DOCSLIB.ORG

Tax Lot # Subdivision Blk Lot Trct Prsl Owner 02-069-330 ALPINE

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Tax Lot # Subdivision Blk Lot Trct Prsl Owner 02-069-330 ALPINE 2021 - Tax Roll Sort by Subdivison Tax Lot # Subdivision Blk Lot Trct Prsl Owner 02-069-330 ALPINE PROPERTIES SUB, PHASE 1 B-1 HARVILL, JOHN & BARBARA 02-069-340 ALPINE PROPERTIES SUB, PHASE 1 B-RMDR HARVILL, JOHN & BARBARA 02-087-600 ALPINE PROPERTIES SUB, PHASE 1 A CITY OF CORDOVA 02-087-602 ALPINE PROPERTIES SUB, PHASE 1 1 1 ALPINE REALTY, LLC 02-087-604 ALPINE PROPERTIES SUB, PHASE 1 1 2 CLARK, ALLEN & DARLENE 02-087-606 ALPINE PROPERTIES SUB, PHASE 1 1 3 ALPINE REALTY, LLC 02-087-608 ALPINE PROPERTIES SUB, PHASE 1 1 4 ALPINE REALTY, LLC 02-087-610 ALPINE PROPERTIES SUB, PHASE 1 1 5 ALPINE REALTY, LLC GULF STREAM TRUST DATED AUG 18, 02-087-612 ALPINE PROPERTIES SUB, PHASE 1 1 6 2017 02-087-614 ALPINE PROPERTIES SUB, PHASE 1 1 7 BLACKADAR, CHARLES & LAURA 02-087-616 ALPINE PROPERTIES SUB, PHASE 1 1 8 WALL, THOMAS & LINDA 02-087-618 ALPINE PROPERTIES SUB, PHASE 1 1 9 KROLL, KEITH 02-087-620 ALPINE PROPERTIES SUB, PHASE 1 1 10 ALPINE REALTY, LLC 02-087-622 ALPINE PROPERTIES SUB, PHASE 1 1 11 GULF STREAM TRUST 02-087-624 ALPINE PROPERTIES SUB, PHASE 1 1 12 KALLANDER and ALPINE REALTY, LLC 02-087-626 ALPINE PROPERTIES SUB, PHASE 1 1 13 COX FAMILY REVOCABLE LIVING TRUST 08-001-100 ANCSA SECT 14C TRACTS A-M K EYAK CORPORATION PWS SCIENCE CENTER & TECHNOLOGY 02-041-500 ASLS 2001-5 INSTITUTE 02-082-620 ASLS 73-35 ADDN #1 4A SOLBERG, DUSTIN J. & ANN MARIE 02-082-625 ASLS 73-35 ADDN #1 5A MOODY & MICHLIK, EMILY D & MARK J 02-028-200 ASLS 73-35 GROUP A 4 A HAMM & VIMONRAT, GREGORY & VICKI 02-046-350 ASLS 73-35 GROUP A 3 A KRITCHEN, LYLE 02-048-350 ASLS 73-35 GROUP A 1 A DAVIS, CAROL & JAMES ALTHERR 02-048-375 ASLS 73-35 GROUP A 1A A DAVIS, MICHAEL & RICHARD GUSE 02-098-310 ASLS 73-35 GROUP B 8 B BRANSHAW, DAVID 02-098-315 ASLS 73-35 GROUP B 9 B BUTLER, ROBYNE 02-098-320 ASLS 73-35 GROUP B 10 B PIRTLE, STELLA 02-106-713 ASLS 73-35 GROUP B 35A B HONKOLA, RAYMOND HOLLAMON, DOUGLAS & THOMAS & 02-106-719 ASLS 73-35 GROUP B 38 B LOUIS HOLLAMON, DOUGLAS & THOMAS & 02-106-721 ASLS 73-35 GROUP B 39A B LOUIS 02-106-780 ASLS 73-35 GROUP B 11 B WIESE, EARL B 02-106-782 ASLS 73-35 GROUP B 12 B LYNN & SARA MALLORY LIVING TRUST 02-106-784 ASLS 73-35 GROUP B 13 B LYNN & SARA MALLORY LIVING TRUST 02-106-786 ASLS 73-35 GROUP B 14 B BRANSHAW, THOMAS & DENISE 02-082-350 ASLS 73-35 GROUP B 7 B BERGER, MARK LINVILLE IV, ROBERT GORDON & KELSEY 02-082-410 ASLS 73-35 GROUP B 6 B BRIANNE HAWLEY 2021 - Tax Roll Sort by Subdivison Tax Lot # Subdivision Blk Lot Trct Prsl Owner 02-082-600 