zilongwang/ReadingBank huggingface dataset:
“Shipping Container” (actual or virtual): (A = 10 – 9; P = 8 – 7; E = 6 – 5; NI = 4 – 0) Exceeds requirements – presented to fit time period with evidence connecting container to state and region it represents; care and creativity in creating “packaging” for container; evidence of research in identifying appropriate came (Union or Confederate); appropriate “shipping” information included (see description for specifics) Meets requirements – presented to fit time period with evidence of research and attention to detail in “shipping” information Some evidence of an attempt to connect “shipping” container to region; little evidence of research and connections to the Civil War era. Container is not relevant to Civil War era or missing; “shipping” information is incomplete or missing “Shipping Container”: _____/10 Overall Presentation of Care Package: (A = 10 – 9; P = 8 – 7; E = 6 – 5; NI = 4 – 0) Exceeds requirements – all requirements for each component of the care package are thoughtful and well presented in their overall project; package shows great attention to detail and evidence of research with well thought out and developed connections to the Civil War era. requirements- above requirements are adequately met; package shows adequate attention to detail and evidence of research connecting all elements to the Civil War era. Most requirements are met; project shows some attention to detail and thought in creating the overall project Project does not meet the above requirements – many elements are missing; little thought and care evident in finished product. Overall Care Package Project: Bibliography (“Works Cited”): (A = 10 – 9; P = 8 – 7; E = 6 – 5; NI = 4 – 0) Exceeds requirements – 2+ sources in addition to US History textbook; source citations and bibliography page are correctly formatted using MLA style; reliable sources are evident in project Meets requirements – at least 2 sources (in addition to US History textbook); source citations are bibliography are correctly formatted with few errors in MLA style Fewer than 2 source citations are included; MLA formatting contains errors; reliability of sources may be questionable (Wikipedia) Source citations are formatted incorrectly or sources are unreliable or missing Bibliography: _____/10 Comments: Final Care Package Grade: _____/170
Management (Average % of FA policy included in IFMPs) 52.5% 54.17% 54.17% 54.17% Reference COSEWIC 2012d COSEWIC 2012a COSEWIC COSEWIC 2012c
where W0 is body mass at age A = 0, and D is the growing season length (days/year). Using a mass-length relationship W = ΩLb, we can express Eq. (S2.2) as a function of length: (S2.3) In order to simplify analysis, it is convenient and reasonable to assume the initial size as zero (L0 = 0), which allows taking a logarithmic transformation on both L and A, resulting in: (S2.4) which rearranged becomes: (S2.5) A linear regression of log(L) on log(A) allows estimating 1/[b(1- β*)] as the slope B, which can be rearranged to give β* = 1 – 1/(bB). Using this method, we carried out linear regressions using length and age values from Lake Trout individual back-calculated data including only pre-maturation years (A = 1 to A = Amat). A histogram of estimates of β* for all individuals is presented in Figure S2.1. Figure S2.1. Frequency distribution of estimates of the production exponent β* from linear regressions on length-at-age data. Supplement S3. Model comparisons based on Akaike Information Criterion (AIC). S3.1. AIC values, ΔAIC (difference from the lowest AIC), and weights (w) from logistic regression of maturity at age (A), length (L). R = predator/prey mass ratio; S = sampling period. “Model” refers to predictors included in the regression. Best models are highlighted in bold. Predictor (X) Sex Model AIC ΔAIC w(AIC)
oviposition-radius 10, 11 R readiness-t-days 8 S start-time 2 T tadpole-desiccation-survival 15 tadpole-devel-time-mean 16 16 tadpole-move-radius 15 tadpole-scouring-v01 15 tadpole-scouring-v09 15 V velocity-shelter-factor 12
Watch Projects 1984-1992: Vol. I - IV. NOAA Tech. Memo. NOS ORCA 71. NOAA/NOS/ORCA, Silver Spring, MD. NOAA [National Oceanic and Atmospheric Administration]. 1989. A summary of data on tissue contamination from the first three years (1986-1988) of the Mussel Watch Program. NOAA Tech. Memo. NOS OMA 49; 154 p. Schantz, M.M.; Parris, R.M.; Wise, S.A. 2005. NIST/NOAA NS&T Intercomparison Exercise Program for Organic Contaminants in the Marine Environment: Description and Results of 2002 Organic Intercomparison Exercises. NIST Interagency/Internal Report NISTIR-6920. National Institute of Standards and Technology, U.S. Department of Commerce: Gaithersburg, Maryland. Schantz, M.M., R.M. Parris, and S.A. Wise. 2008. NISTIR 7501. NIST Intercomparison Exercise Program for Organic Contaminants in the Marine Environment: Description and Results of 2007 Organic Intercomparison Exercises. National Institute of Standards and Technology, U.S. Department of Commerc, Gaithersburg, Maryland. 279 pp. http://www.nist.gov/mml/csd/upload/07report.pdf Sloan, C.A., N.G. Adams, R.W. Pearce, D.W. Brown and S.-L. Chan. 1993. Northwest Fisheries Science Center organic analytical procedures. In: Lauenstein, G.G.; Cantillo, A.Y., eds. Sampling and analytical methods of the National Status and Trends Program, National Benthic Surveillance and Mussel Watch Projects, 1984-1992. Vol. 4. Comprehensive descriptions of trace organic analytical methods. NOAA Tech. Memo. NOS ORCA 71; pp. 53-97.
TP, mg L-1 0.08 0.02 0.03 0.07 Chl a, µg L-1 3.1 5.6 2.4 5.6 ZM, m 1.30 1.50 1.00 1.25 ZSD, m 0.55 0.70 1.0 0.75 WT, 9.4 10.0 9.6 10.3 pH 6.92 6.95 6.89 6.97 Cond, µs cm-1 292 290 282 311 Note: TN is total nitrogen concentration, TP is total phosphorus concentration, Chl a is phytoplankton chlorophyll a, ZM is water depth, ZSD is Secchi depth, WT is water temperature and Cond is conductivity.
