zilongwang/ReadingBank huggingface dataset:
Waterbirds The priority for environmental watering in 2016–17 is to prevent further decline in habitat that supports waterbird breeding across the basin and thereby to help stabilise waterbird populations, albeit at lower levels than are sought over the long term. Environmental watering should be focussed on wetlands that have the greatest potential to support waterbird breeding in the near future. There are no specific priorities for waterbirds identified for 2016–17 under dry conditions, other than supporting the rookery habitat within the Narran Lakes system (listed under native vegetation). However, there are some specific priorities for identified waterbirds, should more moderate conditions arise. Native fish The priority for environmental watering in 2016–17 is to protect drought refuge habitats, to maintain in-stream habitats, and to ensure existing populations of threatened species remain viable. The specific priorities are: Contribute to the long-term recovery of silver perch by improving existing populations and enhancing conditions for recruitment and dispersal to and from suitable habitat. Support viable populations of threatened native fish by protecting drought refuges and maintaining in-stream habitats and essential functions. Maximise opportunities for range expansion and the establishment of new populations of silver perch and other threatened fish, as conditions allow. Flows and connectivity The priority for environmental watering in 2016–17 is to provide longitudinal connectivity and variable flow patterns for water quality and ecological benefit — particularly for native fish. The specific priorities are: Maintain waterholes in the Lower Balonne Floodplain to provide critical refuge for species. Protect aquatic habitat conditions in the Coorong and support native fish movement by optimising flows into the Coorong and through the Murray Mouth. In dry conditions, supporting longitudinal connectivity will be the best outcome that is possible. Although providing lateral connectivity to refuge areas and other priority sites is also important, conditions are unlikely to facilitate widespread lateral connectivity unless structures such as weirs and regulators are used. Additional priorities for moderate conditions The forecast for 2016–17 indicates that moderate conditions may arise later in the year. While not certain, if moderate conditions do occur in parts of the basin the management outcomes sought from environmental watering are to maintain ecological health and resilience by: enabling growth, reproduction and small-scale recruitment for a diverse range of plants and animals
Discourses that Fragment Suburban Educational Spaces Deedee MOWER, (Weber State University) Lithuanian Philosophical Philotopy of Arvydas Šliogeris and the Wisdom of Place: The Essence, Origins and Modes of Arvydas Šliogeris‘s Philosophical Philotopy Naglis KARDELIS (Vilnius University, Lithuania) Lithuanian Philosophical Philotopy of Arvydas Šliogeris and the Wisdom of Place: The Relevance of Philotopical Perspective to the Global Environmental Challenges Justas KUČINSKAS (Vilnius University, Lituania) Concurrent Panel C: Ethics in Confucian Contexts Diagram of the Ethical Ideal: Centering on T’oegye Yi Hwang Modification of the Existing Diagram of Heavenly Mandate Kyung Hyun KANG (Yonsei University, Korea) The Place of De Janghee LEE (Gyeongin National University of Education, Korea) A Home under Tian 天 for the People of Ren 仁: On the Cultural Symbolism of the ‘Xiangdang’ Chapter 乡党篇 of the Analects of Kongzi YANG Liuxin (Peking University, China) Five Trends in Confucian Studies ZHU Fengqing (Harbin Institute of Technology, China) Concurrent Panel D: Daoist Places I Exiles Since Childhood: On the Contingency of Places in Daoist Philosophy Hans-Georg MOELLER (University of Macau)
(Chair) Stephen C. ANGLE (Wesleyan University) The Loss of Personal Place: Late-Ming Neo-Confucians’ Sense of Self and Politics JeeLoo LIU (California State University, Fullerton) Concurrent Panel E: Placing Zhu Xi in East Asian Philosophy Location: Mandarin Room What is the Particular ‘Place’ of Zhu Xi’s Philosophy in the Tradition of Korean Confucianism? Hyun-sun LEE (Seoul National University, Korea) Zhu Xi’s Metaphysics of Taiji Sang-bong JEONG (Konkuk University, Korea) In Search of Appropriateness through Experience: Gewu and the Place to Conduct Gongfu as Transactional Events (Chair) Eiho BABA (Furman University) Concurrent Panel F: Re-placing Tradition Location: Washington Room This World or That World: Valuing This Place in Contemporary Interpretations of Chinese Tradition R.A. CARLEO III (Fudan University, China) Roger Ames’s Reconstruction of Chinese Metaphysical Ideas of Place Haiming WEN (Renmin University of China) Ecologies of Place: A Comparative Inquiry (Chair) Robert SMID (Curry College) Concurrent Panel G: Contextualizing Self Location: Pago Pago Room The Paradoxical Place of Self: Augustine and Zhi Yi on the Innermost Place of Nowhere in the Self Eun Young HWANG (University of Chicago) Is Morality Tied to Place or Self? Revisiting an Old Problem with a Comparative Approach Kim SKOOG (University of Guam) Multiple Persons Sahanika RATNAYAKE (University of Cambridge, UK)
Nutrient Cycling Site-specific ecological targets Site-specific flow indicators Without-development and baseline event frequencies Flow rate required (measured at Bourke - ML/d) Duration (minimum continuous) Timing Frequency – proportion of years event required Proportion of years event occurred under modelled conditions (%) Proportion of years event occurred under modelled baseline conditions (%) Low uncertainty (%) High uncertainty (%) Provide a flow regime which supports recruitment opportunities for a range of native aquatic species (e.g. fish, frogs, turtles, invertebrates) Provide a flow regime which supports key ecosystem functions, particularly those related to connectivity between the river and the floodplain. 10,000 5 days Minimum of 2 events in a season preferably one summer /autumn and one winter/spring but timing not constrained 61 46 76 39 10,000 17 days 38 29 48 24 20,000 5 days 38 28 47 20 Inundation of key habitat Site-specific ecological targets Site-specific flow indicators Without-development and baseline event frequencies Flow rate required (gauged at Louth - ML/d) Duration (minimum continuous) Timing Frequency – proportion of years event required Proportion of years event occurred under modelled conditions (%) Proportion of years event occurred under modelled baseline conditions (%) Low uncertainty (%) Low uncertainty (%) Provide a flow regime which supports recruitment opportunities for a range of native aquatic 5,000 10 days Minimum of 2 events in a season preferably one 66 49 82 38 10,000 10 days 49 37 61 29
