Conservation Reserve Program

Total Page:16

File Type:pdf, Size:1020Kb

Conservation Reserve Program United States Department of Agriculture Conservation Reserve Program ANNUAL SUMMARY AND ENROLLMENT STATISTICS FY 2011 This report provides statistics for land enrolled in the Conservation Reserve Program (CRP), including a summary of FY 2011 CRP related activities, FY 2011 CRP outlays by payment type, continuous CRP enrollment activity, outlay and sign-up history, CRP practice and payment provisions, and environmental benefits index (EBI) history. The tables are based on contract data developed and maintained in CRP data files by Farm Service Agency (FSA) service centers and are generally based on the physical location of the CRP contracted land. The FY 2011 ended September 30, 2011. Data from Nevada, and Rhode Island not reported because of confidentiality concerns. Data from these States are included in the totals. The report was prepared by Alex Barbarika, Natural Resources Analysis Group, Economic and Policy Analysis Staff (EPAS), Farm Service Agency (FSA), U.S. Department of Agriculture. FSA’s Conservation and Environmental Programs Division operates the CRP and maintains the data used in this report. CONTENTS Overview .........................................................................................................................................................1 Activities .........................................................................................................................................................2 Environmental Benefits of CRP......................................................................................................................3 CRP Description and History........................................................................................................................10 Acres Enrolled by Year and Signup, Cumulative .........................................................................................17 Number of Contracts by Year and Signup, Cumulative ...............................................................................18 Outlays by Payment Type and State .............................................................................................................19 Enrollment by Signup Type and State ..........................................................................................................20 Enrollment by Conservation Practice ...........................................................................................................26 Enrollment by Erodibility Index ...................................................................................................................33 Enrollment by Wetland Practice ...................................................................................................................34 Enrollment by Cover Type ............................................................................................................................35 Expirations by Year ......................................................................................................................................36 Sign-up Periods and Eligibility Criteria ........................................................................................................38 Conservation Practices and Payment Provisions ..........................................................................................40 Environmental Benefits Index Factors and Points ........................................................................................42 CONSERVATION RESERVE PROGRAM CONTRACTS IN EFFECT, SEPTEMBER 30, 2011 Sign-up Type Contracts Farms Acres Annual Rental Payments b/ ($Million) ($/Acre) General 348,459 228,746 26,230,886 $1,213 $46.25 Continuous Non-CREP 321,078 191,943 3,419,164 $317 $92.64 CREP 69,768 45,927 1,220,523 $158 $129.76 Farmable Wetland 13,825 10,876 253,797 $29 $113.40 Total Continuous 404,671 235,304 a/ 4,893,485 $504 $102.97 Total 753,130 417,705 a/ 31,124,371 $1,707 $55.17 a/ Number of farms not additive across sign-up types because a farm may participate in multiple sign-up types. b/ Approximates payments which were paid October 2011 (FY 2012), before adjustments for haying/grazing, non-compliance, terminations, part-year contracts. Includes annual incentive and maintenance allowance, but not one-time up-front