ASLS 73-35 GROUP B 1 B HAHN, MICHELLE 02-082-610 ASLS 73-35 GROUP B 2 B UNIVERSITY OF ALASKA 02-082-615 ASLS 73-35 GROUP B 3 SMYKE, DANA & ANITA 02-090-410 ASLS 73-35 GROUP C 3A C CUNNINGHAM, ROBERT M 02-090-415 ASLS 73-35 GROUP C 3 C CUNNINGHAM, ROBERT M 02-090-420 ASLS 73-35 GROUP C 4 C RANNEY, GAYLE & JOHN TUCKER ROBERT & JOAN BEHRENDS LIVING 03-055-210 ASLS 73-35 GROUP C 5 C TRUST 03-055-220 ASLS 73-35 GROUP C 7 C CITY OF CORDOVA 03-055-230 ASLS 73-35 GROUP C 8A C CITY OF CORDOVA 03-055-235 ASLS 73-35 GROUP C 9A C CITY OF CORDOVA 03-055-240 ASLS 73-35 GROUP C 9B C CITY OF CORDOVA 03-055-245 ASLS 73-35 GROUP C 10A C CITY OF CORDOVA 03-055-260 ASLS 73-35 GROUP C 11B C CITY OF CORDOVA 03-055-265 ASLS 73-35 GROUP C 12A C CITY OF CORDOVA 03-055-270 ASLS 73-35 GROUP C 2 12B C CARTE, THERESA 03-055-275 ASLS 73-35 GROUP C 12C C HANSON, MERLE & BARBARA 03-055-280 ASLS 73-35 GROUP C 12D C HANSON, MERLE & BARBARA 03-055-285 ASLS 73-35 GROUP C 13 C HANSON, MERLE & BARBARA 03-055-290 ASLS 73-35 GROUP C 14A C DUNDAS, JAMES 03-071-310 ASLS 73-35 GROUP C 20 MCKENZIE, SCOTT & ROBYN 03-071-315 ASLS 73-35 GROUP C 21 MCKENZIE, SCOTT & ROBYN 02-067-410 ASLS 73-35 GROUP C 15 JONES, VIC & PAM ROBERT & JOAN BEHRENDS LIVING 02-067-415 ASLS 73-35 GROUP C 16 C TRUST 02-067-420 ASLS 73-35 GROUP C 17 C JONES, VIC & PAM 02-067-425 ASLS 73-35 GROUP C 18 C UJIOKA, GLENN C 02-067-430 ASLS 73-35 GROUP C 19 C MCCALVY, SHARON 02-068-500 ASLS 73-35 GROUP C 1 C COLLINS, MICHAEL & KARI CARROLL REVOCABLE TRUST, 02-068-510 ASLS 73-35 GROUP C 2 C CHARLETTE 03-055-215 ASLS 73-35 GROUP C 6 NATIVE CONSERVANCY 03-055-250 ASLS 73-35 GROUP C 10B CITY OF CORDOVA 03-055-255 ASLS 73-35 GROUP C 11A CITY OF CORDOVA 03-055-225 ASLS 73-35 GROUP C (68/114) 8 CITY OF CORDOVA 03-071-320 ASLS 74-132 22A ROEMHILDT, DAVID & BOOTSLYN 03-071-325 ASLS 74-132 23A ROEMHILDT, KEN HEIDBRINK & DODGE, MARK & 02-084-425 ASLS 77-145 REBECCA 02-069-300 ASLS 77-30 A AK MENTAL HEALTH TRUST AUTHORITY 02-069-320 ASLS 77-30 B AK MENTAL HEALTH TRUST AUTHORITY 02-041-999 ASLS 79-258 CITY OF CORDOVA 02-063-300 ASLS 79-259 B CITY OF CORDOVA 02-063-500 ASLS 79-259 CITY OF CORDOVA 02-052-999 ASLS 79-261 CITY OF CORDOVA 2021 - Tax Roll Sort by Subdivison Tax Lot # Subdivision Blk Lot Trct Prsl Owner 02-034-250 ASLS 79-262 CITY OF CORDOVA 02-033-300 ASLS 79-263 CITY OF CORDOVA 02-025-250-1 ASLS 79-263 CHLORINE TANK CITY OF CORDOVA 02-025-300 ASLS 79-264 CITY OF CORDOVA 02-086-100 ASLS 79-265 STATE OF ALASKA 02-060-880 ASLS 79-266 PTN CITY OF CORDOVA 02-060-880-1 ASLS 79-266 PTN PWS INVESTMENTS INC 02-098-275 ASLS 83-145 STATE OF ALASKA (LEASED) 02-082-401 ASLS 84-90 A SWARTZBART, PAUL 02-082-405 ASLS 84-90 B DOCKEN, NICHOLAS