provide multiple opportunities for successful waterbird breeding within the range of their life expectancy. The proposed flow indicators are consistent with this rationale. It is recognised that periods between inundation events are an important consideration when trying to determine ecosystem resilience or thresholds of irreversible change. When investigating the environmental water requirements for the various sites, consideration was given to specifying a maximum period between events or metrics related to maximum dry. However, the literature regarding the tolerance of various floodplain ecosystems to dry periods is limited. In addition where this information exists, recommended maximum dry intervals often conflicts with the maximum dry experienced under modelled without development conditions. Considering these issues, MDBA has not proposed a maximum dry period with the exception of a small number of sites across the Basin, which does not include Booligal Wetlands. Even so, the importance of maximum dry periods and their role in maintaining ecosystem resilience is recognised. Maximum dry periods between successful events is reported for hydrological modelling associated with the Booligal Wetlands indicator site (see MDBA 2012) despite reducing the maximum period between events not being the primary objective of the modelling process.
Table 4 Site-specific ecological targets and associated flow indicators for Great Cumbung Swamp Ecological Target Site-Specific flow indicators Without-development and baseline event frequencies Event Frequency-proportion of years event required to achieve target Proportion of years the event occurred under modelled conditions (%) Proportion of years the event occurred under modelled baseline conditions (%) Flow required (ML/d) Duration (days) Timing Low uncertainty (%) High uncertainty (%) Provide a flow regime which ensures the current extent of native vegetation of the riparian, floodplain and wetland communities is sustained in a healthy, dynamic and resilient condition Provide a flow regime which supports recruitment opportunities for a range of native aquatic species (e.g. fish, frogs, turtles and invertebrates) Provide a flow regime which supports key ecosystem functions, particularly those related to connectivity between the river and the floodplain Provide a flow regime which supports the habitat requirements of waterbirds and is conducive to successful breeding of colonial nesting waterbirds 700 25 (minimum continuous duration) (June to November) 60 50 69 44 1,500 35 (total duration above flow threshold)a (June to November) 45 40 56 35 2,700 30 (minimum continuous duration) (June to November) 20 20 26 18 a Duration is expressed both as a total and minimum duration, allowing multiple smaller flow events that met the minimum duration criteria to comprise a successful event. Minimum durations are therefore a subset of total duration and should not be read independently. MDBA analysis showed that if a minimum duration is not specified and individual events must meet the total duration criteria, this resulted in a significantly reduced proportion of years. Note: Multiplication of the flow rate by the duration and frequency (proportion of years event required) does not translate into the additional volume of water the site needs to be environmentally sustainable. This is because part of the required flow is already provided under baseline conditions. Additional environmental water required is the amount over and above the baseline flows.
Square-tailed kite (Lophoictinia isura)3 V Turquoise parrot (Neophema pulchella)3, 5 V White-throated needletail (Hirundapus caudacutus)4 Fish Silver perch (Bidyanus bidyanus)2 V Mammals Little pied bat (Chalinolobus picatus)3 V Yellow-bellied sheathtail-bat (Saccolaimus flaviventris)3 V Communities Aquatic ecological community of the Gwydir Wetlands4 E Coolibah – black box woodland of the northern riverine plains in the Darling Riverine Plains and Brigalow Belt South bioregions6 E Coolibah – Black Box Woodlands of the Darling Riverine Plains and the Brigalow Belt South bioregions E Myall woodland in the Darling Riverine Plains, Brigalow Belt South, Cobar Peneplain, Depression, Riverina and NSW South Western Slopes bioregions5 E E = endangered V = vulnerable 1 Japan–Australia Migratory Bird Agreement, China–Australia Migratory Bird Agreement, or Republic of Korea – Australia Migratory Bird Agreement 2 NSW Department of Environment, Climate Change and Water (2009a) 3 NSW Department of Environment, Climate Change and Water (2009b) 4 Taylor-Woods and Jaensch (2006) 5 NSW National Parks and Wildlife Service (1999) 6 NSW Department of Environment, Climate Change and Water (2009a)
Table 6 Site-specific ecological targets and associated flow indicators for Lachlan Swamp Ecological Target Site-Specific flow indicators Without-development and baseline event frequencies Event Frequency-proportion of years event required to achieve target (%) Proportion of years the event occurred under modelled conditions (%) Proportion of years event occurred under modelled baseline conditions (%) Flow required (ML/d) Duration (days) Timing Low uncertainty (%) High uncertainty (%) Provide a flow regime which ensures the current extent of native vegetation of the riparian, floodplain and wetland communities is sustained in a healthy, dynamic and resilient condition Provide a flow regime which supports recruitment opportunities for a range of native aquatic species (e.g. fish, frogs, turtles and invertebrates) Provide a flow regime which supports key ecosystem functions, particularly those related to connectivity between the river and the floodplain Provide a flow regime which supports the habitat requirements of waterbirds and is conducive to successful breeding of colonial nesting waterbirds 850 20 (minimum continuous) (June to November) 60 50 65 47 850 70 (total duration above flow threshold)a 40 33 50 23 1,000 60 (minimum continuous) 30 20 30 20 2,500 50 (minimum continuous) 20 20 23 18 a Duration is expressed both as a total and minimum duration, allowing multiple smaller flow events that met the minimum duration criteria to comprise a successful event. Minimum durations are therefore a subset of total duration and should not be read independently. MDBA analysis showed that if a minimum duration is not specified and individual events must meet the total duration criteria, this resulted in a significantly reduced proportion of years. Note: Multiplication of the flow rate by the duration and frequency (proportion of years event required) does not translate into the additional volume of water the site needs to be environmentally sustainable. This is because part of the required flow is already provided under baseline conditions. Additional environmental water required is the amount over and above the baseline flows.