Phylum Genus or species +P +N+P +N Control Chlorophyta Pediastrum simplex + + + Pediastrum simplex var. duodenarium + + + + Pediastrum sp. + + + + Actinastrum sp. + Raphidonema longiseta + Mougeotia sp. + + + + Staurastrum sp. + + + + Cosmarium sp. + + + + Bacillariophyta Synedra acus + + + + Synedra sp. + + + + Fragilaria sp. + + + + Surirella sp. + Achnanthes sp. + + + + Navicula sp. + + + + Gyrosigma sp. + + Melosira sp. + Cyclotella sp. + + + + Cryptophyta Cryptomons ovata + + + + Cryptomons erosa + Cryptomons sp. + + + + Chroomonas + + + + Euglenophyta Euglena gasterosteus + Phacus sp. + + + + Trachelomonas sp. + + + + Strombomonas sp. + + + + Euglena sanguinea + + + + Euglena sp. + + + + Chrysophyta Dinobryon sp. + + + + Kephyrion planctonicum + + + + Kephyrion littorale + + + + Kephyrion impletum + + + + Kephyrion mastigophorum + + + + Chrysococcus sp. + + + + Mallomonas sp. + Ochromonas sp. + Dinophyta Gymnodinium aerucyinosum + + + + Peridinium sp. + + + + Ceratium sp. + + + + Xanthophyta Ophiocytium sp. +
Supplementary Materials Tables Table S1: Scenario list for the Adult_Move subset of BRP_Dev models. ‘All’ indicates 100% residency, ‘high’ means the high residency values are used for that area, and ‘low’ signifies that the low residency values are used for that area. Table S2: Scenario list for the Larval_Move subset of BRP_Dev models. ‘All’ indicates 100% residency, ‘high’ means the high residency values are used for area, and ‘low’ signifies that the low residency values are used for that area. Table S3: Scenario list for the All_Move subset of BRP_Dev models. ‘All’ indicates 100% residency, ‘high’ means the high residency values are used, and ‘low’ signifies that
Pahsimeroi1 20 24 - 29 15 - 44 - 44 Shoshone-Bannock1 24 17 - 27 14 - 38 3 41 No PBT assignment1 8 14 - - - 22 8 14 22 No stock assignment2 - - 28 - - 28 17 11 28 1 Probable origin in Snake River upstream from Lower Granite Dam 2 Possible origin in Snake River upstream from Lower Granite Dam Table S2. Demographics of the adult steelhead (Oncorhynchus mykiss) collected and tagged in 2014, assigned by genetic reporting group (RG) and parentage-based tagging (PBT) hatchery stock. Sex Age Fin clip RG & PBT assignments F M U 1-Sea 2-Sea U-sea Clip None Total LOWCOL - 1 - - - 1 - 1 1 SKAMAN - 1 - - - 1 1 - 1 KLICKR 2 1 - - - 3 - 3 3 MGILCS2 Lyons Ferry 4 3 - 7 - - 7 - 7 Cottonwood1 3 - - - 3 - 3 - 3 Little Sheep1 1 2 - 2 1 - 3 - 3 Wallowa1 5 7 - 5 7 - 12 - 12 No PBT assignment2 31 12 - - - 43 6 37 43 YAKIMA - - 1 - - 1 - 1 1 UPPCOL 5 2 - - - 7 1 6 7 SFCLWR1 Dworshak1 208 101 1 4 306 - 266 44 310
Presquile Lake, NS 46.6903 -60.9569 0.04 3 Oligotrophic Neutral Beauchamp (1990) French Lake, NS 46.7281 -60.8656 nd nd Oligotrophic Moderately Acidic Beauchamp (1990) Lake, NS 46.6722 -60.4333 0.1 9.2 Oligotrophic Moderately Acidic Beauchamp (1990) Freshwater Lake, NS 46.6444 -60.3964 0.42 16 Oligotrophic Neutral Beauchamp (1990)
Sex 0.72 (0.36) 0.047 McFadden R2 = 0.02 2015 N = 118 fish, N = 32 east basin fish Constant -1.61 (0.39) < 0.001 Sex 0.95 (0.46) 0.038 McFadden R2 = 0.03
Subclasses 23C5 When appropriate, class subdivided and each treated as class 23E Settlement 1. Settlement needs to be approved by court to be fair, and reasonable 2. member can object 3. You can opt out 23(f): appeals 14 days to interlocutory appeal for class ceritiffciaiton Notes 23(a) requirements 4 initial requirements Numerosity - 23(a)(1) – established if the class representative can show that enough persons are in the class to make joining them as individuals impractical. Typically at least 100. Only really require 40 (generally). If less than 20, may just use joinder Commonality – 23(a)(2) – jargon for idea that the should be a class – that is should consist of persons who share characteristics that matter in terms of the substantive law involved. Typicality – 23(a)(3) - requirement that representatives stand, in significant respects, in the same shoes as the average class member. Less important than the lawyers. Adequacy of representation – 23(a)(4) - class representative must have some stake in the litigation. The representative’s relation to the lawyer should be straightforward. Lawyer has to be sufficiently skillful and equipped with sufficient support and resources to handle the case. Look at resources/experience of law firm Can have discovery to find these requirements of Classes 23(b)(1) class –class recovery: is essentially a mass production version of Rule 19. provides a way to assure that similarly situated parties are treated alike. Do they have an interest that would be impaired if it does not proceed as a class action? If you sue one at a time will the parties that sue first get more money than those that sue later? – Limited funds question. 23(b)(1)(a): about inconsistency of judgments orders from multiple suits would cause conflicting orders avoid whipsawing 23(b)(1)(b): for a limited fund for s 23(b)(2) – injunctive relief class: provides for class actions where the party opposing the class has acted or refused to act “on grounds generally applicable to the class.” Availability is limited to cases in which the plaintiffs are seeking injunctive or declaratory relief. (Civil Rights cases) classic are discrimination cases new standard: if any individualized damages, can’t be injunctive relief class action Trial trial trial
For all such training examples and each time lag k from 1…kmax days, link all values of V within 100 km of grid cell G to map type M. For each time lag k from 1…kmax days, calculate the frequency of extreme V within 100 km of G. Since the distribution of weather stations does not match the 64-km grid used for map types, a buffer distance was required to link map types and dependent variables spatially. As shown above, we chose a buffer distance of 100 km. In experiments (not shown), SOM performance was similar for buffer distances of 50 and 200 km. We chose 100 km subjectively, as this produced the easiest maps for us to interpret. The buffer distance could easily be changed, depending on users’ needs. 1.4. Forecast evaluation Evaluation consists of two steps: (a) predict dependent variables for test cases and (b) compare predictions with true values. The following procedure was used to predict test cases for each dependent variable V, on date D at grid cell G. Again, let kmax be the maximum time lag for V. For each time lag k from 1…kmax days, find the most similar map type (Mk) on date D – k. For each time lag k from 1…kmax days, find the frequency of extreme V, within 100 km of grid cell G, under map type Mk. Let this frequency (calculated in Section 1.3) be fk. Combine all frequencies fk into a single value. This is done with an exponential weighting scheme:
eastern hophornbeam Ostrya virginiana 0.63 American basswood Tilia americana 0.59 Norway spruce Picea abies 0.44 apple spp. Malus spp. 0.28 Scotch pine sylvestris 0.20 pitch pine Pinus rigida 0.19 hawthorn spp. Crataegus spp. 0.19 balsam poplar Populus balsamifera 0.16 serviceberry spp. Amelanchier spp. 0.15 eastern cottonwood Populus deltoides 0.14 willow Salix nigra 0.13 American hornbeam, musclewood Carpinus caroliniana 0.11 eastern redcedar Juniperus virginiana 0.08 boxeldar Acer negundo 0.07 American mountain-ash Sorbus americana 0.07 larch spp. Larix spp. 0.06 butternut Juglans cinerea 0.05 blackgum Nyssa sylvatica 0.03 cucumbertree Magnolia acuminata 0.01 ailanthus Ailanthus altissima 0.01 weeping willow Salix sepulcralis 0.01 Douglas-fir Pseudotsuga menziesii 0.01 Note: The frequency which is smaller than 0.01% was not shown in the table.