signing and practice incentive payments. -1- CRP ACTIVITIES, FY 2011 October, 2010 • Increased State Acres for Wildlife Enhancement (SAFE) initiative allocations to Washington, Kansas, and Idaho by a total of 95,000 acres. • Expanded the areas eligible for the Illinois CREP. Total enrollment goal remains at 232,000 acres. December 23, 2010 • President Obama recognizes 25th anniversary of CRP (1985 Farm Bill signed into law December 23, 1985). January 2011 • FY 2011 general signup (#41) dates announced. March 2011 • Announced the Louisiana CREP II (Coastal Prairie Region) agreement, targeting 15,050 acres. • Signup 41 began March 14, 2011 and lasted through April 15, 2011. June 2011 • Announced acceptance of 2.8 million acres under general signup 41. August 2011 • Announced increased acreage allocation for Kansas’ Upper Arkansas River CREP from 20,000 acres to 28,950 acres. September 2011 • Expanded eligible land available for enrollment in Nebraska’s Platte-Republican River CREP. Enrollment goal remains 100,000 acres of cropland. Conservation Reserve Program Outlays ($1,000) 1/ Payment FY 2006 FY 2007 FY 2008 FY 2009 FY 2010 FY 2011 Annual Rental $1,666,462 $1,727,408 $1,785,767 $1,720,631 $1,709,079 $1,634,979 Signing Incentive $32,577 $18,366 $25,164 $25,828 Practice Incentive $49,573 $39,026 $43,246 $45,855 $70,181* $71,788* Haying/Grazing Adj. ($8,545) ($9,542) ($12,147) ($12,504) ($9,518) ($14,262) Wetland Restoration Incent. $1,105 $1,030 $932 $517 * * Cost-Share $100,096 $89,844 $84,238 $74,947 $66,721 $99,322 Total Financial Assistance $1,841,268 $1,866,131 $1,927,200 $1,855,274 $1,836,614 $1,791,827 * Breakdown of incentive outlays not provided after FY 2009. 1/ Not including technical assistance. Some outlay totals may have been updated from previous Annual Summaries. -2- United States 2011 The Environmental Benefits of the Conservation Reserve Program Fiscal Year 2007 2008 2009 2010 2011 Land Enrolled* million acres 36.8 34.6 33.8 31.3 31.1 In Buffers million acres 1.90 2.00 2.01 2.02 2.01 Wetlands million acres 2.06 1.98 1.98 2.05 2.22 HEL million acres 25.5 23.6 22.8 20.5 20.1 Reductions (not leaving field or intercepted by buffers)** million Sediment tons 216 219 220 220 226 Nitrogen million lbs 623 616 611 607 623 Phosphorus million lbs 124 123 123 122 124 Greenhouse Gas Reduction ( CO2 equivalent/Year)** CO2 Sequestered million metric tons 50 48 47 44 44 Reduced Energy and Fertilizer Use million metric tons 9 9 8 8 7 Total million metric tons 60 57 55 52 51 *Cumulative acres. ** Annual estimate. CRP improves water quality. Water quality benefits accrue in multiple ways: • CRP reduces the nitrogen and phosphorus leaving a field in runoff and percolate. Using models developed by the Food and Agricultural Policy Research Institute (FAPRI), in FY 2011 623 million pounds less nitrogen and 124 million pounds less phosphorus left fields due to CRP, 95 and 86 percent reductions, respectively. • Grass filters and riparian buffers (partial field enrollments) intercept sediment, nutrients, and other contaminants before they enter waterways. Using FAPRI’s model it is estimated that in 2011, 377 million pounds of nitrogen and 76 million pounds of phosphorus were intercepted by CRP buffers, nationally. • In 2011, grass and tree plantings reduced nitrate loss by 107 million pounds. Nitrate is a form of nitrogen that is biologically available to algae. Excess nitrate contributes to the formation of hypoxic zones in the Gulf of Mexico, Chesapeake Bay, and other waters. • Wetlands restored and constructed by CRP improve water quality by converting nitrate / nitrogen into benign atmospheric nitrogen. Iowa’s 69 CREP constructed wetland projects on 1,975 acres reduced nitrate runoff by nearly 700,000 pounds. -3- CRP enhances wildlife habitat. The 31.1 million acres of grass, trees, and wetlands established by CRP benefit numerous wildlife species. Several independent studies have identified benefits to multiple bird populations including: • Prairie Pothole Ducks – Researchers from the United States Fish and Wildlife Service estimated that the CRP contributed to a net increase of about 2 million additional ducks per year (30 percent increase in duck production) since 1992 in North Dakota, South Dakota, and Northeastern Montana. Populations fluctuate on a year-to-year basis due to differences in precipitation patterns. • Ringed-Neck Pheasants – Western EcoSystems Technology, Inc. found that, in prime pheasant habitat, a 4 percent increase in CRP herbaceous vegetation was associated with a 22 percent increase in pheasant counts. • Sage Grouse – The Washington Department of Natural Resources found that CRP enrollment was associated with halting a decline (25 percent between 1970 -1988) in sage grouse populations. The study found that a region without substantial CRP enrollment had continued sage grouse population decline. • Northern Bobwhite Quail – Mississippi State University found that quail were positively related to CRP upland buffer enrollment. The quail population response varies by cover and region. • Grassland Birds – The CRP was identified as a ‘Reason for Hope’ for grassland birds in United States Fish and Wildlife Service’s 2009 ‘State of the Birds’ report, which documented serious declines
Recommended publications
  • TPS23861 IEEE 802.3At Quad Port Power-Over-Ethernet PSE
    Product Order Technical Tools & Support & Folder Now Documents Software Community TPS23861 SLUSBX9I –MARCH 2014–REVISED JULY 2019 TPS23861 IEEE 802.3at Quad Port Power-over-Ethernet PSE Controller 1 Features 3 Description The TPS23861 is an easy-to-use, flexible, 1• IEEE 802.3at Quad Port PSE controller IEEE802.3at PSE solution. As shipped, it – Auto Detect, classification automatically manages four 802.3at ports without the – Auto Turn-On and disconnect need for any external control. – Efficient 255-mΩ sense resistor The TPS23861 automatically detects Powered • Pin-Out enables Two-Layer PCB Devices (PDs) that have a valid signature, determines • Kelvin Current Sensing power requirements according to classification and applies power. Two-event classification is supported • 4-Point detection for type-2 PDs. The TPS23861 supports DC • Automatic mode – as shipped disconnection and the external FET architecture – No External terminal setting required allows designers to balance size, efficiency and – No Initial I2C communication required solution cost requirements. • Semi-Automatic mode – set by I2C command The unique pin-out enables 2-layer PCB designs via logical grouping and clear upper and lower – Continuous Identification and Classification differentiation of I2C and power pins. This delivers – Meets IEEE 400-ms TPON specification best-in-class thermal performance, Kelvin accuracy – Fast-Port shutdown input and low-build cost. – Operates best when used in conjunction with In addition to automatic operation, the TPS23861 system reference code supports Semi-Auto Mode via I2C control for precision http://www.ti.com/product/TPS23861/toolssoftw monitoring and intelligent power management. are Compliance with the 400-ms TPON specification is ensured whether in semi-automatic or automatic • Optional I2C control and monitoring mode.
    [Show full text]
  • Classification Made Easy Class 1
    Classification Made Easy Class 1 (CP1) The most severely disabled athletes belong to this classification. These athletes are dependent on a power wheelchair or assistance for mobility. They have severe limitation in both the arms and the legs and have very poor trunk control. Sports Available: • Race Runner (RR1) – using the Race Runner frame to run, track events include 100m, 200m and 400m. • Boccia o Boccia Class 1 (BC1) – players who fit into this category can throw the ball onto the court or a CP2 Lower who chooses to push the ball with the foot. Each BC1 athlete has a sport assistant on court with them. o Boccia Class 3 (BC3) – players who fit into this category cannot throw the ball onto the court and have no sustained grasp or release action. They will use a “chute” or “ramp” with the help from their sport assistant to propel the ball. They may use head or arm pointers to hold and release the ball. Players with a impairment of a non cerebral origin, severely affecting all four limbs, are included in this class. Class 2 (CP2) These athletes have poor strength or control all limbs but are able to propel a wheelchair. Some Class 2 athletes can walk but can never run functionally. The class 2 athletes can throw a ball but demonstrates poor grasp and release. Sports Available: • Race Runner (RR2) - using the Race Runner frame to run, track events include 100m, 200m and 400m. • Boccia o Boccia Class 2 (BC2) – players can throw the ball into the court consistently and do not need on court assistance.
