alea-institute/kl3m-data-sample-004-shuffled huggingface dataset:
[Federal Register Volume 60, Number 16 (Wednesday, January 25, 1995)]
[Corrections]
[Page 4946]
From the Federal Register Online via the Government Publishing Office [www.gpo.gov]
[FR Doc No: X95-60125]



                                                    VOL. 60, NO. 16

                                        Wednesday, January 25, 1995

Federal Register/Vol. 60, No. 16/Wednesday, January 25, 1995/
Corrections
[[Page 4946]]
-----------------------------------------------------------------------


DEPARTMENT OF HEALTH AND HUMAN SERVICES

Public Health Service
Substance Abuse and Mental Health Services Administration

42 CFR Part 51

RIN 0905-AD99


Requirements Applicable to Protection and Advocacy of Individuals 
with Mental Illness; Notice of Proposed Rulemaking

Correction

    In proposed rule document 94-30411 beginning on page 64367 in the 
issue of Wednesday, December 14, 1994 make the following corrections:
    1. On page 64368, in the 1st column, under the heading Definitions, 
in the first paragraph, in the 15th line, ``PAIMPI'' should read 
``PAIMI''.
    2. On the same page, in the same column, under the same heading, in 
the second paragraph, in the 14th line, ``MCHS'' should read ``CMHS.''-
-
    3. On page 64369, in the 1st column, in the 28th line, 
``activities'' should read ``facilities''.
    4. On page 64371, in the third column, in the last paragraph, in 
the fifth line, ``and '' should read ``or''.


Sec. 51.6  [Corrected]

    5. On page 64374, in the second column, in Sec. 51.6(b), in the 
eighth line, after ``using'' insert ``other''.


Sec. 51.24  [Corrected]

    6. On page 64375, in the 3rd column, in Sec. 51.24(a), in the 10th 
line, after ``availability'' insert ``of staff''.

BILLING CODE 1505-01-D
## Breadcrumb

-  Publications 
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#           Linking land and sea through an ecological-economic model of coral reef recreation      

      July 23, 2020    

Coastal zones are popular recreational areas that substantially contribute to social welfare. Managers can use information about specific environmental features that people value, and how these might change under different management scenarios, to spatially target actions to areas of high current or potential value. We explored how snorkelers’ experience would be affected by separate and combined land and marine management actions in West Maui, Hawaiʻi, using a Bayesian Belief Network (BBN) and a spatially explicit ecosystem services model. The BBN simulates the attractiveness of a site for recreation by combining snorkeler preferences for coastal features with expert opinions on ecological dynamics, snorkeler behavior, and management actions. A choice experiment with snorkelers elucidated their preferences for sites with better ecological and water-quality conditions. Linking the economic elicitation to the spatially explicit BBN to evaluate land-sea management scenarios provides specific guidance on where and how to act in West Maui to maximize ecosystem service returns. Improving coastal water quality through sediment runoff and cesspool effluent reductions (land management), and enhancing coral reef ecosystem conditions (marine management) positively affected overall snorkeling attractiveness across the study area, but with differential results at specific sites. The highest improvements were attained through joint land-sea management, driven by strong efforts to increase fish abundance and reduced sediment; however, the effects of management at individual beaches varied.

## Citation Information

## Related Content

                  -              Data           
                  -              Connect           

September 11, 2020

####                 Data release for Linking land and sea through an ecological-economic model of coral reef recreation              

Geosciences and Environmental Change Science Center

#### Kenneth J. Bagstad, Ph.D.

##### Research Economist

Geosciences and Environmental Change Science Center

kjbagstad@usgs.gov

303-236-1330

## Related Content

September 11, 2020

####                 Data release for Linking land and sea through an ecological-economic model of coral reef recreation              

Geosciences and Environmental Change Science Center

#### Kenneth J. Bagstad, Ph.D.

##### Research Economist

Geosciences and Environmental Change Science Center

kjbagstad@usgs.gov

303-236-1330

### Study Area

### Contact

####               Geosciences and Environmental Change Science Center          

Denver Federal CenterBuilding 25Denver, CO80225-0046United States

303-236-5345

### Explore Search

                  - United States
                  - Maui
                  - hawaii

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Exhibit 23.1


                       CONSENT OF INDEPENDENT ACCOUNTANTS

We  hereby  consent  to the  incorporation  by  reference  in  the  Registration
Statement Nos. 333-138913, 333-134830, 333-132536, 333-127039, and 333-113244 on
Form S-8 of our report dated November 13, 2006 (except as to Note A Restatement,
and Income Taxes,  and Notes B and C as to which the date is December 11, 2006),
relating to the financial  statements of Amazon Biotech,  Inc.,  which appear in
this Annual Report on Form 10-KSB/A of Amazon  Biotech,  Inc. for the year ended
July 31, 2006.