Table S4. Summary statistics for tree level variables. Spruce-fir pine Other species D (cm) Mean 18.94 14.75 23.88 17.74 21.37 16.32 SD 11.16 8.87 12.50 9.02 11.76 10.20 Max 127.00 77.22 112.78 80.52 122.17 97.28 Min 2.54 2.54 2.54 2.54 2.54 2.54 n 95099 79786 21905 21783 9768 g (cm year-1) Mean 0.21 0.20 0.30 0.19 0.28 0.16 SD 0.26 0.22 0.32 0.26 0.28 0.31 Max 3.58 2.70 6.20 2.10 2.67 2.49 Min -6.85 -4.59 -6.30 -2.80 -3.18 -2.99 n 95099 59150 21905 21783 9768 m (year-1) Mean 0.017 0.019 0.013 0.027 0.017 0.024 SD 0.056 0.059 0.050 0.069 0.056 0.065 Max 1.000 1.000 1.000 1.000 1.000 1.000 Min 0.000 0.000 0.000 0.000 0.000 0.000 n 117903 105579 64177 28908 26951 12478 Note: D (diameter at breast height) was calculated at the first inventory, g (annual diameter growth) and m (annual mortality) were between the two inventories. SD: standard deviation; n: number of trees.
All quiet along the Potomac to-night,— No sound save the rush of the river; While soft falls the dew on the face of the dead,— The picket's off duty forever. The Girl I Left Behind Me By: Anonymous The hours sad I left a maid A lingering farewell taking Whose sighs and tears my steps delayed I thought her heart was breaking In hurried words her name I blest I breathed the vows that bind me And to my heart in anguish pressed The girl I left behind me Then to the east we bore away To win a name in story And there where dawns the sun of day There dawned our sun of glory The place in my sight When in the host assigned me I shared the glory of that fight Sweet girl I left behind me Though many a name our banner bore Of former deeds of daring But they were of the day of yore In which we had no sharing But now our laurels freshly
Allen v United States, 164 U.S. 492 (1896). Allen v United States at 501; People v Aponte, 2 N.Y.3d 304 (2004); People v Pagan, 45 N.Y.2d 725 (1978). -4-
UNAUTHORIZED PRACTICE OF A PROFESSION (E Felony) EDUCATION LAW 6512 (1) The (specify) count is Unauthorized Practice of a Profession. Under our law, a person is guilty of the Unauthorized Practice of a Profession when he or she, Select the appropriate alternative: not being authorized to practice (specify profession) for which a license is a prerequisite, practices or offers to practice or holds himself or herself out as being able to practice (specify profession). practices (specify the profession) as an exempt person during the time when his or her professional license is suspended, revoked or annulled. aids or abets an unlicensed person to practice (specify the profession).1 fraudulently sells, files, furnishes, obtains, or who attempts fraudulently to sell, file, furnish or obtain any diploma, 1 People v Santi, 3 NY3d 234 (2004) explained: “In interpreting the statute we are guided by a well-settled principle of statutory construction: courts normally accord statutes their plain meaning, but ‘will not blindly apply the words of a statute to arrive at an unreasonable or absurd result’. Indeed, ‘[t]he primary consideration of the courts in the construction of statutes is to ascertain and give effect to the intention of the Legislature’. Legislative intent drives judicial interpretations in matters of statutory construction . . . If the phrase ‘not authorized to practice under this title’ modified the pronoun ‘[a]nyone’ as defendant urges, the statute would necessarily be applied in an unreasonable manner . . . We conclude that Education Law § 6512 (1) does not exempt licensed physicians from prosecution under the statute. To the contrary, section 6512 (1) allows for the prosecution of any individual, licensed or not, that aids and abets an unauthorized individual in the practice of medicine.”