RUSSELL & LISA 02-098-280 ASLS 85-294 8B BRANSHAW, DAVID 02-033-200 ASLS 87-348 BAGGOT, DANIEL & SHELLEY 02-082-325 ASLS 88-51 2 UNIVERSITY OF ALASKA 02-082-415 ASLS 88-51 3 UNIVERSITY OF ALASKA 02-082-700 ASLS 88-51 1 UNIVERSITY OF ALASKA 02-106-600 ASLS 88-51 1A UNIVERSITY OF ALASKA 02-106-605 ASLS 88-51 2A UNIVERSITY OF ALASKA 02-106-610 ASLS 88-51 1B FRARY, JIM L. 02-106-615 ASLS 88-51 2B FRARY, JIM L. 02-106-905 ASLS 88-51 4 UNIVERSITY OF ALASKA 02-107-600 ASLS 88-51 5 UNIVERSITY OF ALASKA 02-083-220 ATS 1002 A-C CITY OF CORDOVA 02-041-700 ATS 1004 CITY OF CORDOVA 02-053-200 ATS 1004 CITY OF CORDOVA 02-106-790 ATS 103 ORCA INVESTMENTS INC 02-106-502 ATS 105 HONKOLA, LAURIE 02-083-200 ATS 1215 A-B CITY OF CORDOVA 02-053-900 ATS 1589 PTN OF TR A TA PTN SHORESIDE PETROLEUM INC 02-053-901 ATS 1589 TRACT C C CITY OF CORDOVA (LEASED TO SOA)) 02-173-090 ATS 1602 5 STATE OF ALASKA 02-173-050 ATS 1602 1 CITY OF CORDOVA 02-173-060 ATS 1602 2 STATE OF ALASKA 02-173-070 ATS 1602 3 CITY OF CORDOVA 02-041-600 ATS 1610 A CITY OF CORDOVA 02-041-610 ATS 1610 B CITY OF CORDOVA 02-041-620 ATS 1610 C CITY OF CORDOVA STATE OF ALASKA(LEASED TO EYAK 02-041-630 ATS 1610 D CORP) 02-059-310 ATS 1619 HARVILL AMI REVOCABLE TRUST 02-084-410 ATS 175 B CORDOVA ROSE LODGE, LLC 02-084-420 ATS 175 A CORDOVA ROSE LODGE, LLC T1C & 02-053-904 ATS 220 T1E CITY OF CORDOVA 02-053-904-1 ATS 220 CITY OF CORDOVA (LEASED) 02-084-351 ATS 220 T-25 HILL, KEN 2021 - Tax Roll Sort by Subdivison Tax Lot # Subdivision Blk Lot Trct Prsl Owner 02-084-359 ATS 220 33 LINDOW, WILLIAM & RENEE 02-053-520 ATS 220 T1C CANNERY ROW INC 02-084-354 ATS 220 T28 CITY OF CORDOVA 02-084-356 ATS 220 T30 SHELLHORN, RICHARD & SUSAN 02-084-360 ATS 220 34 LINDOW, WILLIAM & RENEE 02-173-325 ATS 220 8 RUTZER, BRIAN 02-173-326 ATS 220 9 THOMAS, BLYTHE R 02-373-531 ATS 220 38 KLEISSLER, MARITA 02-373-535 ATS 220 40 VANDENBROEK, MARVIN & CLARA 02-373-537 ATS 220 41 VANDENBROEK, MARVIN & CLARA 02-473-329 ATS 220 9C CITY OF CORDOVA 02-473-330 ATS 220 10 CITY OF CORDOVA 02-473-332 ATS 220 11A CITY OF CORDOVA 02-473-339 ATS 220 15A GALAMBUSH, MICHAEL & DARLENE 02-473-340 ATS 220 15B MEACHAM, KENNETH A SHARI R 02-473-342 ATS 220 16A CITY OF CORDOVA 02-053-275 ATS 220 (Parcel A) A SHORESIDE PETROLEUM INC 02-060-113 ATS 220 (PTN) 3 2&3 CITY OF CORDOVA 02-060-113-1 ATS 220 (PTN) 3 2&3 CITY OF CORDOVA (LEASED) 02-059-207 ATS 220 (PTN) LT 4(60' TIDELAND) BK1 1 4 TRIDENT SEAFOODS CORPORATION 02-059-209 ATS 220 (PTN) LT 5(TIDELAND) BK 1 TRIDENT SEAFOODS CORPORATION 02-053-225 ATS 220 (PTN) OCEAN DOCK CITY OF CORDOVA 02-053-250 ATS 220 (Tract A) A CITY OF CORDOVA (LEASED TO SOA) 02-473-528 ATS 220 N 1/2 T37 37 BARSHAY, NICHOLAS A.