/s/ Meyler & Company, LLC

Meyler & Company, LLC
Middletown, New Jersey
January 30, 2007
Raymond MARTIN v. MULTI-CHEM GROUP, LLC, et al.

17-990 consolidated with 17-985 17-986 17-987 17-988 17-989 17-991 17-992

Court of Appeal of Louisiana, Third Circuit.

July 11, 2018

Richard G. Duplantier, Jr., Galloway, Johnson, Tompkins, Burr & Smith, 701 Poydras Street, Suite 4040, New Orleans, LA 70139, (504) 525-6802, COUNSEL FOR DEFENDANTS/APPELLANTS: Multi-Chem Group, LLC, Cade Bourque, John Gauthier, Nathan Walker, Aaron Gauthier

Jo Ann Nixon, Glenda August & Assoc., 129 W. Pershing Street, New Iberia, LA 70560, (337) 369-7437, COUNSEL FOR PLAINTIFF/APPELLEE: Raymond Martin

Court composed of Marc T. Amy, Van H. Kyzar, and Candyce G. Perret, Judges.

AMY, Judge.

For the reasons provided in the consolidated appeal of *Robert J. Broussard, et al. v. Multi-Chem Group, LLC* , 17-985 (La.App. 3 Cir. 7/11/18), --- So.3d ----, 2018 WL 3374948, the judgment of the trial court is affirmed. Costs of this proceeding are assessed to the defendants-appellants, Multi-Chem Group, LLC, Cade Bourque, John Gauthier, Nathan Walker, and Aaron Gauthier.

**AFFIRMED.**
Document has been coded “B” May be requested under the Freedom of

Information Act Http:// www.epa/pesticide/foia but access is restricted to entities not engaged in the production sale or distribution of pesticides outside the United States
<PAGE>

                                                                    EXHIBIT 23.2



                         CONSENT OF INDEPENDENT AUDITOR


As independent certified public accountants for the year ended December 31,
2001, we have issued our report dated February 18, 2002 (except for Note 5 and
19 as to which the date is May 1, 2003) included in Military Resale Group,
Inc.'s Annual Report on Form 10-KSB for the year ended December 31, 2002.  We
hereby consent to the inclusion of said report in Registration Statement No.
333-75630 of Military Resale Group, Inc. on Form SB-2 and in Registration
Statement Nos. 333-103964, 333-102353 and 333-81258 of Military Resale Group,
Inc. on Form S-8.




                                         /s/ Michael Johnson & Co., LLC


Denver , Colorado
May 1, 2003



<PAGE>
Case 20-13111-RAM Doc 21 Filed 05/01/20 Page 1 of 2
Case 20-13111-RAM Doc 21 Filed 05/01/20 Page 2 of 2
## Breadcrumb

-  Publications 
-  Articles 

#           Investigation of magnetization and density of a north Atlantic seamount using Poisson's theorem      

      October 1, 1971    

The relationship between the gravitational and magnetic potentials caused by a uniform distribution of mass and magnetization may be used to obtain independent information about these physical properties. The general relationship in the frequency domain between the Fourier transforms of the gravity and magnetic anomaly fields is established through the Poisson theorem. The discrete Fourier transforms of the sampled continuous functions are used in an analysis which leads to a system of linear equations involving terms in density, magnetization, and calculated finite Fourier-series coefficients. A least squares solution of the system yields the three components of the total magnetization vector divided by the density. From these results, the direction of total magnetization and the minimum of the Koenigsberger ratio Q can be determined uniquely. The remanent magnetization direction and certain other information can be derived for special cases in which the value of one or more of the physical property terms can be assigned. Accurate results were obtained in the analysis of data from a theoretical model. Analysis of gravity and magnetic data from the North Atlantic Gilliss seamount indicates the presence of a significant component of remanent magnetization and leads to derived physical properties which are in fairly close agreement with dredged sample data. The calculated direction of remanent magnetization indicates a paleomagnetic pole position in eastern Siberia, in general agreement with the predicted position for a Cretaceous source in the North Atlantic. The seamount example illustrates certain contingent problems to be considered in practical application of the method.