Rubric Beginning 0 Developed 10 Accomplished 14 Exemplary 16 Score Diary Entries None One entry Two Entries Two entries written neatly with in first person during the accurate time period Ad/Newspaper Article None Ad or newspaper article is hand written and not about the war Newspaper article is handwritten and is about the war or is typed and not about the war Newspaper article typed and discusses the war Research /Handout None Research paper is written without any factual information Research paper is written and not typed but has the facts about a real person or an event Research paper is typed and has facts about a real person or event Meaningful Objects None Picture or model of objects Picture or model of 3-4 objects Picture or model of5 objects Meaningful Pictures None 1 picture 2 pictures 2 pictures that are
Interpreter For Defendant, Witness, or Juror Defendant, Participating with an Interpreter: The defendant is participating with the aid of Select appropriate alternative: an interpreter of (identify the language) sign language interpreter a reporter who will be recording the proceedings by a shorthand system and the recorded words will simultaneously appear on a computer screen for the defendant to read; that is known as Computer Assisted Real-time Translation. (specify, e.g. a reader for a person; a lip reader, etc.) The interpreter/reporter/(specify) is specially trained for such translation. That the defendant is participating with the aid of an interpreter/reporter/(specify) is not evidence of anything, and you are not to draw any negative inference against the defendant or the People because of the defendant’s use of an interpreter/reporter/(specify). Defendant, Testifying with the Aid of an Interpreter Note: If the defendant is the witness and the instruction above for a "defendant, participating with an interpreter" was given to the jury at the commencement of the trial, the court need only further instruct the jury as follows: 1 trial
mustang BASKETBALL MAY 2017 SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY 1 2 3 4 5 Athletic Physicals 6 7 8 9 10 11 12 PHS Graduation 13 14 15 16 17 18 Parent Appreciation and BBQ 6pm - 7:30pm 19 20 5k color Run 7:00 a.m. 21 22 23 24 25 Last Day of School 26 27 28 29 30 31 mustang BASKETBALL JUNE 2017
SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY 1 2 SR High Harding overnight Camp 3 SR High Harding overnight Camp 4 SR High Harding overnight Camp 5 6 JR High Harding overnight Camp 7 JR High Harding overnight Camp 8 JR High Harding overnight Camp 9 10 11 12 Mustang Pee Wee Basketball Camp 8am – 1pm 13 Mustang Pee Wee Basketball Camp 8am – 1pm 14 Mustang Pee Wee Basketball Camp 8am – 1pm 15 16 17 18 Coaches Clinic >>>>>>>>>>>> 19 20 21 22 23 24 25 26 AAA DEAD WEEK 27 AAA DEAD WEEK 28 AAA DEAD WEEK 29 AAA DEAD WEEK 30 AAA DEAD WEEK mustang BASKETBALL JULY 2017 SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY -------- -------- -------- -------- -------- 1 AAA DEAD WEEK
2 3 AAA DEAD WEEK 4 AAA DEAD WEEK 5 AAA DEAD WEEK 6 AAA DEAD WEEK 7 AAA DEAD WEEK 8 9 10 JR & SR Jessieville Camp 11 JR & SR Jessieville Camp 12 JR & SR Jessieville Camp 13 SR High Flippin Basketball Float/camp 14 SR High Flippin Basketball Float/camp 15 SR High Flippin Basketball Float/camp 16 17 18 19 20 League Camp @ Atkins 21 22 23 ____________ 30 24 ____________ 31 25 26 27 League Camp @ Atkins 28 29 mustang BASKETBALL AUGUST 2017 SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY 1 2 3 4 5 6 7 8 9 10 11 12
DBS - Pagwachuan Range Hypothesis -2 *LL k AIC ∆AIC Weight AUC Specificity Precision Spring (N = 77) Global 3272.26 11 3294.26 0.00 1.00 0.78 0.94 0.70 Browse Refuge 3338.96 7 3352.96 58.70 0.00 0.76 0.93 0.67 Browse Availability 3366.46 6 3378.46 84.20 0.00 0.75 0.93 0.58 Competition 3603.66 7 3617.66 323.40 0.00 0.70 0.94 0.76 Disturbance 3721.94 3 3727.94 433.68 0.00 0.64 0.93 0.77 Fall (N = 40) Global Model 3534.9 11 3554.90 0.00 1.00 0.82 0.95 0.78 Browse Refuge 3739.68 6 3751.68 196.78 0.00 0.79 0.93 0.67 Browse Availability 3761.82 5 3771.82 216.92 0.00 0.78 0.93 0.71 Competition 3802.68 7 3816.68 261.78 0.00 0.78 0.93 0.77 Disturbance 4182.82 3 4188.82 633.92 0.00 0.67 0.89 0.53 Winter (N = 44) Global Model 3409.24 11 3431.24 0.00 0.98 0.78 0.96 0.86 Competition 3487.42 7 3501.42 70.18 0.02 0.75 0.97 0.88 Browse Refuge 3617.04 7 3631.04 199.80 0.00 0.73 0.94 0.71 Browse Availability 3641.16 6 3653.16 221.92 0.00 0.72 0.93 0.70 Disturbance 3724.88 3 3730.88 299.64 0.00 0.65 0.99 0.99 UBS – Kinlock Hypothesis -2 *LL k AIC ∆AIC Weight AUC Specificity Precision Spring (N = 117) Global Model 3444.46 11 3466.46 0.00 1.00 0.76 0.94 0.74
Supplementary material 1. Age structure for the models of factors affecting reproductive success Table S1. Selection of logistic mixed models of the effect of different structures of age on the weaning success of female chamois (Rupicapra rupicapra) in the Parco Naturale delle Alpi Marittime, Italy, (n= 102 females, 206 female-years). # Modelsa Kb AICc Δi wi Cum wi 1 Classes 1 4 332 0.00 0.63 0.63 2 Brocken-stick - 4 4 335 2.47 0.18 0.81 3 Classes 2 4 335 2.71 0.16 0.97 4 Quadratic (10+) 4 339 6.40 0.03 0.99 5 Factor 13 343 10.79 0.00 1.00 6 Quadratic 4 345 12.25 0.00 1.00 7 Null 2 346 14.18 0.00 1.00 8 Linear 3 348 15.94 0.00 1.00 9 Linear (10+) 3 348 16.05 0.00 1.00 a : Classes 1: 3, 4-7 and 8 years and older; Classes 2: 3, 4-8 and 9 years and older, Broken-stick–4: broken-stick model with the break at age 4; Quadratic (10+): age and age2 with females 10 years and older pooled due to small sample size; Factor: each age as an age class; Linear: age as a continuous variable. b: K, number of parameters, AICc, Akaike information criterion, Δi , ΔAICc; wi, model weight of evidence, Cum. wi: cumulative weight of evidence. The AICc selection indicates that the null model has a ΔAICc of 14.18 and a weight of 0, indicating that age is an important variable influencing weaning success. The first set of age classes is the best model, with a weight of evidence of 0.63 and no other model with a ΔAICc less than 2. We therefore chose to use this first set of age classes for all the models of reproductive success. Figure S1 illustrates the effect of different structures of age on weaning success. 2013
Government of Alberta but compiled and maintained by Alberta Data Partnerships formerly Spatial Data Warehouse (http://abdatapartnerships.ca/) and Altalis (http://www.altalis.com/products/property/dispositions/dids.html). In British Columbia, locations of well sites were obtained from British Columbia Agency - Oil and Gas Commission. These data were publically available online and last updated on 30 January 2015 (http://catalogue.data.gov.bc.ca/dataset/ogc-well-sites-public-version). The British Columbia well site dataset contained spatial data collected through the Oil and Gas Commission’s electronic Petroleum Application Submission System (ePASS) on or after October 30, 2006. We removed well sites in the “permission to drill” and “cancellation of permission before drilling” because they were not likely to have occurred on the landscape yet. Also because the data are the center coordinates of the well site we applied a square buffer to make polygons of 1.588 ha (15883 m2) representing a well pad footprint. This buffer size matched the average footprint of well pads in the Alberta dataset. Wild Fires We obtained spatial representation of burned habitat from perimeters of historical wild fires from the Government of Alberta and the British Columbia Ministry of Forests, Lands and Natural Resource Operations - Wildfire Management (https://apps.gov.bc.ca/pub/dwds/viewOrder.do?orderId=1542399). The Alberta wildfire data were updated April 2013 and includes fires from 1931 to 2012 while the British Columbia data were updated April 2014 and included fires from 1917 to 2013.