    [Show full text]
  • P2175 Microsatellite Markers for the Characterisation of Candida
    P2175 Microsatellite markers for the characterisation of Candida parapsilosis candidaemia isolates recovered in a tertiary care hospital Ana Gonzalez Gonzalez*1,2, Carolina Navarro San Francisco1,2, Beatriz Romero1,2, Rosa Del Campo1,2, Dolores Telleria2, Marta Cobo1,2, Elena Loza1,2, Rafael Canton Moreno1,2, Elia García G. De La Pedrosa1,2, Juan De Dios Caballero Pérez1,2 1 Microbiology, Hospital Ramón y Cajal, Madrid, Spain, 2 Instituto Ramón y Cajal de Investigación Sanitaria, Madrid, Spain Background: Candida parapsilosis (CP) is the second most frequent Candida species isolated from blood cultures in Spain. Epidemic outbreaks of candidemia caused by CP have been described, often associated with the hands of healthcare workers and the contamination of prosthetic devices. These outbreaks are difficult to characterize due to the genetic homogeneity of CP. In this work we studied two possible outbreaks of CP using a 4 microsatellite genotyping technique. Materials/methods: We detected 6 cases of CP candidemia in the Digestive Surgery ward (DSW) between October and November 2014 (patients DS1 to DS6) and 6 additional cases in the Hematology ward (HW) in the same period of 2015 (patients H1 to H6). CP isolates were stored at - 70ºC and subcultured in Sabouraud- chloramphenicol agar. Genomic DNA was then extracted after 1 hour of incubation with 10U of lyticase followed by a boiling step (100°C, 15 min) and centrifugation (13.000 rpm, 10 min). Microsatellite markers B5, CP1, CP4 and CP6 were amplified by PCR using specific primers marked with the fluorescent dyes FAM (B5 and CP6), HEX (CP4) and NED (CP1).
    [Show full text]
  • International Paralympic Committee's Cycling Classifications
    International Paralympic Committee’s Cycling Classifications LC1 The athletes have only minor or no leg disabilities and no other disabilities. The class can include athletes with an amputation of more than half of their foot (forefoot) or a leg length difference of 7cm to 12cm. Athletes with amputation of arm, forearm or hand and with no leg disabilities. LC2 The athletes have a disability on one leg, but they are able to pedal normally using both legs (with or without prosthesis). The class can include athletes with a single above or below knee amputation or a leg length difference of more than 12cm. LC3 The athletes have a disability on at least one leg and pedal only with the other leg. The class can include athletes with a loss of muscle strength in both legs or the limited flexion ability of the knee less than 50 degrees. CP5 Athletes may need assistive devices for walking but not in standing or throwing. Athletes may have sufficient function to run, but demonstrate poor balance. CP6 Athletes do not have the capacity to remain still and they show involuntary movements with all four limbs affected. They usually walk without assistive devices CP7 Athletes have movement and coordination problems on one half of their body. They have good ability in their dominant side of their body. (ie hemiplegia) CP8 Athletes have minimal involvement in one limb only CY Blind Athletes, these athletes compete together in an open class on tandem cycles. Divis Cerebral Palsy Athletes, CP5/CP6 together (Tricycle) ion 2 Divis Cerebral Palsy Athletes, CP5/CP6 together (Bicycle) ion 3 Divis Cerebral Palsy Athletes, CP7/CP8 together ion 4 .
    [Show full text]
  • Technology Enhancement and Ethics in the Paralympic Games
    UNIVERSITY OF PELOPONNESE FACULTY OF HUMAN MOVEMENT AND QUALITY OF LIFE SCIENCES DEPARTMENT OF SPORTS ORGANIZATION AND MANAGEMENT MASTER’S THESIS “OLYMPIC STUDIES, OLYMPIC EDUCATION, ORGANIZATION AND MANAGEMENT OF OLYMPIC EVENTS” Technology Enhancement and Ethics In the Paralympic Games Stavroula Bourna Sparta 2016 i TECHNOLOGY ENHANCEMENT AND ETHICS IN THE PARALYMPIC GAMES By Stavroula Bourna MASTER Thesis submitted to the professorial body for the partial fulfillment of obligations for the awarding of a post-graduate title in the Post-graduate Programme, "Organization and Management of Olympic Events" of the University of the Peloponnese, in the branch "Olympic Education" Sparta 2016 Approved by the Professor body: 1st Supervisor: Konstantinos Georgiadis Prof. UNIVERSITY OF PELOPONNESE, GREECE 2nd Supervisor: Konstantinos Mountakis Prof. UNIVERSITY OF PELOPONNESE, GREECE 3rd Supervisor: Paraskevi Lioumpi, Prof., GREECE ii Copyright © Stavroula Bourna, 2016 All rights reserved. The copying, storage and forwarding of the present work, either complete or in part, for commercial profit, is forbidden. The copying, storage and forwarding for non profit-making, educational or research purposes is allowed under the condition that the source of this information must be mentioned and the present stipulations be adhered to. Requests concerning the use of this work for profit-making purposes must be addressed to the author. The views and conclusions expressed in the present work are those of the writer and should not be interpreted as representing the official views of the Department of Sports’ Organization and Management of the University of the Peloponnese. iii ABSTRACT Stavroula Bourna: Technology Enhancement and Ethics in the Paralympic Games (Under the supervision of Konstantinos Georgiadis, Professor) The aim of the present thesis is to present how the new technological advances can affect the performance of the athletes in the Paralympic Games.
