman command can't proceed without trust of ["+cache+"]."
				print "Only trust a cache if you are sure of it's location and management."
				sys.exit()
Building a basic 162.5 MHz ground plane antenna to improve NOAA Weather Radio reception

Materials Needed:
1 - 6" x 6" piece of aluminum
1 - 18 3/16" length of number 12 wire
4 - 18 3/16" lengths of 3/16" diameter aluminum rods
1 - SO-239 coaxial connector
8 - Number 4 machine screws, star washers, and nuts

Step 1 -
Drill a 5/8 inch diameter hole in the center of the 6" X 6" square of aluminum to mount the SO-239 connector.

Step 2 -
Fasten each of the 18 3/16" aluminum rods to the 6" X 6" aluminum square. The rods should be mounted parallel to the each edge and extend approximately 15 inches beyond the edge of the aluminum square. Fasten the rods using Number 4 machine screws, star washers, and nuts

Step 3 -
Once all four 3/16" diameter aluminum rods are fastened to the aluminum square, the 4 rods will be bent down at a 45 degree angle. The downward bent leg should be approximately 14 3/16 inch in length. 

Step 4 -
Fasten the SO-239 coaxial connector into the hole drilled in step 1 and solder the 18 3/16" length of number 12 wire to the top of the coax connector.
ASAK68 PAFC 100015
RTPAK 


Alaska Temperature and Precipitation Bulletin
National Weather Service Anchorage AK
405 PM ADT Sun Jul 09 2006

Highest temperature last 12 hours. Lowest temperature last
24 hours. A "-" indicates temperatures below zero.
Precipitation for 24 hours ending at 3 PM AST.


.B PAFC 0710 Z DH00/TAIPAYZ/TAIPANZ/PPD/SD
:
: ID           STATION      HI    LO    PCPN  SNOW
:                                             DEPTH
PAFC  : NWS ANCHORAGE     :  71 /  54 /    T  /    
PANT  : ANNETTE           :  61 /  49 /  0.00 /    
PABR  : BARROW AIRPORT    :  38 /  32 /  0.00 /    
PABE  : BETHEL ASOS       :  53 /  49 /  0.00 /    
PABT  : BETTLES           :  61 /  50 /    T  /    
PABV  : BIRCHWOOD         :  66 /  54 /  0.00 /    
PACD  : COLD BAY          :  51 /  48 /    T  /    
PACV  : CORDOVA           :  54 /  49 /    T  /    
PADL  : DILLINGHAM        :  63 /  45 /  0.00 /    
PADU  : DUTCH HARBOR      :  50 /  48 /  0.15 /    
PAFA  : FAIRBANKS AIRPORT :  66 /  54 /  0.00 /    
PAGK  : GULKANA           :  56 /  49 /  0.06 /    
PAHO  : HOMER             :  61 /  46 /  0.00 /    
PAJN  : JUNEAU            :  53 /  50 /  0.90 /    
PAEN  : KENAI             :  59 /  50 /  0.00 /    
PAKN  : KING SALMON AIRPOR:  52 /  39 /  0.00 /    
PADQ  : KODIAK            :  57 /  50 /  0.00 /    
PAOT  : KOTZEBUE          :  55 /  52 /  0.00 /    
PAMC  : MCGRATH           :  62 /  47 /  0.00 /    
PAOM  : NOME              :  48 /  46 /  0.00 /    
PAOR  : NORTHWAY AIRPORT  :  61 /  52 /  0.28 /    
PAAQ  : PALMER            :  56 /  52 /  0.00 /    
PAPG  : PETERSBURG        :  57 /  52 /  0.05 /    
PASN  : SAINT PAUL ISLAND :  47 /  44 /    T  /    
PAWD  : SEWARD            :  54 /  45 /  0.00 /    
PASI  : SITKA             :  54 /  52 /  0.77 /    
PATK  : TALKEETNA         :  60 /  47 /  0.00 /    
PAVD  : VALDEZ            :  55 /  48 /  0.00 /    
PAWS  : WASILLA           :  70 /  54 /   MSG / 
PAWR  : WHITTIER          :  59 /  54 /   MSG /    
PAYA  : YAKUTAT           :  55 /  48 /    T  /    
:
:  Alaska Temperature Extremes.
:  Highest Temperature Last 12 Hours.
:   75 at SKWENTNA
:  Lowest Temperature Last 24 Hours.
:   30 at POINT HOPE
:
.END
#
# ChangeLog for /cdat/trunk/Scripts/vcs_icon.xbm 
# 
# Generated by Trac 0.10.5
# 02/23/09 14:17:24
#