Deciduous Closed >50% crown closure; >80% broadleaf Deciduous Forest Deciduous Forest Deciduous Open 6–49% crown closure; >80% broadleaf Deciduous Forest Deciduous Forest Mixed Closed >50% crown closure; 26–79% broadleaf Mixed Forest Mixed Forest Mixed Open 6–49% crown closure; 26–79% broadleaf Mixed Forest Mixed Forest Herb <25% shrub cover; <6% tree cover Herb Herb Alpine Herb <6% vegetation cover, Alpine Elevations Herb Herb Alpine Bare <25% cover; <6% tree cover; Alpine Elevations Barren Barren Barren <6% vegetation cover Barren Barren Water >6% standing or flowing water Reference Wetland Agriculture Landuse: Agriculture, crops, pasture etc. Reference Reference Wetland >10% Vegetation ‘wet’ or ‘aquatic’ moisture regime Reference Wetland Regeneration >25% shrub or tree cover; Canopy < 5m height Regeneration Regeneration Literature Cited ASTER GDEM Validation Team. 2011. ASTER Global Digital Elevation Model Version 2 – Summary of Validation Results [online]. Available from https://lpdaac.usgs.gov/dataset_discovery/aster/aster_products_table/astgtm [accessed 29 September 2016]
Supplementary Table S1. Summary of external stimuli inducing short-term physiological color changes in anoline lizards. Species Color Change Stimulus Source Anolis benedikti to brown Human handling 1 Anolis carolinensis Green to brown Placement on dark substrate 2,3 Low temperature 3,4 Low humidity 5 High illumination 4,6–9 Forced stressful movement 10 Losing staged agonistic encounter 11–13 Viewing an opponent’s aggressive coloration or behavior 14,15 Exposure to a male (females only) 16 Right eye blindfolded during agonistic encounter 17 Defense or courtship at territorial boundary 18 to green Exclusive exposure to green light 8 Loss of circulation 7 Skin excision 7 Death 7 Anolis coelestinus Green to brown/striped/gray Human approach 19 Anolis cuvieri (green morph) Green to greenish black Stimulus not described; presumably response to human or a conspecific 20 Anolis cuvieri (dark morph) Light gray/brown to brownish black Stimulus not described; presumably response to human or a conspecific 20 Anolis cybotes haitianus Patterned brown/black to brown Stimulus not described; presumably response to human or a conspecific 19 Anolis distichus vinosus Light mottled green/gray/brown to dark brown/black Stimulus not described; presumably response to human or a conspecific 19 Anolis equestris Green to brown Human presence 21 High illumination 21
127 0.4940065 0.5737966 Means: Estimate SE Sig diffs Before T 3.657 0.151 a After T 3.550 0.151 a Before C 2.950 0.153 b After C 1.695 0.151 c Distance test Estimate Std. Error df t value Pr(>|t|) (Intercept) 0.25739 34.00000 14.897 2.22e-16 *** Dist -0.01615 0.01066 34.00000 -1.515 0.139 Trial 4: Smallest risk island BACI test (middle 4 stations in 6x6 grid) GLMM model output: Sum Sq Mean Sq NumDF DenDF F.value Pr(>F) Period 8.1783 8.1783 1 41 15.0203 0.0003762 *** Treatment 9.9588 9.9588 1 41 18.2903 0.0001106 *** Period:Treatment 5.0234 5.0234 1 41 9.2259 0.0041382 ** Marginal and conditional R2 values: n Marginal Conditional 48 0.4185902 0.457028
3L Ontario Canada 3-1 2014 3-3 2014 3-4 2014 3-5 2014 3-6 2014 3-7 2014 4L Ontario Canada 4-1 2014 4-2 2014 4-3 2014 4-4 2014 4-5 2014 4-6 2014 5L Ontario Canada 5-1 2014 5-2 2014 5-3 2014 6L Ontario Canada 6-1 2014 7L Ontario Canada 7-1 2014 7-2 2014 7-3 2014 8L Ontario Canada 8-1 2014 8-2 2014 9L Ontario Canada 9-1 2014 9-2 2014 9-3 2014 10L Ontario Canada 10-2 2014 11L Ontario Canada 11-1 2014
11-2 2014 11-3 2014 12L Ontario Canada 12-1 2014 13L Ontario Canada 13-1 2014 14L Ohio USA 15-1 2014 15-2 2014 15-3 2014 15L Michigan USA 20-1 2014 20-2 2014 20-3 2014 20-4 2014 20-5 2014 20-6 2014 16L Michigan USA 22-1 2014 22-2 2014 17L Michigan USA 23-1 2014 18L Michigan USA 24-2 2014 19L Michigan USA 25-2 2014 25-3 2014 20L Michigan USA 26-1 2014 21L Michigan USA 27-1 2014 27-2 2014 27-3 2014 22L Michigan USA 28-1 2014 28-2 2014 23L Michigan USA 29-1 2014