Table 8 Site-specific ecological targets and associated flow indicators for Lower Border Rivers (in-channel flows) Site-Specific Ecological Targets Site-Specific Flow Indicators Without-development and baseline event frequencies Minimum Flow rate required in the Barwon River at Mungindi (ML/d) Minimum Continuous Duration (days) Timing Frequency - proportion of years event required Proportion of years event occurred under modelled conditions (%) Proportion of years event occurred under modelled baseline conditions (%) Low uncertainty (%) High uncertainty (%) Provide a flow regime which supports recruitment opportunities for a range of native aquatic species (e.g. fish, frogs, turtles, invertebrates) Provide a flow regime which supports key ecosystem functions, particularly those related to longitudinal connectivity and transport of sediment, nutrients and carbon 4,000 5 October to December 32 24 39 17 4,000 5 October to March 59 45 74 33 4,000 11 Minimum of 2 events in a year preferably one summer/autumn and one winter/spring but timing not constrained 36 27 44 13 Note: Multiplication of the flow rate by the duration and frequency (proportion of years event required) does not translate into the additional volume of water the site needs to be environmentally sustainable. This is because part of the required flow is already provided under baseline conditions. Additional environmental water required is the amount over and above the baseline flows.
Table 4 Site-specific ecological targets and associated flow indicators for in-channel flows: Lower Goulburn River Site-Specific Ecological Targets Site-Specific Flow Indicators Without-development and baseline event frequencies Flow required (measured at Shepparton; ML/d) Duration Timing Frequency - proportion of years event required Proportion of years event occurred under modelled conditions (%) Proportion of years event occurred under modelled baseline conditions (%) Low uncertainty (%) High uncertainty (%) Provide a flow regime which supports recruitment opportunities for a range of native aquatic species (e.g. fish, frogs, turtles, invertebrates) Provide a flow regime which supports key ecosystem functions, particularly those related to longitudinal connectivity and transport of sediment, nutrients and carbon 5,000 14 days (continuous) October to November 66 49 82 28 2,500 8 day total duration comprised of 2 events each a minimum of 4 days with at least 30 days separating the events December to April 48 36 60 10 Note: Multiplication of the flow rate by the duration and frequency (proportion of years event required) does not translate into the additional volume of water the site needs to be environmentally sustainable. This is because part of the required flow is already provided under baseline conditions. Additional environmental water required is the amount over and above the baseline flows.
Table 8 Site-specific ecological targets and associated flow indicators for the Lower Murrumbidgee River (in-channel) Site-specific ecological targets Site-specific flow indicators Without-development and baseline event frequencies Flow rate required (measured at Balranald) (ML/d) Duration (minimum continuous) Timing Frequency – proportion of years event required Proportion of years event occurred under modelled conditions (%) Proportion of years event occurred under modelled baseline conditions (%) Low uncertainty (%) High uncertainty (%) Provide a flow regime which supports recruitment opportunities for a range of native aquatic species (e.g. fish, frogs, turtles, invertebrates) Provide a flow regime which supports key ecosystem functions, particularly those related to longitudinal connectivity and transport of sediment, nutrients and carbon 1,100 25 days December to May 77 58 96 32 4,500 20 days October - December 72 54 90 35 3,100 30 days October - March 73 55 91 29 Note: Multiplication of the flow rate by the duration and frequency (proportion of years event required) does not translate into the additional volume of water the site needs to be environmentally sustainable. This is because part of the required flow is already provided under baseline conditions. Additional environmental water required is the amount over and above the baseline flows.
(Eucalyptus camaldulensis) woodlands gum forests Lignum (Muehlenbeckia florulenta) Variable depending on shrub size 1 in 1-3 for large Every three to five years for healthy shrubs 3-7 for vigorous canopy Not critical Substantially unknown vs other species. Seedling establishment on wet soils after flooding. Brief flooding in 9-12 months would increase seedling establishment but is not critical with a duration of 4-6 weeks Coolibah (Eucalyptus coolabah) 1 in 10-20; drought resistant Not known (water-logging is likely to be detrimental) Not expected to be important for trees. May be important for understorey and associated plant communities, Germination most likely on wet soils, either following flood recession or in run-on areas after rainfall. Germination under water is unlikely to be successful. River cooba (Acacia stenophylla) 1 in 3- 7 2-3 months Not likely to be important Necessary conditions not known. Seedlings possibly tolerant of temporary waterlogging but duration not known Cane Grass (Eragrostis australasica) 1 in 2-3; will tolerate 1 in 5-7 1-6 months Non-critical Nothing known about regeneration from seed, seedling establishment or circumstances when this is important. Common reed (Phragmites australis) 1 in 1-2 8-12 months Spring to autumn Germination is on moist muds following flood recession or drawdown, with almost no germination under water. Seedling establishment: Shallow, brief flooding in growing season of first and second year likely to improve seedling establishment. Water couch (Paspalum distichum) 1 in 1-2 5-8 months Critical: late winter or spring. Flooding needed over summer. Regeneration from seed, not known. In most instances, regeneration is probably from rootstock. Cumbungi (Typha domingensis and Typha orientalis) 1 in 1-3 8-12 months Start in autumn–winter. Dry phase in late summer into autumn Germination and early seedling growth is on wet muds or shallow (to 5 cm) water. Regeneration is any time from spring to autumn. Seedling establishment: Shallow flooding for a few weeks, especially in warmer months.