Load more

Recommended publications
  • Martian Crater Morphology
    ANALYSIS OF THE DEPTH-DIAMETER RELATIONSHIP OF MARTIAN CRATERS A Capstone Experience Thesis Presented by Jared Howenstine Completion Date: May 2006 Approved By: Professor M. Darby Dyar, Astronomy Professor Christopher Condit, Geology Professor Judith Young, Astronomy Abstract Title: Analysis of the Depth-Diameter Relationship of Martian Craters Author: Jared Howenstine, Astronomy Approved By: Judith Young, Astronomy Approved By: M. Darby Dyar, Astronomy Approved By: Christopher Condit, Geology CE Type: Departmental Honors Project Using a gridded version of maritan topography with the computer program Gridview, this project studied the depth-diameter relationship of martian impact craters. The work encompasses 361 profiles of impacts with diameters larger than 15 kilometers and is a continuation of work that was started at the Lunar and Planetary Institute in Houston, Texas under the guidance of Dr. Walter S. Keifer. Using the most ‘pristine,’ or deepest craters in the data a depth-diameter relationship was determined: d = 0.610D 0.327 , where d is the depth of the crater and D is the diameter of the crater, both in kilometers. This relationship can then be used to estimate the theoretical depth of any impact radius, and therefore can be used to estimate the pristine shape of the crater. With a depth-diameter ratio for a particular crater, the measured depth can then be compared to this theoretical value and an estimate of the amount of material within the crater, or fill, can then be calculated. The data includes 140 named impact craters, 3 basins, and 218 other impacts. The named data encompasses all named impact structures of greater than 100 kilometers in diameter.
    [Show full text]
  • The Leadership Issue
    SUMMER 2017 NON PROFIT ORG. U.S. POSTAGE PAID ROLAND PARK COUNTRY SCHOOL connections BALTIMORE, MD 5204 Roland Avenue THE MAGAZINE OF ROLAND PARK COUNTRY SCHOOL Baltimore, MD 21210 PERMIT NO. 3621 connections THE ROLAND PARK COUNTRY SCHOOL COUNTRY PARK ROLAND SUMMER 2017 LEADERSHIP ISSUE connections ROLAND AVE. TO WALL ST. PAGE 6 INNOVATION MASTER PAGE 12 WE ARE THE ROSES PAGE 16 ADENA TESTA FRIEDMAN, 1987 FROM THE HEAD OF SCHOOL Dear Roland Park Country School Community, Leadership. A cornerstone of our programming here at Roland Park Country School. Since we feel so passionately about this topic we thought it was fitting to commence our first themed issue of Connections around this important facet of our connections teaching and learning environment. In all divisions and across all ages here at Roland Park Country School — and life beyond From Roland Avenue to Wall Street graduation — leadership is one of the connecting, lasting 06 President and CEO of Nasdaq, Adena Testa Friedman, 1987 themes that spans the past, present, and future lives of our (cover) reflects on her time at RPCS community members. Joe LePain, Innovation Master The range of leadership experiences reflected in this issue of Get to know our new Director of Information and Innovation Connections indicates a key understanding we have about the 12 education we provide at RPCS: we are intentional about how we create leadership opportunities for our students of today — and We Are The Roses for the ever-changing world of tomorrow. We want our students 16 20 years. 163 Roses. One Dance. to have the skills they need to be successful in the future.