29-2 2014 29-3 2014 24L Michigan USA 30-1 2014 25L Michigan USA 31-1 2014 26L Michigan USA 34-2 2014 34-3 2014 27L Michigan USA 35-1 2014 35-2 2014 35-3 2014 28L Michigan USA 36-1 2014 29L Michigan USA 37-1 2014 30L Michigan USA 38-1 2014 31L Michigan USA 39-1 2014 Appendix A3. Genotypic data at 20 microsatellite markers for 73 Cimex lectularius individuals. The top three digits describe the length (in base pairs) of the first allele, and the lower three describe the length of the second allele. Missing data is identified with “000” both on the top and the bottom row. ID BB 38B Clec 11 BB 31B Clec 45 Clec 99 BB 21B BB 28B BB 29B Clec 15 1-1 244 244 267 267 228 228 164 164 280 280 237 237 1-2 247 255 231 231 1-3 255 255 231 237 110 266 288 151 154 126
Appendix B. Results of analyses of population genetic structure of lectularius in the North American Great Lakes region using two different microsatellite datasets. Appendix B1. Spatial genetic structure, diversity, and differentiation in Cimex lectularius samples, estimated using two different panels of microsatellite markers varying in the number of markers. Most likely number of genetic clusters (K) estimated using the Geneland method, Isolation-by-distance (IBD) and IBD while correcting for population genetic structure (IBD + K), average expected heterozygosity (HS), Hedrick’s global G’ST differentiation index (and 95% confidence intervals), and AMOVA = Analysis of Molecular Variance, are shown. Number of markers 20 7 Most likely K 13 11 IBD (rW) P 0.001* 0.001* R2 0.11 0.09 IBD (rW) + K P (IBD) 0.001* 0.001* P (K) 0.001* 0.001* R2 0.26 0.22 HS 0.320 (0.289 – 0.351) 0.351 (0.292 – 0.410) Hedrick’s G’ST 0.746 (0.711 – 0.781) 0.750 (0.683 – 0.817) AMOVA (% of variation) Within 33.1 42.1 Among sites 66.9 57.9 *Statistically significant at α = 0.05
Table S1. Little brown bat (Myotis lucifugus) specimens sampled from the University of Alaska Museum of the North’s Mammalogy Collection as catalogued in the Arctos Database (http://arctos.database.museum) Museum ID Sex Location Latitude Longitude Date of Collection AF74096 M Chena Hills Dr., Fairbanks 64.82972° -147.9451° 27Apr2010 AF71189 M Takatz Bay, Sitka 57.14917° -134.82694° 17Feb2011 AF74091 M Gibson Place, Sitka 57.06625° -133.3615° 1Feb12 AF74093 M Finn Alley, Sitka 57.05208° -135.3265° 5Sept2012 AF74094 M Finn Alley, Sitka 57.05208° -135.3265° 5Sept2012 AF74097 M Finn Alley, Sitka 57.05208° -135.3265° 17Feb2011 AF74099 M Finn Alley, Sitka 57.05208° -135.3265° 17Feb2011 Table S2. List of orders and families detected in guano of little brown bats (Myotis lucifugus) from interior Alaska using microhistology (n = 83) and DNA analysis (n = 27). Order Family Microhistology DNA Araneae Unidentified x Araneidae x Linphiidae x Philodromidae x Theridiidae x Coleoptera Unidentified x Carabidae x Dermestidae x Dytiscidae x Diptera Unidentified x Agromyzidae x
MN MB05UFS002 Split Lake6 56.2397 -96.0738 1979-2005 0 MN MB06EBS035 Granville Lake6 56.4183 -100.1606 1980-1981 0 MN MB06EBS002 Rusty Lake6 56.5672 -99.5786 1980-1988 0 MN MB06EBS003 Lake6 56.6053 -101.6 1983-1988 0 MN MB06EBS021 Cockeram 56.8378 -100.9017 1980-1988 0 MN MB05PGS081 Madge Lake6 49.9381 -95.1813 2007 0 MN MB05PGS083 Shirley Lake6 49.9173 -95.1892 2007 0 NB NB01AQ0117 Magaguadavic Lake5 45.7167 -67.2 1971 0 1Source: Government of BC Environmental Monitoring System (EMS) 2Source: BC Lake Stewardship Society 3Source: World Lake Database 4Source: Alberta Environment 5Source: Environment and Climate Change Canada 6Source: Manitoba Waterstewardship 7Source: Government of Ontario, Provincial (Stream) Water Quality Monitoring Network 8Not all years may be represented within range 9Approximate date range 10Minimum is approximation obtained from temperature chart Figure S1. Temperature trace showing rate of temperature drop over time of A) representative tank from Experiment 1 (golden zebrafish tank) and B) housing for research GFP and wild-type zebrafish lines in Experiment 2.