Number F2010/000719-1. SARDI Research Report Series No. 525 180pp. South Australian Research and Development Institute (Aquatic Sciences), Adelaide. Appendix A Data used in producing hydrologic indicator site maps Data Dataset name Sourcea Basin Plan regions Draft Basin Plan Areas 25 May 2010 Murray–Darling Basin Authority (2010) Dam walls/barrages GEODATA TOPO 250K Series 3 Topographic Data Geoscience Australia 2006 Gauges 100120 Master AWRC Gauges Icon sites Living Murray Indicative Icon Site Boundaries Murray–Darling Basin Commission (2007) Irrigation areas Combined Irrigation Areas of Australia Dataset Bureau of Rural Sciences (2008) Lakes GEODATA TOPO 250K Series 3 Topographic Data Geoscience Australia (2006) Maximum wetland extents Wetlands GIS of the Murray–Darling Basin Series 2.0 (Kingsford) Murray–Darling Basin Commission (1993) National parks/nature reserves Digital Cadastral Database New South Wales Department of Lands (2007) National parks/nature reserves Collaborative Australian Protected Areas Database — CAPAD 2004 Department of the Environment, Water, Heritage and the Arts (2004) Nationally important wetlands Directory of Important Wetlands in Australia Spatial Database Department of the Environment, Water, Heritage and the Arts (2001) Ocean and landmass GEODATA TOPO 250K Series 3 Topographic Data Geoscience Australia (2006) Ramsar sites Ramsar wetlands in Australia Department of the Environment, Water, Heritage and the Arts (2009) Rivers Surface Hydrology (AUSHYDRO version 1-6) Geoscience Australia (2010) Roads GEODATA TOPO 250K Series 3 Topographic Data Geoscience Australia (2006) State border GEODATA TOPO 250K Series 3 Topographic Data Geoscience Australia (2006) State forests Digital Cadastral Database New South Wales Department of Lands (2007) Towns GEODATA TOPO 250K Series 3 Topographic Data Geoscience Australia (2006) Weirs Murray–Darling Basin Weir Information System Murray–Darling Basin Commission (2001) Weirs 2 River Murray Water Main Structures Murray–Darling Basin Authority (2008) a Agency listed is custodian of relevant dataset; year reflects currency of the data layer.
the Environment Groundwater Surface Water Hydraulics and Waterways Irrigation and Drainage Planning and Management Urban Water Resources Water Supply, Wastewater, and Storm Water Watershed Domestic and International Interdisciplinary Issues Student membership is open to full-time students with an expressed interest in the environmental or water resources field of practice. Organizational membership is available for associations, government agencies, educational institutions, or corporations whose activities impact the environment and water resources fields of practice. The objectives of EWRI are to provide for the technical, educational and professional needs of its members, and to serve the public in the use, conservation, and protection of natural resources and in the enhancement of human well-being by: Advancing the knowledge and improving the practice of engineering and the related sciences; Lending expertise to the development of public policy, and; Partnering with governmental, industrial, educational and other organizations. The responsibility to provide leadership to accomplish these goals and to ensure the professional quality of EWRI products rests with the technical and operations councils and committees. Your Career with EWRI Early Career: Whether you are a student eager to start your engineering career, or a new professional who wants to expand your knowledge and leadership skills, your EWRI Membership provides you with network opportunities as well as access to technical information. Enroll in the course to help you earn your first career milestone through expert-led webinars (also available for download at no additional cost). Join your local to build your professional network. Submit a paper to the Mid-Career: Your EWRI Membership can help you further you career in any stage. As a mid-career professional, you can: Gain visibility by publishing articles or showcase your expertise by presenting at EWRI and
Post Australian Human Rights Commission GPO Box 5218 Sydney NSW 2001 Online Email: Website: If you need an interpreter you can call the Translating and Interpreting Service (TIS) on 131 450 and ask to be connected to the Australian Human Rights Commission. Other federal agencies Fair Work Commission 1300 799 675. https://www.fwc.gov.au/ Fair Work Ombudsman 13 13 94 State and territory agencies ACT Human Rights Commission (02) 6205 2222 or (02) 6205 1666 (TTY) Anti-Discrimination Board of New South Wales (02) 9268 5544 or 1800 670 812 Anti-Discrimination Commission Queensland 1300 130 670 Equal Opportunity Commission (South Australia) 1800 188 163 or (08) 8207 1911 (TTY) Equal Opportunity Commission – Western Australia 1800 198 149 or (08) 9216 3963 (TTY) Northern Territory Anti-Discrimination Commission 1800 813 846 or (08) 8999 1466 (TTY) Office of the Anti-Discrimination Commissioner – Tasmania (03) 6233 4841 or 1300 305 062 Victorian Equal Opportunity and Human Rights Commission 1300 891 848 or 1300 289 621 (TTY) Information