    [Show full text]
  • CP CHEMICAL INDUSTRY PALLETS Edition: 7
    July 2017 CP CHEMICAL INDUSTRY PALLETS Edition: 7 Foreword The European chemical and polymer industry is using a large amount of wooden pallets for the distribution of goods. For environmental, quality and safety reasons there is a strong need to organise the use and re-use of these pallets. Within PlasticsEurope, a team of experts from various chemicals and plastics producing companies, together with pallet specialists, have developed in the early ‘90 a standard for wooden pallets and drafted the present manufacturing and reconditioning specifications of the Chemical industry Pallets, called CP pallets. Special attention has been paid to quality, safety and environmental aspects. Although CP pallets have been designed for specific packages commonly used within the chemical and polymer industry, they are also suitable for other loads. Tests performed by various companies and testing institutes and experience from the use and re-use of millions of CP’s since 1991 have demonstrated that they conform to the needs of the chemical and polymer industry and their customers. However, PlasticsEurope Services cannot be held responsible for any problems or liabilities which may result from the use of the CP pallets system. Scope This document describes the pallet supplier registration and the system to collect used CP pallets. It defines the CP manufacturing, reconditioning and quality assurance criteria. It informs about the safe working load of CP’s. Correspondence can be addressed to: Avenue E. Van Nieuwenhuyse 4 Box 3 at 1160 Brussels, Belgium [email protected] www.plasticseurope.org Note: The content of this document is not essentially different from the previous edition, but has been completed with clarifications about the Supplier registration (header A.) and Marking (header B.
    [Show full text]
  • Differential Growth Patterns in SCID Mice of Patient-Derived Chronic Myelogenous Leukemias
    Bone Marrow Transplantation, (1998) 22, 367–374 1998 Stockton Press All rights reserved 0268–3369/98 $12.00 http://www.stockton-press.co.uk/bmt Differential growth patterns in SCID mice of patient-derived chronic myelogenous leukemias J McGuirk1,2,5, Y Yan1,4, B Childs1,2, J Fernandez1, L Barnett1, C Jagiello1, N Collins1 and RJ O’Reilly1,2,3,4 1Bone Marrow Transplantation Service, 2Department of Medicine, 3Department of Pediatrics, and 4Research Animal Laboratory, Memorial Sloan-Kettering Cancer Center, New York, NY, USA Summary: The product of this rearrangement is a bcr-abl hybrid gene, which encodes a p210 protein product with tyrosine kinase The development of an in vivo model for the study of activity and is thought to have leukemogenic properties.4 CML would be of significant importance in studying its CML typically begins as an initial chronic phase (CP) biological behavior and developing novel therapeutic which lasts approximately 4–6 years with eventual pro- strategies. We examined the ability of human leukemic gression to blastic transformation commonly heralded by cells derived from patients in either chronic (CP), accel- the acquisition of additional chromosomal abnormalities by erated (AP) or blast phase (BP) CML to grow and dis- Ph+ stem cells including duplication of the Ph chromosome, seminate in CB17-SCID mice by subcutaneous (s.c.) isochromy 17q and trisomy of chromosomes 8, 19 or 21.5,6 inoculation without conditioning treatment or adminis- The relationship of these non-random chromosomal tration of cytokines. Additionally, samples derived from changes to the progression of this disease is not well under- patients with CP-CML were injected s.c.