08/08/05 03:37:46 doutriau [2963]
	* cdat/trunk/Packages/cdutil/Lib/vertical.py (modified)
	* cdat/trunk/Packages/genutil/Lib/statistics.py (modified)
	* cdat/trunk/Packages/vcs/Lib/install_vcs.py (modified)
	* cdat/trunk/Scripts/vcs_icon.xbm (modified)
	* cdat/trunk/contrib/MSU (added)
	* cdat/trunk/contrib/MSU/Data (added)
	* cdat/trunk/contrib/MSU/Data/ta.nc (added)
	* cdat/trunk/contrib/MSU/Data/tam2.nc (added)
	* cdat/trunk/contrib/MSU/Data/weights.nc (added)
	* cdat/trunk/contrib/MSU/Doc (added)
	* cdat/trunk/contrib/MSU/Doc/example.py (added)
	* cdat/trunk/contrib/MSU/Lib (added)
	* cdat/trunk/contrib/MSU/Lib/MSU.py (added)
	* cdat/trunk/contrib/MSU/Makefile (added)
	* cdat/trunk/contrib/MSU/Src (added)
	* cdat/trunk/contrib/MSU/Src/eqmsu.pyf (added)
	* cdat/trunk/contrib/MSU/Src/msuweight.f (added)
	* cdat/trunk/contrib/MSU/Test (added)
	* cdat/trunk/contrib/MSU/Test/test.py (added)
	* cdat/trunk/contrib/MSU/msu.pfp (added)
	* cdat/trunk/contrib/SciPy (added)
	* cdat/trunk/contrib/SciPy/Scipy_core-0.3.2.tar.gz (added)
	* cdat/trunk/contrib/SciPy/install_script (added)
	* cdat/trunk/contrib/pyIoapi (added)
	* cdat/trunk/contrib/pyIoapi/install_script (added)
	* cdat/trunk/contrib/pyIoapi/pyIoapi-20050506.tar.gz (added)
	* cdat/trunk/exsrc/install_script (modified)
	* cdat/trunk/exsrc/netcdf_fortran.sh (modified)
	* cdat/trunk/exsrc/src/ioapi-3.0.tar.gz (modified)
	* cdat/trunk/installation/contrib.py (modified)
	* cdat/trunk/installation/install.py (modified)
	* cdat/trunk/pysrc/src/Python-2.4.1.tar.gz (added)
	* cdat/trunk/pysrc/src/Python-2.4.tar.gz (deleted)
	* cdat/trunk/pysrc/src/setup.py (modified)
	ben's MSU thing
	pyIoapy
	       finally cleanedup the tolerance thing from Met. Office, it was
	such a complicated code for something that really
	fits on 1 line....

09/24/04 03:32:31 doutriau [2798]
	* cdat/trunk/Scripts/vcs_icon.xbm (modified)
	smaller icon

09/21/04 08:23:13 doutriau [2796]
	* cdat/trunk/Packages/browser/Lib/vcs_function.py (modified)
	* cdat/trunk/Packages/vcs/Lib/install_vcs.py (modified)
	* cdat/trunk/Packages/vcs/Src/library/procCanvas.c (modified)
	* cdat/trunk/Scripts/vcs_icon.xbm (added)
	let user specify template for 1D method if graphic method name
	doesn't start with ASD
	on Linux, little icon for vcs windows, seemed to be ignored by Mac
	window manager
TITLE
Cleanliness of Common Air Sampling Sorbents for Application to
Phenolic Compounds Measurement Using Supercritical Fluid Extraction

AUTHOR(S)
J. R. Bowyer and J. D. Pleil

PERFORMING ORGANIZATION NAME AND ADDRESS
ManTech Environmental Technology, Inc.
Research Triangle Park, NC 27709

SPONSORING AGENCY NAME AND ADDRESS
AMRB/MRDD/AREAL
U.S. EPA
Research Triangle Park, NC  27711

ABSTRACT
     The trace-level measurement of phenolic compounds in the
ambient air is complicated by the acidic and polar nature of the
compounds especially during recovery from the sampling medium. 
Recently, supercritical fluid extraction (SFE) has been proposed as
an alternative extraction method to Soxhlet extraction or thermal
desorption to achieve more efficient recoveries.  For such
methodology to become practical, the candidate sorbents must first
be tested for stability and cleanliness under SFE conditions.  This
paper describes exploratory research results of background
contamination tests and cleanup properties of some common air
sampling sorbent media with respect to future application to
phenolic compounds monitoring.
PUBLIC NOTICE
Federal Communications Commission
445 12th St., S.W.
Washington, D.C. 20554
News Media Information  202 / 418-0500
Fax-On-Demand  202 / 418-2830
TTY 202 / 418-2555
Internet:  http://www.fcc.gov
ftp.fcc.gov
Report No. 2878 November 19, 2008
CONSUMER & GOVERNMENTAL AFFAIRS BUREAU
REFERENCE INFORMATION CENTER
PETITION FOR RULEMAKINGS FILED 
Interested persons may file statements opposing or supporting the Petition for Rulemakings listed herein within 30 
days, or as noted.  See Sections 1.4 and 1.405 of the Commission's rules for further information.
------------------------------------------------------------------------------------------------------------------------------------------
RM NO. RULES SEC. PETITIONER DATE RECEIVED NATURE OF PETITION
11502* 73.202(b) White Park 08/04/2008 In the Matter of Section 73.202(b),     
Broadcasting, Inc. FM Table of Allotments, White Park 
Broadcasting, Inc. proposes to allot
(Filed By:  Barry A. Friedman, Esq. FM Channel 283C2 at Grand   
Thompson Hine LLP Encampment, Wyoming, in lieu of
1920 N Street, NW, Suite 800 the allotment of Channel 283C2 at 
Washington, DC 20036) Laramie, Wyoming, as proposed in 
the Notice of Proposed Rule Making.
The reference coordinates for proposed Channel 283C2 at Grand Encampment are 41-06-45 NL and 106-27-48 
WL, at a site 29.4 km (18.3 miles) east of Grand Encampment.  
*THE ABOVE PETITION FOR RULEMAKING WILL BE TREATED AS A COUNTERPROPOSAL IN MB DOCKET NO. 08-58. 
REPLY COMMENTS TO THE COUNTERPROPOSAL SHOULD BE SUBMITTED IN THIS DOCKET NO LATER THAN 15 
DAYS (RATHER THAN 30 DAYS) AFTER THE DATE OF THIS PUBLIC NOTICE.
____________________________________________________________________________________________________________
FCC