    [Show full text]
  • The First Complete Genome Sequences of the Aci Lineage, the Most
    www.nature.com/scientificreports OPEN The first complete genome sequences of the acI lineage, the most abundant freshwater Received: 10 June 2016 Accepted: 06 January 2017 Actinobacteria, obtained by whole- Published: 10 February 2017 genome-amplification of dilution- to-extinction cultures Ilnam Kang, Suhyun Kim, Md. Rashedul Islam & Jang-Cheon Cho The acI lineage of the phylum Actinobacteria is the most abundant bacterial group in most freshwater lakes. However, due to difficulties in laboratory cultivation, only two mixed cultures and some incomplete single-amplified or metagenome-derived genomes have been reported for the lineage. Here, we report the initial cultivation and complete genome sequences of four novel strains of the acI lineage from the tribes acI-A1, -A4, -A7, and -C1. The acI strains, initially isolated by dilution-to- extinction culturing, eventually failed to be maintained as axenic cultures. However, the first complete genomes of the acI lineage were successfully obtained from these initial cultures through whole genome amplification applied to more than hundreds of cultured acI cells. The genome sequences exhibited features of genome streamlining and showed that the strains are aerobic chemoheterotrophs sharing central metabolic pathways, with some differences among tribes that may underlie niche diversification within the acI lineage. Actinorhodopsin was found in all strains, but retinal biosynthesis was complete in only A1 and A4 tribes. Considering the influence of inland waters on global climate change1,2 and the essential roles of microbes in biogeochemical processes3, studies on major bacterial groups in freshwater environments are important. The acI lineage of the phylum Actinobacteria, comprised of ~13 tribes belonging to acI-A, -B, or -C sublineages, repre- sents one of the most widespread and abundant bacterial groups in freshwater environments4,5.
    [Show full text]
  • On the Materials Science of Nature's Arms Race
    PROGRESS REPORT Natural Defense www.advmat.de On the Materials Science of Nature’s Arms Race Zengqian Liu, Zhefeng Zhang,* and Robert O. Ritchie* materials created by Nature, as opposed to Biological material systems have evolved unique combinations of mechanical “traditional” man-made solids. Extensive properties to fulfill their specific function through a series of ingenious research efforts have been directed to such designs. Seeking lessons from Nature by replicating the underlying principles materials, with emphasis on bamboo,[4,5] [6–8] [9–15] [16–21] of such biological materials offers new promise for creating unique combi- trees, mollusks, arthropods, birds,[22–27] fish,[28–34] mammals,[35–43] and nations of properties in man-made systems. One case in point is Nature’s human beings,[44–53] motivated not only means of attack and defense. During the long-term evolutionary “arms race,” by their unique structures and properties/ naturally evolved weapons have achieved exceptional mechanical efficiency functionalities, but also by the salient with a synergy of effective offense and persistence—two characteristics that mechanisms and underlying design prin- often tend to be mutually exclusive in many synthetic systems—which may ciples that account for their long-term perfection. present a notable source of new materials science knowledge and inspiration. Biological systems represent how a This review categorizes Nature’s weapons into ten distinct groups, and dis- wide diversity of generally composite cusses the unique structural and mechanical designs of each group by taking materials can be developed to best fulfill representative systems as examples. The approach described is to extract their specific demands using a fairly small the common principles underlying such designs that could be translated palette of chemical constituents, often into man-made materials.