Supplementary Material Table S1. Forward and reverse sequences and respective annealing temperatures for eleven primer pairs used to isolate and amplify polyallelic microsatellites from Didelphis virginiana DNA collected in Ohio, Wisconsin, and Michigan. Annealing temperatures in bold were modified from original primer protocols (Fike et al. 2009). Primer Sequence Annealing temp. (°C) OP03 F: 5’-CCTTATTGTATGTGTCCTCTTCTTTC-3’ R: 5’-CTTATTTGGGATACTGGCACAC-3’ 66 OP08 F: AAGTTGCCAAACATAGATAATAAGC R: TCACTTCTATTGTCAGATGACTTACC 57 OP16 F: TCTGAAAGAGGAAACAATATCAGC R: TAAGAAGCCAACCCATACCC 58 OP19 F: GCAATAGTCCAGGCATGAGG R: AACACCATCCTCTGGTTTGC 64 OP46 F: AGGATAGTGAGAGTTCCTTATTGG R: TTCTAAACAGTTCTGTGTATGTATTCC 64 OP31 F: GGGAGTTACTAAGGCAGAGAGTC R: TTCCTCATTCACTCCTCTATGG 65 OP14 F: GCCATAGTTGTCAGTTTCTTCC R: CTGCCTAGCTCTCAAAGTGC 60 OP39 F: GCCCAGCCACTTTACAGC R: CATGAATCCAAATGACTTCACC 65 OP21 F: AATTCACTGGAAGCCTCAGC 65
3720 S Emporia Way Apt #W301 Aurora, CO 80014 Cell: (520) 780-6865 Education Fellowship Residency Internship University of Colorado Department of Orthopaedics, Spine Fellowship Aurora, CO University of Arizona Department of Orthopaedics, Tucson, AZ University of Arizona Department of Orthopaedics, Tucson, AZ 2012 – 2013 2008 – 2012 2007 – 2008 Medical School University of Arizona College of Medicine, Tucson, AZ 2003 – 2007 Medical Degree College Portland State University, Portland, OR 1998 – 2002 BS in Biology with emphasis in Microbiology Honors Thesis: “Mutational Analysis of GCPS (Greig cephalopolysyndactyly syndrome) and PHS (Pallister-Hall syndrome) Patients. Certification for Boards Eligible – Passed Step 1, Written Orthopaedic Boards 2012 Licensure Colorado 2012 – Present Honors and Awards Administrative Chief Resident University of Arizona Department of Orthopaedics AOA Leadership Award University of Arizona Department of Orthopaedics Best Orthopedic Teaching Resident Award University of Arizona Department of Orthopaedics Applicant Interview Committee University of Arizona Department of Orthopaedics Best Junior Resident – AFT Award University of Arizona Department of Orthopaedics 2011 – 2012 2011 2010 2009 – 2011 2009 Memberships and Societies AAOS NASS
Greensboro Police Department Guardian ad Litem- District Court Annex Guardian ad Litem Program Guilford County Juvenile Detention Center Guilford County Sheriff's Office Hall County Correctional Hamilton County Sheriff's Office Hanging Rock State Park Harnett County Sheriff’s Office Haywood County Sheriff's Office Hickory Police Department High Point Police Hillsborough Police Department Homeland Security/ICE Huntersville Police Department Indian State College Security International Affairs Council Iredell County Sheriff's Office Jacksonville Police Department Jason Williams, PA Johnston County Sheriff's Office Joshua J. Teague, Attorney at Law Kernersville Police Department Law Office of Eric Hoffman Law Office of Jason Reece Law Office of Norman Butler Law Office of Robert Speed Law Office of Shannon Aldous Law Office of Terrence S. Hines Lincoln County Sheriff's Office Lincolnton Police Department Mahoning County of Common Appeals Maiden Police Department Mail Service Center Marion Police Department Maryland and Probation Matthew Poteet, Attorney at Law Matthews Police Department McDowell County Sheriff's Office Mecklenburg STEP Program Monroe Police Department Montgomery County Police Department Moore County Sheriff's Office Morehead City Police Department Morganton Department of Public Safety Morris County Prosecutor's Office Morrisville Police Department Holly Police Department Mt. Gilead Police Department Mully Children's Family National Park Service (Upper Delaware) NC Alcohol Law Enforcement NC State Bureau of Investigation NC State Highway Patrol NCDPS Alexander Juvenile Detention Center NCDPS Caldwell Correctional Institute NCDPS Rehabilitative Programs & Services N.C.I.S. New Hanover County Sheriff's Office Newton Police Department North Kingstown Police North Wilkesboro Police Department Oakland Police Department OASIS, Inc. Officer of the Solicitor, 12 Circuit, SC Piedmont Correctional Institute Pinehurst Police Department Pitt County District Attorney's Office Powell Glidewell, Atty. Price Benovitz, LLP Pulaski County Sheriff's Office Putnam Prosecutor’s Office Rahab’s Rope Raleigh Police Department Rape Crisis Center of Catawba Co. Red Springs Police Department Redirections of Rockingham County Reeves Law Firm, LLC Reidsville Police Department Robert T. Speed, Attorney at Law Rockingham County Sheriff's Office Rowan County Sheriff's Office Roxboro Police Department Rutherford County Sheriff's Office Samaritan's Purse Schlosser & Pritchett
Form V Standards C and H – Indicator 16 Summary of Faculty Teaching in Criminal Justice Prog Academic Year 2012-13 Please list full-time faculty alphabetically by last name. Add additional rows as necessary. This information pertains to Academic Year 2012-13 Name of faculty member (Name, Title, Degree and Field, Institution) Check if Tenured Courses Taught Put (C) to indicate core course. Put (OL) next to any course currently taught online. Number of sections Division of Full- or Part- time in Prog Full- or part- time in other department or prog (Please specify) Sites where individual teaches CJ courses Example: Jane Doe Assistant Professor Ph.D. in Criminal Justice Intro to CJ (C,OL) (C) Research Methods (C) (2) (3) (3) Evening Full-time No Main Campus campus [Last Name, First Name] [Title] [Degree and Field] [Institution] [Course] [0] [Division] [Yes/No] [If yes, specification.] [Site] [Last Name, First Name] [Degree and Field] [Institution] [Course] [0] [Division] [Yes/No] [If yes, specification.] [Site] [Last Name, Name] [Title] [Degree and Field] [Institution] [Course] [0] [Division] [Yes/No] [If yes, specification.] [Site] [Last Name, First Name] [Title] [Degree and Field] [Institution] [Course] [0] [Division] [Yes/No] [If yes, specification.] [Site]
(G.3) Do appropriate publications, print or electronic, contain the Criminal Justice program’s requirements and procedures and policies related to admissions and the transfer of credit? Yes No Yes No (H.2) Do students attending class on branch campuses, additional locations, and other instructional sites have ready access to appropriate learning resources? Yes No Yes No (I.4) Does the institution periodically review the program under established, clearly defined institutional policies? Yes No Yes No This form should be signed and dated by the Institution’s Chief Academic Officer
Twist, C., Waldron, M., Highton, J., Burt, D. and Daniels, M. Neuromuscular, biochemical and perceptual post-match fatigue in professional rugby league forwards and backs. J Sport Sci 30, 4, 359-367, 2012. Winter, E.M. and Maughan, R.J. Requirements for ethical approval. J Sport Sci 27(10), 985, 2009.