EWU Online Course Development Standards Required for Self Support Courses Course syllabus which includes the following: Course Description Student Learning Objectives (should match accreditation standards) Instructor Contact Information Required Texts/Materials (If webcams/headsets are required for course webinars, they should be listed here as well as listed with the EWU bookstore) Course Outline Assignment overviews (more may be included, but a basic description of each assignment is required) Grading scale EWU Academic Integrity Policy with link to EWU policy site Disability Support Services information with link to EWU DSS site Proctoring information with link to EWU proctor site (if proctored tests are required) Utilization of the EWU online course template, including Setup/Support & Getting Started areas Course divided into modules/weeks (minimum of 10 segments for quarter courses; 15 for semester courses) Overviews statements that link content to course objectives in each Module To-Do lists in each module Assignments with clear assessment/rubric criteria Student to student interactive assignments regularly offered throughout the course; This is typically done through weekly discussions. Teacher Presence: regular teacher voice through introductory information on course content both through text and media Media Production: Professionally edited audio/video by Eastern Online staff (Instructors are encouraged to also add video feedback as the course proceeds through webcam and/or audio comments; Regular professionally edited media presence in the course by the professor is required.) Webinars: Additionally, if regular synchronous online sessions are a course requirement, times/dates for those sessions must be listed in EagleNET. Help sheets on using the chosen webinar system (i.e. Blackboard Collaborate, Big Blue Button, or Zoom) must be placed in the course site if webinars are required. Consultations Meetings: In order to insure the courses meet these standards, regular meetings/communication with your Instructional Designer/Project Manager are required. Media Production: For media production, you will need to work with the Eastern Online production staff. This would be coordinated through the assigned Instructional Designer as the project manager. Online Course Development Workshop: Completion of the online course development workshop is also required. This workshop should be completed prior to the development of a first online course for EWU. The workshop does not need to be taken for subsequent online course development.
Sally Doxey Pitfield Summer Ball Michelle Rosie of Combebank Corinne Mummery Chapelhill Becky Michelle Cockburn Misneach of Prewley Moor Blue Gowt Salver (Home Bred) Mardy Fawcett Tower Highland Piper Sandra King Dunedin Mathew Michelle Parkin- Vaughan Bridget of Combebank Amy Newman Langley Gypsy Legend 3rd Placed Junior Lianne Parkin Stocks Ruaraidh Linda Graham Dalesman of Combebank Trec Rosette Michelle Cockburn Lyncrest’s Rhonda Lass Longest Partnership Rosette (18 years competing) Gemma Stanford Tower Clyde Alison Champion Langley Gypsy Legend Sue Watkinson Maidendene Endurance Rosette Emily Newman Langley Gypsy Legend David Turner Dalesman of Combebank Nashend Sea Otter Quaich (best dressage score) Sarah Pilkington Qualifier of Whitefield OLYMPIA Melanie Stanford Ben Breac of Croila - Rannoch of Trailtrow Quaich
OR I do not yet know whether this Facility will seek capacity credit from the FCM. 5. Qualifying Facility Certification? Please check only a single response below. This Facility will not seek QF status from FERC. OR This Facility has already sought or will seek certification from the Federal Energy Regulatory Commission (FERC) as a Qualifying Facility (QF). (For more information, please see: OR I do not yet know whether this Facility will seek QF status. Est. Install Date: _________ Est. In-Service Date: ________ Agreement Needed By: _______ Est. Install Date: Est. In-Service Date: Agreement Needed By: Application Process I hereby certify that, to the best of my knowledge, all of the information provided in this application is true: Interconnecting Customer Signature: Title: Date: National Grid Signature: ____________________ Title: Date: Generating Facility Technical Detail Date: Information on components of the generating facility that are using UL Listed equipment (i.e., primarily solar, but if the proposed Facility is using a UL Listed inverter, please fill out below) : Equipment Type Manufacturer Model National Standard Total Number of Generating Units in Facility? Generator Unit Power Factor Rating: Max Adjustable Leading Power Factor? Max Adjustable Lagging Power Factor? Generator Characteristic Data (for all inverter-based machines) Max Design Fault Contribution Current? Instantaneous or RMS? Harmonics Characteristics: Start-up power requirements: Generator Characteristic Data (for all rotating machines) Rotating Frequency: (rpm) Neutral Grounding Resistor (If Applicable):
ftd/; S[ZNh dk e/; G/iD ;pzXh 1 a ftd/; S[ZNh ;pzXh e/; S[ZNh b?D dh fwsh s' fszB wjhB/ gfjbk dcso Bz{ G/fink ikt/. 2H ezw ns/ nkuoD ;pzXh ;oNhfce/N (nB[bkr^1) 3H f;ekfJs gVskb ;pzXh ;oNhfce/N (nB[bkr^2) 4H ;ik ns/ ftihb?;;pzXh ;oNhfce/N (nB[bkr3^4) 5 nkfvN g?o/ ;pzXh ;oNhfce/N (nB[bkr^5) 6H gk;g'oN d/ ;ko/ gzfBnk dh c'N' ;N/N ekgh 7H jbchnk fpnkB (nB[bkr^6) 8H ;'nkoNh pkv (nB[bkr^7) 9H ;'nkoNh pKv d/D tkb/ eowukoh$eowukoD dh ;/tk gZsoh ftZu ;'nkoNh ;pzXh fJzdoki ;/tk gZsoh ftZu ehsk ikt/. 10H ;'nkoNh pKv ;pzXh fJzdoki ehs/ ;/tk gZsoh dh gzB/ dh c'N' ;N/N ekgh vhHvhHTH s' s;dhe eotk e/ e/; Bkb BZEh ehsh ikt/. 11H ;?bc ;oNhfce/N BZEh ehsk ikt/. (nB[bkr^8) 12 gh nko ;pzXh ;oNhfce/N (nB[bkr^9) 13 u?e fb;N (nB[bkr^10)