    [Show full text]
  • MARCH 2013 (217) 726-6600 Springfield [email protected] Business .Journal Business
    From soda Bella New Plans to jerk to the Milano of- legisla- launch Sangamo fers some- tion, new Source Club, Ang- thing for develope- Sangamon ie Keefner- everyone, ments and Challenge Grieser including new tech- at 2013 talks hos- our Lent- nology. Business PERSONALITY pitality. BUSINESS en eaters. REAL ESTATE & BUSINESS Expo. PROFILE P. 12 LUNCH P. 14 HOME BUILDERS P. 16-29 CONNECTIONS P. 30-34 MARCH 2013 www.springfieldbusinessjournal.com (217) 726-6600 Springfield [email protected] business .journal BUSINESS. NEWS. PAPER. Communities focus on economic growth PACE offers Q5 not for everyone; man are taking the initiative to make capital investment.’ pursues economic development energy savings Chatham and Sherman make it happen. The city of Springfield is the on its own as a problem [for Q5]; In 2007, the Quantum only municipality that is invest- we want to see economic devel- Mall manager promotes work on their own Growth Partnership (Q5) de- ing in Q5. According to Steward opment in the entire county.” financing program initiatives buted as the economic develop- Sandstrom, Springfield Cham- But some area villages have ber president, there is no formal opted out of Q5. The village By Joe Natale, By Betsy Butler, ment function of The Greater plan to solicit investments from of Chatham will soon have its Associate Editor Senior Correspondent Springfield Chamber of Com- merce. The ultimate goal of neighboring areas. “We under- own marketing plan for fueling Spurring economic develop- Q5, as stated on the Chamber’s stand that there is a long list of economic growth. The village Maureen Bluhm is on pace to ment in the midst of a recession website is ‘to grow Sangamon initiatives and a much shorter improve energy efficiency in the is not an easy task but commu- County by improving our ability list of resources,” Sandstrom said.
    [Show full text]
  • Detection of Gullies on Central Peaks and Crater Rims on Mars: Implications for the Origin of Gullies
    Lunar and Planetary Science XXXVI (2005) 1097.pdf DETECTION OF GULLIES ON CENTRAL PEAKS AND CRATER RIMS ON MARS: IMPLICATIONS FOR THE ORIGIN OF GULLIES. J. L. Dickson and J. W. Head, Dept. of Geol. Sci., Brown Univ., Providence, RI 02912 USA, [email protected]. Introduction and Background: Since the detection in MOC served on both the inside and outside of the rim crest. Alcoves for images of geologically recent gullies on Mars [1], several hy- all gullies are close to the crest of the rim (within tens of meters), potheses have been proposed for their origin. These can be subdi- but the rim has remained intact. Well-defined fans are observed vided into models of groundwater seepage [1-3] and melt- for the gullies within Hale Crater, but channels extend off of the ing/runoff of isolated snowpacks [4]. While these models have MOC frame for the gullies on the outside of the rim. All gullies attempted to account for the concentration of gullies in the mid- observed appear youthful and are stratigraphically the youngest latitudes, few studies have examined their immediate geological features in the region of study. context. Christensen [4] noted that MOC data have revealed gul- General Observations and Discussion: Our survey of the lies on isolated surfaces that would be unlikely locations for geologic setting of MOC images that exhibit gully landforms in groundwater seepage. In this work, we present the results of our the middle/high latitudes of Mars permits us to outline patterns survey of geological environments of gullies revealed in MOC with regard to morphology, distribution, and immediate geological images.
    [Show full text]
  • Gusev Photometric Variability As Seen from Orbit by HRSC/Mars-Express ∗ A
    Icarus 197 (2008) 403–428 Contents lists available at ScienceDirect Icarus www.elsevier.com/locate/icarus Gusev photometric variability as seen from orbit by HRSC/Mars-express ∗ A. Jehl a,P.Pineta, , D. Baratoux b, Y. Daydou a, S. Chevrel a,F.Heuripeaua,N.Manauda,A.Corda,C.Rosemberga, G. Neukum b, K. Gwinner c,F.Scholtenc,H.Hoffmanc,T.Roatschc, and the HRSC Team a UMR 5562/ DTP/ CNRS, Observatoire Midi-Pyrénées, 14, Avenue Edouard Belin, Toulouse 31400, France b Frei Universität Berlin, Fernerkundung der Erde und der Planeten, D-12249 Berlin, Germany c Institut für Planetenforschung, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), D-12489 Berlin, Germany article info abstract Article history: Minnaert and two-term phase function Hapke models are used to describe the photometric properties Received 22 January 2008 of the martian surface using HRSC (High Resolution Stereo Camera) multi-angular observations acquired Revised 25 April 2008 along the ongoing Mars-Express mission. These observations can be pieced together to derive integrated Available online 21 June 2008 phase functions over a wide range of phase angles. The photometric diversity at 675 nm, as seen from orbit, of the martian surface properties across Gusev is depicted with seven units. Three photometric Keywords: Mars, surface units widespread across the flanks of Apollinaris Patera flank and the floor of Gusev Crater are identified Photometry as having high single scattering albedo with rather forward scattering properties, low to intermediate Regoliths macroscopic roughness and porous or not compacted powdered surface state as indicated by the Radiative transfer opposition parameters.