## Citation Information

### Study Area

### Explore Search

                  - bermuda
                  - Atlantic ocean
                  -  Gilliss seamount

View All **
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 1 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 2 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 3 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 4 of 25
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Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 11 of 25
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Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 13 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 14 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 15 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 16 of 25
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Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 18 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 19 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 20 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 21 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 22 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 23 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 24 of 25
Case 19-27015-SMG Doc 14 Filed 01/03/20 Page 25 of 25
## Breadcrumb

-  Publications 
-  Reports 

#           Preliminary geomagnetic data, College Observatory, Fairbanks, Alaska, December 1980      

      January 1, 1980    

View Document

The preliminary geomagnetic data included here is made available to scientific personnel and organizations, as part of a cooperative effort and on a data exchange basis because of the early need by some users. To avoid delay, all of the data is copied from original forms processed at the observatory; therefore it should be regarded as preliminary.

## Citation Information

### Study Area

### Explore Search

                  - Natural Hazards
                  - United States
                  - Alaska
                  - College Observatory

View All **
[Federal Register Volume 71, Number 198 (Friday, October 13, 2006)]
[Presidential Documents]
[Pages 60653-60654]
From the Federal Register Online via the Government Publishing Office [www.gpo.gov]
[FR Doc No: X06-41013]


[GRAPHIC] [TIFF OMITTED] TD13OC06.002


[[Page 60654]]
## Breadcrumb

-  Publications 
-  Reports 

#           Restoration of bighorn sheep metapopulations in and near 15 national parks: Conservation of severely fragmented species; Volume II, Synopsis of research findings      

      November 1, 1999    

View Document

In 1991, the National Park Service (NPS) initiated a series of research studies to support an effort to restore bighorn sheep (Ovis canadensis) into 15 national parks in the Intennountain West and Colorado Plateau areas (Fig. 1). The Biological Resources Division of the U.S. Geological Survey provided scientific advice and research coordination for the NPS restoration (Fig. 2).

The research studies were conducted by scientists from the Biological Resources Division of the USGS (fonnerly NBS) (11 research studies), university-based scientists (Univ. of Wyoming- 2 studies, University of Colorado- 1, Colorado State University- 2, University of California, White Mountain Center- 1, Northern Arizona University - 1, Montana State University - 1) and by state agency veterinarians: Drs. Beth Williams of Wyoming, Mike Miller of Colorado, and Terry Spraker of Colorado State University. Only the highlights of these research studies are presented below. Full research reports are available in Volume III of this series.

## Citation Information

### Study Area

### Contact

####               Fort Collins Science Center          

2150 Centre AvenueBldg CFort Collins, CO80526United States

970-226-9100

970-226-9230

### Explore Search

                  - United States
                  - Colorado
                  -  Montana
                  -  North Dakota
                  -  South Dakota
                  -  Utah
                  -  Wyoming

View All **
<TABLE> <S> <C>

<ARTICLE>                     9
<CIK>                         1089109
<NAME>                        Lehigh Acres First National Bancshares