[39] Accordingly I am prepared to vary paragraph “2” of the order of 22 February 2013 as follows: ‘It is ordered that Namfisa may deliver an application for leave to oppose as required by Rule 6(4)(b) of the Rules of High Court, within 14 days of the date of variation of the order of 22 February 2013.’ [40] In addition I make the following further orders: The application for the variation of the order of 22 February 2013 succeeds to the following extent: “It is ordered that Namfisa may deliver an application for leave to oppose as required by Rule 6(4)(b) of the Rules of High Court, within 14 days of the date of variation of the order of 22 February 2013.’’ Namfisa is to pay the applicant’s costs in the Rule 44 application, limited to the applicant’s actual disbursements, reasonably incurred. The Rule 30 applications, filed by Namfisa, on 15 March 2013 and 14 June 2013, are dismissed. Namfisa is ordered to pay the applicant’s actual disbursements, reasonably incurred, relating to both the said Rule 30 applications. The matter is postponed to 15 October 2013 at 15h30 for a status hearing. ---------------------------------- H GEIER Judge
3. Now look at the position of the continents and consider the probable climate conditions for those continents. Also consider your animal. Now, which population(s) is/are most likely to survive (i.e., on which continents)? Why? 4. Now look at the position of the continents and consider the probable climate conditions for those continents. Also consider your animal. Now, which population(s) is/are most likely to become extinct (i.e., on which continents)? Why? 5. Are the answers different between 1/3 and 4/5? Why or why not? Did anything change from Part 1, i.e., did the population size change have an impact? Part 4. More population growth. Now, the populations on each continent will enter a period of growth. Step 1. Roll the 8 sided dice to get the continent. Step 2. Roll the six sided dice to determine by how much the population will grow for the continent you rolled. Each number of on the six sided dice is equal to 100 organisms (i.e., 1 = 100, 2 = 200, etc.). Place one plastic animal per one-hundred organisms on the continent. Step 3. Repeat Steps 1 and 2 until you have grown the population for each continent.
1. Examine your continents with their new populations. Consider the animal type you have and the likely climate on each continent. Based upon the new population size: A. Are any of the populations likely to be experiencing any problems with the new size? What might the problems be? B. Are any of the populations/continents in better shape than they were before? How so? 2. In the new scenario, considering your animal and the likely climate on each continent, which population/continent will be most susceptible to a mass extinction event (think asteroid hitting the earth), in your opinion? Why? 3. In the new scenario, considering your animal and the likely climate on each continent, which population/continent will be most susceptible to a mass extinction event (think asteroid hitting the earth), in your opinion? Why? Part 5. Extinctions. For this section, we will be changing the rules a little bit. You will assume that EACH COLOR, regardless of the little animal type that it is, is a different species of your animal type. So for example, if you rolled and got Amphibian (frog), each color is a different
Two days later, Ninemire arrived in Topeka to visit Trubey at her office. They then went to see Rogers and Ninemire thanked the judge for writing his letter. "It was such a happy time," said Trubey, who went "from the despair of seeing a client get 27 years for growing marijuana to the ecstasy of seeing him released after 10 years." His case was the only time in her 13-year career that she sought clemency for a client. Trubey said she wrote the letter seeking clemency "because he is so exceptional." Ninemire, who used his sentence as an opportunity to change, never blamed others for his predicament, unlike many prisoners, she said. He became a Buddhist and realized that until he accepted responsibility, change wasn't going to happen. "Peter learned that peace and contentment come from within, not from external circumstances," she said. In prison, he helped found an NAACP chapter; served as president of the Rocky Mountain Club, which sponsors activities for inmates and their families and acts as a liaison between inmates and the prison administration; and started a Toastmasters group for public speaking. Ninemire is proudest of helping to found the Jericho Road Youth Counseling Program to aid juvenile defendants and their families, she said. Peter has a "voice of credibility" with youths because he has been there and done that, she said. "He's emerged from the other side. His life has completely changed in the last 10 years." Ninemire trains other inmate counselors, and Jericho Road has been recognized by law enforcement officers and juvenile judges as the most effective youth counseling program in the Denver area, Trubey said. Said Judge Rogers: "I'm convinced he'll never be in trouble again. I'm convinced he'll be a valuable aid in the community. It was almost a miracle." Steve Fry can be reached at (785) 295-1206 or sfry@cjonline.com. Kansas man grateful for Clinton's action Ex-con free to help others Wichita man whose sentence was commuted now counsels youths, people with addictions Ex-con free to help others Wichita man whose sentence was commuted now counsels youths, people with addictions Posted: Thursday, February 27, 2003