    [Show full text]
  • County of San Diego Behavioral Health Services Provider Directory
    Prepared By: Optum PS SD Page: 1 of 247 Updated: 9/13/2021 Data Source= CCBH, TRES, SanWITS and SD County Report SOC-2 NACT County of San Diego Behavioral Health Services Provider Directory Mental Health Plan (MHP) Specialty Mental Health and Drug Medi‐Cal Organized Delivery System (DMC‐ODS) Services Specialty mental health services and Drug Medi‐Cal Organized Delivery System (DMC‐ODS) are provided through the County of San Diego Mental Health Plan, which are separate from your physical health care. The Mental Health Plan and Drug Medi‐Cal Organized Delivery System (DMC‐ODS) services are committed to providing quality mental health and DMC-ODS services to eligible adults, older adults, and children experiencing serious and persistent mental health problems and or substance use disorder issues. Mental health services and DMC-ODS are confidential and are based on the belief that people can, and do, recover from mental illness and substance use disorders. Even though asking for help with mental health problems or substance use issues may be a challenge, help is just a phone call away. MENTAL HEALTH TYPES OF SERVICES AVAILABLE DMC‐ODS TYPES OF SERVICES AVAILABLE Services are located throughout San Diego County. The Directory lists the services locations for each program in the column called “Region.” Mental health assessments Brief Outpatient for At‐Risk Youth and Young Adults Group and Individual rehabilitation Outpatient Treatment Group and Individual therapy Intensive Outpatient Treatment Crisis Intervention Short‐Term Residential Treatment
    [Show full text]
  • Section 3.4 Invertebrates
    Hawaii-Southern California Training and Testing Final EIS/OEIS October 2018 Final Environmental Impact Statement/Overseas Environmental Impact Statement Hawaii-Southern California Training and Testing TABLE OF CONTENTS 3.4 Invertebrates .......................................................................................................... 3.4-1 3.4.1 Introduction ........................................................................................................ 3.4-3 3.4.2 Affected Environment ......................................................................................... 3.4-3 3.4.2.1 General Background ........................................................................... 3.4-3 3.4.2.2 Endangered Species Act-Listed Species ............................................ 3.4-15 3.4.2.3 Species Not Listed Under the Endangered Species Act .................... 3.4-20 3.4.3 Environmental Consequences .......................................................................... 3.4-29 3.4.3.1 Acoustic Stressors ............................................................................. 3.4-30 3.4.3.2 Explosive Stressors ............................................................................ 3.4-51 3.4.3.3 Energy Stressors ................................................................................ 3.4-59 3.4.3.4 Physical Disturbance and Strike Stressors ........................................ 3.4-64 3.4.3.5 Entanglement Stressors .................................................................... 3.4-85 3.4.3.6
    [Show full text]
  • Geometric and Radiometric Modeling of the Martian Surface Based on Object Space Matching and Photoclinometry
    GEOMETRIC AND RADIOMETRIC MODELING OF THE MARTIAN SURFACE BASED ON OBJECT SPACE MATCHING AND PHOTOCLINOMETRY S. Gehrke a,b a TU Berlin, Geodesy and Geoinformation Science, Straße des 17. Juni 135, D-10623 Berlin, Germany b North West Geomatics, Pixelgrammetry Group, 212-5438 11th Street NE, Calgary, AB T2E 7E9, Canada [email protected] Commission IV, WG IV/7 KEY WORDS: Planetary Cartography, Radiometry, Matching, Visualization, DEM/DTM, Orthoimage, Atmosphere ABSTRACT: The unique image data of the High Resolution Stereo Camera (HRSC) on Mars Express enable for systematic derivation of Digital Terrain Models (DTMs) and orthoimages. Consequently, several photogrammetric processing algorithms have been investigated with HRSC imagery. The results form the basis for further research including photometric analysis. Within this paper, an integrated approach for photogrammetric and photometric modeling is presented: the combination of matching in object space and photoclino- metry. Using both geometric and radiometric image properties, geometry (DTM) and radiometry (Hapke reflectance parameters) of the Martian surface as well as atmospheric properties are jointly derived. Results will be shown for the Gusev crater southern hills and for an area with two small impact craters. KURZFASSUNG: Die einzigartigen Bilddaten der High Resolution Stereo Camera (HRSC) auf Mars Express ermöglichen die systematische Ableitung Digitaler Geländemodelle (DGMs) und Orthobilder. Folglich sind verschiedene photogrammetrische Verfahren zur HRSC-Daten- prozessierung untersucht worden. Die Ergebnisse bilden die Basis für weitere Forschungen wie die photometrische Analyse. In die- sem Paper wird ein integrierter Ansatz zur photogrammetrischen und photometrischen Modellierung präsentiert: die Kombination von Matching im Objektraum und Photoklinometrie. Unter Ausnutzung der geometrischen und radiometrischen Bildeigenschaften werden Geometrie (DGM) und Radiometrie (Hapke-Reflexionsparameter) der Mars-Oberfläche sowie Atmosphäreneigenschaften gemeinsam abgeleitet.