<S>                             <C>
<PERIOD-TYPE>                   12-MOS
<FISCAL-YEAR-END>               DEC-31-1999
<PERIOD-START>                  JAN-01-1999
<PERIOD-END>                    DEC-31-1999
<CASH>                          1,045
<INT-BEARING-DEPOSITS>          0
<FED-FUNDS-SOLD>                0
<TRADING-ASSETS>                0
<INVESTMENTS-HELD-FOR-SALE>     0
<INVESTMENTS-CARRYING>          0
<INVESTMENTS-MARKET>            0
<LOANS>                         0
<ALLOWANCE>                     0
<TOTAL-ASSETS>                  167,966
<DEPOSITS>                      0
<SHORT-TERM>                    0
<LIABILITIES-OTHER>             357,845
<LONG-TERM>                     0
<PREFERRED-MANDATORY>           0
<PREFERRED>                     0
<COMMON>                        180
<OTHER-SE>                      (190,059)
<TOTAL-LIABILITIES-AND-EQUITY>  167,966
<INTEREST-LOAN>                 0
<INTEREST-INVEST>               605
<INTEREST-OTHER>                0
<INTEREST-TOTAL>                605
<INTEREST-DEPOSIT>              0
<INTEREST-EXPENSE>              5,405
<INTEREST-INCOME-NET>           (4,800)
<LOAN-LOSSES>                   0
<SECURITIES-GAINS>              0
<EXPENSE-OTHER>                 209,466
<INCOME-PRETAX>                 (214,266)
<INCOME-PRE-EXTRAORDINARY>      0
<EXTRAORDINARY>                 0
<CHANGES>                       0
<NET-INCOME>                    (214,266)
<EPS-BASIC>                     (22.52)
<EPS-DILUTED>                   (22.52)
<YIELD-ACTUAL>                   0
<LOANS-NON>                      0
<LOANS-PAST>                     0
<LOANS-TROUBLED>                 0
<LOANS-PROBLEM>                  0
<ALLOWANCE-OPEN>                 0
<CHARGE-OFFS>                    0
<RECOVERIES>                     0
<ALLOWANCE-CLOSE>                0
<ALLOWANCE-DOMESTIC>             0
<ALLOWANCE-FOREIGN>              0
<ALLOWANCE-UNALLOCATED>          0


</TABLE>
J.C., a juvenile, Appellant, v. The STATE of Florida, Appellee.

No. 3D17-1861

District Court of Appeal of Florida, Third District.

Opinion filed April 25, 2018

Carlos J. Martinez, Public Defender, and Susan S. Lerner, Assistant Public Defender, for appellant.

Pamela Jo Bondi, Attorney General, and Kayla H. McNab, Assistant Attorney General, for appellee.

Before SUAREZ, LOGUE, and LINDSEY, JJ.

PER CURIAM.

Affirmed.
## Breadcrumb

-  Publications 
-  Articles 

#           Links between atmosphere, ocean, and cryosphere from two decades of microseism observations on the Antarctic Peninsula      

      December 16, 2016    

The lack of landmasses, climatological low pressure, and strong circumpolar westerly winds between the latitudes of 50°S to 65°S produce exceptional storm‐driven wave conditions in the Southern Ocean. This combination makes the Antarctic Peninsula one of Earth's most notable regions of high‐amplitude wave activity and thus, ocean‐swell‐driven microseism noise in both the primary (direct wave‐coastal region interactions) and secondary (direct ocean floor forcing due to interacting wave trains) period bands. Microseism observations are examined across 23 years (1993–2015) from Palmer Station (PMSA), on the west coast of the Antarctic Peninsula, and from East Falkland Island (EFI). These records provide a spatially integrative measure of both Southern Ocean wave amplitudes and the interactions between ocean waves and the solid Earth in the presence of sea ice, which can reduce wave coupling with the continental shelf. We utilize a spatiotemporal correlation‐based approach to illuminate how the distribution of sea ice influences seasonal microseism power. We characterize primary and secondary microseism power due to variations in sea ice and find that primary microseism energy is both more sensitive to sea ice and more capable of propagating across ocean basins than secondary microseism energy. During positive phases of the Southern Annular Mode, sea ice is reduced in the Bellingshausen Sea and overall storm activity in the Drake Passage increases, thus strongly increasing microseism power levels.