Tradition, and the Church's Magisterium, provides an awareness of the Gospel principles which will enrich the meaning of human life and give it a new dignity. 17 Number of efforts to develop local, regional, national, and international communities through service and academic work (e.g., general education courses and degree programs) V FACULTY, STAFF, 18 Percentage of full-time teaching faculty, staff, administrators who voluntarily identify themselves as Catholic §4. Those university teachers and Administrators who belong to other Churches, ecclesial communities, or religions, as well as those who profess no religious belief, and also all students, are to recognize and respect the distinctive Catholic identity of the University. In order not to endanger the Catholic identity of the University or Institute of Higher Studies, the number of teachers should not be allowed to constitute a majority within the Institution, which is and must remain Catholic. 19 Percentage of hires who participate in Mission/Values education and/or make a commitment to “recognize and respect” advance the mission/values of the university 20 Number of "Development for programs 21 Date of annual review of the justice of wages paid to employees 22 Date of annual report on the justice of structures of representation for faculty governance 23 Process in place to ensure that all faculty are aware of the importance of and directed as a personal obligation to obtain the mandatum and (an) advanced degree(s) in Catholic theology (e.g. measures ratio of students to theology faculty) ¶19 Theology plays a particularly important role in the search for a synthesis of knowledge as well as in the dialogue between faith and reason. It serves all other disciplines in their search for meaning, not only by helping them to investigate how their discoveries will affect individuals and society but also by bringing a perspective and an orientation not contained within their own methodologies. In turn, interaction with these other disciplines and their 24 Number of other faculty incorporating Catholic Teachings into courses or programs
7.2m 7.0m 7.7m 28m Stern 20.1m Main Deck 18.0m FLIGHT DECK MAIN MAST BRIDGE 03 Deck 10.4m 02 Deck 12.9m BOW Main Deck 14.9m STARBOARD VIEW BRIDGE MAIN MAST BOW FLIGHT DECK 4.3m 4.5m 138m VIEW PORT SIDE Note: Measurements provided are approximate and subject to variations such as sand and tidal movements. STARBOARD SIDE
_____________________________________________________________________________________ _____________________________________________________________________________________
6.2. Spot Checks The Director of Analytics and staff may routinely conduct spot checks of OTP data. 7.0. Collection and Calculation Procedures for Operations Units Specific procedures for the operations units are on the intraweb. End of Measuring Service Quality for TOPS procedure in Exhibit 7. OTP Procedure for RTS Access, Version 4, Effective April 01, 2016 This document explains the collection and calculation procedures for the On Time Performance metric at RTS Access. These measurements support the Service Performance Index of the Quality Service Delivery strategic pillar. 1.0. Criteria Service to Measure: Paratransit Service is provided at an eligible customer’s request, and is based on a defined service area and scheduled pickups rather than on fixed routes. RTS Access provides paratransit service in Monroe County. Total Sample: Monday through Sunday. Route Randomization: Full population of all service.
End of Part 5 and End of RTS ACCESS Paratransit Application for Eligibility Certification proposed for the Paratransit Plan Paratransit Appeal Process and Procedures proposed for the Paratransit Plan 2017-18 1.0. Overview The Rochester Genesee Regional Transportation Authority (RGRTA) provides complementary paratransit services in Monroe County through Regional Transit Service (RTS) Access. This Procedure explains the process for appealing a denial of paratransit service eligibility, appealing the type of eligibility, appealing a paratransit service suspension determination based on Repeated No-Show Violations, and appealing a paratransit service suspension based on prohibited conduct. This Procedure is in accordance with the provisions of 49 CFR Part 37 Subchapter F. Applicants who are denied paratransit eligibility or who dispute the eligibility determination (eligibility type) shall have the right to appeal a denial of eligibility. Certified eligible paratransit customers suspended from service for incurring Repeated No-Show Violations shall have the right to appeal the service suspension determination. Certified eligible paratransit customers suspended from service due to Prohibited Conduct under the Rules of Conduct shall have the right to appeal the service suspension determination. Authority and RGRTA each mean the Rochester-Genesee Regional
a) If Yes, run ridership report and look at service usage and assess the type of service required. If a functional assessment is required, perform the assessment. If the recertification is denied, enter the date and reason for denial. Prepare the denial letter with appeal rights and form information and mail to customer. Close the case in CRM. b) If No, approve the application or perform the functional assessment if necessary. If the application for certification is denied, enter the date and reason for denial. Prepare the denial letter with appeal rights and form information and mail to customer. Close the case in CRM. 3.0 Functional Assessment and Notification to Customer 3.1 Functional Assessment 1. Schedule functional assessment. Set up a day and time for assessment. Provide applicant with date and time. 2. Customer arrives. Interview and observe customer for overall assessment. Take picture of customer and load into computer. 3. Customer certified? a) If Yes, enter the assessment data and date of approval into CRM and generate the approval letter. Print the approval letter and the user id with picture. (batch printed). Place id, instructions, and policy information materials in envelope and mail to customer. Close case.