    [Show full text]
  • Modelling Cometary Meteoroid Stream
    Krüger et al. Earth, Planets and Space (2021) 73:93 https://doi.org/10.1186/s40623-021-01412-5 FULL PAPER Open Access Modelling cometary meteoroid stream traverses of the Martian Moons eXploration (MMX) spacecraft en route to Phobos Harald Krüger1,2* , Masanori Kobayashi2, Peter Strub1,3, Georg‑Moragas Klostermeyer3, Maximilian Sommer3, Hiroshi Kimura2, Eberhard Grün4,5 and Ralf Srama3,6 Abstract The Martian Moons Exploration (MMX) spacecraft is a JAXA mission to Mars and its moons Phobos and Deimos. MMX will be equipped with the Circum‑Martian Dust Monitor (CMDM) which is a newly developed light‑weight ( 650 g ) large area (1m 2 ) dust impact detector. Cometary meteoroid streams (also referred to as trails) exist along the orbits of comets, forming fne structures of the interplanetary dust cloud. The streams consist predominantly of the largest cometary particles (with sizes of approximately 100 µm to 1 cm) which are ejected at low speeds and remain very close to the comet orbit for several revolutions around the Sun. The Interplanetary Meteoroid Environment for eXplo‑ ration (IMEX) dust streams in space model is a new and recently published universal model for cometary meteoroid streams in the inner Solar System. We use IMEX to study the detection conditions of cometary dust stream particles with CMDM during the MMX mission in the time period 2024 to 2028. The model predicts traverses of 12 cometary − meteoroid streams with fuxes of 100 µm and bigger particles of at least 10−3 m−2 day 1 during a total time period of − approximately 90 days. The highest fux of 0.15 m−2 day 1 is predicted for comet 114P/Wiseman‑Skif in October 2026.
    [Show full text]
  • OPRA Requests -- Town of Dover 10/23/2018 Man-Hours of Date Company Name Description of Requested Documents Research
    OPRA Requests -- Town of Dover 10/23/2018 Man-Hours of Date Company Name Description of Requested Documents Research 10/18/2018 Blum , Alexander List of 2017/2018 Municipal Court Employees, including 0.50 employee name, title, hire date and salary. 10/16/2018 Kaminsky , Carly 122 W Chrystal Street Dover NJ 0.50 Block 1705 Lot 21 Construction Permit log Underground storage tank history 10/12/2018 Pirtea , Juliana 31 Penn Avenue 1.50 Property Record Card Permit Log 2008-present Liens (water/Tax) Code enforcement violations Sent to Water 10/12/2018 Sent to Code Enforcement 10/12/2018 10/12/2018 Jimenez , Nelson 122 W Chrystal Street 1.00 Permits from the last 20 years 10/12/2018 Velez , Francisco Oil Tank History 0.50 143 Mount Hope Avenue 10/12/2018 Long Jr. , Robert 122 W Chrystal Street 1.00 Property Record Card from the Tax Assessor Construction Permit List on File with the building department Record of any abandoned septic tanks Record of any abandoned or removed oil tanks Planning Board and Board of Adjustment resolutions pertaining to the property after 2000 Also Sent to Planning 10/12/2018 10/12/2018 Azar , Edward Copy of Contract between Town of Dover and contractor for installation of pavors on E Blackwell Street between 2011 and 2016 Insurance Certificate from contractor Specification Sheet from Contractor Bid contract and submission True copies of Photography taken by individual or entity Progress Reports submitted by Town of Dover Correspondence between Municipality, attorney, contractor/attorney 1 Man-Hours of Date Company Name Description of Requested Documents Research 10/11/2018 Charles Jones LLC.
    [Show full text]