## Citation Information

## Related Content

## Related Content

### Study Area

### Contact

####               Alaska Science Center          

4210 University DriveAnchorage, AK99508United States

(907) 786-7000

(907) 786-7020

### Explore Search

                  - Antarctica
                  - Antarctic Penninsula

View All **
## Breadcrumb

-  Publications 
-  Articles 

#           Nesting ecology and nest survival of lesser prairie-chickens on the Southern High Plains of Texas      

      June 11, 2014    

The decline in population and range of lesser prairie-chickens (Tympanuchus pallidicinctus) throughout the central and southern Great Plains has raised concerns considering their candidate status under the United States Endangered Species Act. Baseline ecological data for lesser prairie-chickens are limited, especially for the shinnery oak-grassland communities of Texas. This information is imperative because lesser prairie-chickens in shinnery oak grasslands occur at the extreme southwestern edge of their distribution. This geographic region is characterized by hot, arid climates, less fragmentation, and less anthropogenic development than within the remaining core distribution of the species. Thus, large expanses of open rangeland with less anthropogenic development and a climate that is classified as extreme for ground nesting birds may subsequently influence nest ecology, nest survival, and nest site selection differently compared to the rest of the distribution of the species. We investigated the nesting ecology of 50 radio-tagged lesser prairie-chicken hens from 2008 to 2011 in the shinnery oak-grassland communities in west Texas and found a substantial amount of inter-annual variation in incubation start date and percent of females incubating nests. Prairie-chickens were less likely to nest near unimproved roads and utility poles and in areas with more bare ground and litter. In contrast, hens selected areas dominated by grasses and shrubs and close to stock tanks to nest. Candidate models including visual obstruction best explained daily nest survival; a 5% increase in visual obstruction improved nest survival probability by 10%. The model-averaged probability of a nest surviving the incubation period was 0.43 (SE = 0.006; 95% CI: 0.23, 0.56). Our findings indicate that lesser prairie-chicken reproduction during our study period was dynamic and was correlated with seasonal weather patterns that ultimately promoted greater grass growth earlier in the nesting season that provided visual obstruction from predators.

## Citation Information

## Related Content

                  -              Connect           

#### Clint Boal, PhD

##### Research Wildlife Biologist

Cooperative Research Units

cboal@usgs.gov

806-834-6536

## Related Content

#### Clint Boal, PhD

##### Research Wildlife Biologist

Cooperative Research Units

cboal@usgs.gov

806-834-6536

### Study Area

### Contact

####               Cooperative Research Units Program          

12201 Sunrise Valley DrReston, VA20192United States

(703) 648 - 4260

(703) 648 - 4269

### Explore Search

                  - United States
                  - texas

View All **
## Breadcrumb

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#           The nucleus of Comet Borrelly: A study of morphology and surface brightness      

      January 1, 2004    

Stereo images obtained during the DS1 flyby were analyzed to derive a topographic model for the nucleus of Comet 19P/Borrelly for morphologic and photometric studies. The elongated nucleus has an overall concave shape, resembling a peanut, with the lower end tilted towards the camera. The bimodal character of surface-slopes and curvatures support the idea that the nucleus is a gravitational aggregate, consisting of two fragments in contact. Our photometric modeling suggests that topographic shading effects on Borrelly's surface are very minor (<10%) at the given resolution of the terrain model. Instead, albedo effects are thought to dominate Borrelly's large variations in surface brightness. With 90% of the visible surface having single scattering albedos between 0.008 and 0.024, Borrelly is confirmed to be among the darkest of the known Solar System objects. Photometrically corrected images emphasize that the nucleus has distinct, contiguous terrains covered with either bright or dark, smooth or mottled materials. Also, mapping of the changes in surface brightness with phase angle suggests that terrain roughness at subpixel scale is not uniform over the nucleus. High surface roughness is noted in particular near the transition between the upper and lower end of the nucleus, as well as near the presumed source region of Borrelly's main jets. Borrelly's surface is complex and characterized by distinct types of materials that have different compositional and/or physical properties.

## Citation Information

## Related Content

                  -              Connect           

#### Randolph L Kirk, Ph.D.

##### Scientist Emeritus

Astrogeology Science Center

rkirk@usgs.gov

#### Laurence  Soderblom, PhD

##### Geophysicist 

Astrogeology Science Center

astro_outreach@usgs.gov

555-555-5555

## Related Content

#### Randolph L Kirk, Ph.D.

##### Scientist Emeritus

Astrogeology Science Center

rkirk@usgs.gov

#### Laurence  Soderblom, PhD

##### Geophysicist 

Astrogeology Science Center

astro_outreach@usgs.gov

555-555-5555

### Contact

####               Astrogeology Science Center          

2255 N. Gemini DriveFlagstaff, AZ86001United States

928-556-7000

928-556-7014

### Explore Search

                  - Comet Borrelly

View All **