Without metabolic activation for E. coli strain 156 to 5000 µg/plate With metabolic activation for E. coli strain: 156 to 5000 µg/plate Vehicle Water (for the notified chemical) Remarks - Method Concentration of the tested material was 30% Appropriate vehicle and positive controls were used. The negative controls were within normal limits and the positive controls sodium azide, aminopropylamino] acridine.2HCl, 2-aminoanthracene, Benzo(a)pyrene demonstrated the sensitivity of the test system. The mutagenicity study on strains was repeated without metabolic activation because of growth inhibition in the initial test. Metabolic Activation Test Substance Concentration (µg/plate) Resulting in: Cytotoxicity in Preliminary Test Cytotoxicity in Main Test Precipitation Genotoxic Effect Absent Test 1 > 78 for S. typhimurium 5000 for E. coli 78 for S. typhimurium 2500 for E. coli Not observed no Test 2 - 78 for S. typhimurium Not observed no Present Test 1 > 313 for S. typhimurium 5000 for E. coli 156 for S. typhimurium 2500 for E. coli Not observed no Test 2 - not performed - no Remarks - Results The observed cytotoxicity of the notified chemical at relatively low concentrations of the notified chemical is most likely due to the surfactant properties. The notified chemical is not mutagenic to bacteria under the conditions of the test. BML (1997) Genotoxicity – in vitro Notified chemical Study in compliance with Japanese regulatory standards for Toxicity testing of Pharmaceutical products and GLP standards. Species/Strain Chinese hamster Cell Type/Cell Line Lung fibroblasts (CHL/IU) cells Metabolic Activation System S9 fraction from Phenobarbital and 5,6-benzoflavone activated Rat liver at 5% Vehicle Saline Remarks - Method Concentration of the notified chemical in the test is stated to be ten times higher than in the table below. However, the dilution in the cell medium was not taken into account. Metabolic Activation Test Substance Concentration (μg/mL) Exposure Period Harvest Time Absent Test 1 4*; 8*; 12*; 16* 24h 24h Test 2 4*; 8*; 12*; 16* 48h 48h Test 3 7.8*; 15.6*; 31.3*; 62.5* 6h 24h
EVOLUTION OF COMEDY ESSAY RUBRIC 10 8 6 4 FORMAT- 12 pt Times New Roman, double space, paragraphs indented, slug in upper left corner page numbers and last name, title, sub section titles 1-2 errors 3-4 errors 5-6 errors 6+ GRAMMAR/PUNCTUATION Correct grammar, spelling, setnce construction, punctation INTRO PARAGRAPH Writer introduces topic and includes a quote about how the brain works. Transitions into essay topic while staying in academic register. Perfect Intro included, explained but quote is not cited correctly Intro included but citing is incorrect and a little confusing Intro is there but quote is missing BACKGROUND Writer explains how movies began and includes a quote (direct or indirect) about Charlie Chaplin Perfect General history provided, Chaplin quote Writer needs more info about history and explain Chaplin’s signifiance Incomplete EXAMPLE ONE Writer defines sub genre and includes a min. of one movie with a plot summary, and explains how movie defines particular genre Expertly Good So SO Needs Work EXAMPLE TWO Writer defines sub genre and includes a min. of one movie with a plot summary, and explains how movie defines particular genre Expertly Good So SO Needs Work EXAMPLE THREE Writer defines sub genre and includes a min. of one movie with a plot summary, and explains how movie defines particular genre Expertly Good So So Needs Work PARAGRAPH 7 Writer talks about social media platforms and forecasts where entertainment is headed using examples from the internet or movies. Expertly Good So SO Needs Work CONCLUSION Writer ties everything together Expertly Good So So Needs Work ORGANIZATION Essay includes topic sentences, transitions, sentence variety and academic register Expertly Good So So Needs Work EVIDENCE Three quotes (direct or indirect) correctly embedded in the essay 1-intro 2-Chaplin 3-your choice of where Good 3 with mulitple citing errors Missing one WORKS CITED Writer includes a minimum of 3 sources correctly formatted in Works Cited section 3 correct 3 with slight errors 3 with multiple errors Missing one + 10 for RUBRIC PAGE ESSAY DUE MONDAY, MAY 15th 130 POINTS! YOU MUST BRING IT PRINTED OUT TO CLASS BY SECOND PERIOD- ESSAYS PRINTED AT A LATER TIME OR DELIVERED LATER IN THE DAY WILL NOT BE ACCEPTED!
B.4. Irritation – eye Notified chemical OECD TG 405 Acute Eye Irritation/Corrosion. EC Directive 2004/73/EC B.5 Acute Toxicity (Eye Irritation). Species/Strain Rabbit/New White Number of Animals 3 Males Observation Period 72 hours (7 days for one animal) Remarks - Method No significant deviation from the protocol. A Rabbit Enucleated Eye Test (REET) was conducted prior to the eye irritation study, which indicated that the notified chemical was unlikely to cause severe ocular irritancy. Lesion Mean Score* Animal No. Maximum Value Maximum Duration of Any Effect Maximum Value at End of Observation Period 1 2 3 Conjunctiva: redness 1.67 1 0.67 2 <7 d 0 Conjunctiva: chemosis 0.67 0.33 0.33 1 <48 h 0 Conjunctiva: discharge 0 0 0.67 1 <72 h 0 Corneal opacity 0 0 0 0 - 0 Iridial inflammation 0 0 0 0 - 0 *Calculated on the basis of the scores at 24, 48, and 72 hours for EACH animal. Remarks - Results Minimal to moderate conjunctival irritation was noted in all treated eyes one hour after treatment and at the 24 and 48-hour observations, except in one treated eye at the 72-hour observation. No effects to the cornea or iris were observed in the study. The notified chemical is slightly irritating to the eye. Safepharm (2006f) B.5 Skin sensitisation – mouse local lymph node assay (LLNA) Notified chemical OECD TG 429 Skin Sensitisation - Local lymph node assay EC Directive 2004/73/EC B.42 Skin Sensitisation - Local lymph node assay. Species/Strain Mouse CBA/CaBkl (Females) Vehicle Butanone Remarks - Method No significant deviation from the protocol. A preliminary screening test was conducted using the test material at concentrations of 10%, 25% and 50% in butanone. Based on the result, the test material at concentrations of 2.5%, 5% and 10% in butanone was selected for the main test. Concentration (% w/w) Proliferative response (DPM/lymph node) Stimulation Index (Test/Control Ratio) Test Substance 0 (vehicle control) 737.97 (± 275.87) n/a