Church of Christ the King Faith Formation Schedule (At a glance) 2018-2019 Grades Preschool - 10, Wednesday September 19 Class 26 Class October 3 Class 7 Confirmation Parent/Candidate Meeting at 4:00 PM at Christ the King - 10th graders 10 Class First Reconciliation Parent Meeting, 6:00 pm (in church) 17 NO CLASS 24 Class 31 NO - Happy Halloween November 1 All Saint’s Day (Holy Day of Obligation) Mass at 6:00 pm, Holy Family 7 Class 10 NET Team Retreat for Middle School Grades 6-8, 9:00 am - 5:00 pm, includes 4:00 pm Mass, Holy Family 11 Confirmation Retreat 9:00 am - 7:00 pm, includes 10:30 am Mass, Christ the King 14 Class 21 NO CLASS – Happy Thanksgiving 28 Class December 5 Class 8 Feast of the Immaculate Conception (Holy Day of Obligation) Mass at 9:00 AM, Christ the King First Reconciliation Retreat 10:00 am - 12:30 PM, Christ the King 12 Class 13 Advent Reconciliation Grades 2-10 First Reconciliation 6:00 pm, Christ the King 19 Christmas Program, 6:00 pm 26 NO CLASS - Merry Christmas January 1 Mary, Mother of God (Holy Day of Obligation) Mass at 9:00 AM, Christ the King 2 NO CLASS - Catechist 9 Class 13 Confirmation Parent/Candidate Meeting at 4:00 PM at Holy Family - 9th graders 16 Class First Communion Parent Meeting 6:00 pm (in church) 23 Class 30 Class February 6 Class 13 Class 20 Class 27 Class March 6 Ash Wednesday Mass 5:30 pm – Christ the King 7:15 pm – Holy Family 13 Class 20 Class 27 Lenten Reconciliation Grades 2-10 6:00 pm, Holy Family April 3 Class 6 First Communion Retreat 9:00 am – 12:00 pm Holy Family 10 Class 17 NO CLASS 24 Class
Safeguarding Officers Julie Griffiths – Safeguarding Officer, Nursery Manager Wendy Elliott – Safeguarding Officer, Deputy Safeguarding Officer 01752 305345/305872 City College Plymouth Safeguarding Officer – Bridgette Henry 01752 305707 Please note the following contact numbers The Plymouth Multi-Agency Hub (Plymouth Children’s Social Care)– 01752 305200 Out of hours Emergency Duty Team for The Hub – 01752 346984 Local Authority Designated Officer – Simon White - 01752 307144 Gateway – 01752 668000 (for TAM and Encompass coordination) and Cornwall Police – 101 Plymouth Years Safeguarding – 01752 308997 07795121445 Plymouth Safeguarding Children Board – 01752 307535 Anti-Terrorist hotline -0800 789 321
Should there be any issues registering please advise the Contact Officer as soon as possible and an alternative registration processes will be advised. The Contact Officer will acknowledge receipt of the registration. Only registered tenderers will receive notices directly as and when they are issued. It is the responsibility of the tenderer to ensure they are properly registered for this RFT. The Principal reserves the right to extend the list of registered Tenderers beyond those who register interest in this RFT. Once the Tender is published on the portal any suppliers registered will receive automatic advice of the tender and a link to access tender documentation via the Electronic Tender Account. Submission of tenders will be through the same account. Suppliers who register after the tender is published will receive notification of the tender upon registration. Tender Closing Time Tenders must be received by the Electronic Tender Account or in the tender box specified by the following deadline, or they will not be considered: Tender Closing Time and Date: 4pm (CI Time) Monday, 12th March 2018 It is the tenderer’s responsibility to ensure that their tender reaches the designated venue by the specified closing date and time. Late tenders will not be accepted. Submission of Tender The cost of preparing and submitting the Tender shall be borne by the Tenderer. The Principal may vary the Tender Specifications described in Attachment 1 at any time, including the closing date, by notice in writing to the Tenderers involved in the RFT at the time the Tender Specifications are varied. Tenders shall be submitted in either hard copy or electronic copy, as specified below only. Telefax tenders will not be accepted. Hard Copy Submission: Original hard copy tenders shall be packaged and labelled “CONFIDENTIAL” and have the following information clearly exhibited on the outside: Attention: Secretary of Transport Ministry of Transport Tender Reference No.: CK171824 Avatiu Rarotonga Cook Islands
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and in all things proclaiming the acceptable year of the Lord. Leader: Let the people say, "Amen." People: Amen and amen! PRESENTATION OF SIGNS OF EPISCOPAL MINISTRY Representatives of the people of God present signs of the episcoal office to the bishop. As each is received, the bishop responds, Amen, and places it on a table. Bishop Name, take this pastoral staff, and be upheld and sustained by Christ the Good Shepherd as you exercise the ministry of a shepherd among us in Christ's Name. Amen. Bishop Name, take this Bible, and proclaim fearlessly the prophetic Word in the cause of justice and peace for all people. Amen. Bishop Name, take this water, be renewed in your baptism and renew us in ours. Amen. Bishop Name, take this bread and cup, and keep us in communion with Christ and his Church. Amen. Bishop Name, take this towel and basin, and be among us as one who serves. Amen. Bishop Name, take this stole, and be our pastor, preacher, and teacher; encourage and support all baptized people in their gifts and ministries, and pray for them without ceasing. Amen. Bishop Name, take this Book of Discipline, guard the faith, seek the unity, exercise the discipline of the whole Church, and supervise the Church's life, work, and mission throughout the world. Amen. Bishop Name, take this gavel, and preside in our Annual Conference(s); appoint pastors and assign diaconal ministers to their ministries, and guide us in our common mission of love and justice, witness and service. Amen. Leader:
Phone: Camper Information First Name: Last Name: Birthdate (Y-M-D): Allergies and/or Medical Conditions: Behavioral Conditions: Health Card Number (optional): By signing below, I hereby release CKCU and its respective officers, employees, and agents from and against all claims, actions and expenses which may result from or be in any way related to my child’s (or children’s) participation in the CKCU Radio Camp. During the camp it is possible that CKCU will photograph and/or include my child in a video filmed during camp. Please inform the staff if you do not wish photographs or film of your child to be used for promotional material ____________________________ Parent/Guardian Name (please print) __________________ Signature ____________ Date