    [Show full text]
  • Publication 938 (Rev. November 2019) Introduction
    Userid: CPM Schema: tipx Leadpct: 100% Pt. size: 8 Draft Ok to Print AH XSL/XML Fileid: … ons/P938/201911/A/XML/Cycle02/source (Init. & Date) _______ Page 1 of 120 10:35 - 19-Nov-2019 The type and rule above prints on all proofs including departmental reproduction proofs. MUST be removed before printing. Publication 938 (Rev. November 2019) Introduction Cat. No. 10647L Section references are to the Internal Revenue Department Code unless otherwise noted. of the This publication contains directories relating Treasury to real estate mortgage investment conduits Real Estate (REMICs) and collateralized debt obligations Internal (CDOs). The directory for each calendar quarter Revenue is based on information submitted to the IRS Service Mortgage during that quarter. For each quarter, there is a directory of new REMICs and CDOs and, if required, a section Investment containing amended listings. You can use the directory to find the representative of the RE- MIC or the issuer of the CDO from whom you Conduits can request tax information. The amended list- ing section shows changes to previously listed REMICs and CDOs. The update for each calen- (REMICs) dar quarter will be added to this publication ap- proximately six weeks after the end of the quar- Reporting ter. Publication 938 is only available on the In- ternet. To get Publication 938, including prior is- Information sues, visit IRS.gov. Future developments. The IRS has created a page on IRS.gov that includes information (And Other about Publication 938 at IRS.gov/Pub938. Infor- mation about any future developments affecting Collateralized Debt Publication 938 (such as legislation enacted af- Obligations (CDOs)) ter we release it) will be posted on that page.
    [Show full text]
  • Long-Term Player Development
    TABLE OF CONTENTS Foreword ______________________________________________________ 4 Introduction _________________________________________________5 Player-centered training, competition and recovery ___________6 Worldwide: Soccer for players with disabilities _______________7 Canadian soccer for players with disabilities__________________7 LTPD for Players with Disabilities ______________________________9 Why LTPD is needed _______________________________________9 Soccer is soccer ____________________________________________9 LTPD Stages for Players with Disabilities _______________________10 LTPD Stage Descriptions ______________________________________13 Awareness ________________________________________________15 First Contact ______________________________________________16 Photo: Special Olympics Quebec Active Start _______________________________________________17 FUNdamentals_____________________________________________18 Learn to Train _____________________________________________20 LTPD High-Performance for Players with Disabilities __________22 Train to Train ______________________________________________23 Train to Compete __________________________________________25 / Train to Win _______________________________________________27 Lakeshore Soccer Association Soccer for Life _____________________________________________29 The 10 Key Factors of LTPD for Players with Disabilities _________31 Additional Considerations ____________________________________35 Changes to the Soccer System ________________________________36 Growing
    [Show full text]
  • Acoustic Characterization of Dysarthria in Children with Cerebral Palsy: Exploring Age-Related Effects
    ACOUSTIC CHARACTERIZATION OF DYSARTHRIA IN CHILDREN WITH CEREBRAL PALSY: EXPLORING AGE-RELATED EFFECTS Anja Kuschmann1 and Frits van Brenk2 1University of Strathclyde, Glasgow, UK; 2University at Buffalo, USA [email protected]; [email protected] ABSTRACT Current treatment approaches for children with dysarthria secondary to CP focus on improving The speech of children with dysarthria and cerebral intelligibility, and considerable research efforts have palsy (CP) is characterized by respiratory, phonatory been made to determine those features that impact and articulatory difficulties. Whilst, traditionally, most on intelligibility. Perceptual evaluations of speech deviations were described perceptually, the speech produced by children with dysarthria and CP focus has recently shifted to acoustic measures to have identified difficulties with articulation, voice quantify the children’s speech changes more quality, hypernasality and speech rate as the primary objectively and systematically. This study features contributing to reduced speech intelligibility investigated the role of age in acoustically [6, 11, 18]. However, the studies also showed that characterizing dysarthria in children with CP. Speech perceptual evaluations do not lend themselves very samples of eight children were analyzed using various well to differentiating between types of dysarthria as acoustic measures and compared to those of typically- perceptual features are often similar across the developing peers. Results showed overall group different types of CP-related dysarthria. In order to differences for several acoustic measures. quantify and classify the perceived changes in a more Additionally, the degree to which acoustic measures objective and systematic way, researchers have begun may differentiate children with CP and their peers is exploring the usefulness of acoustic measures to influenced by age, with various measures found to be capture the children’s speech changes.
    [Show full text]
  • Journal of Sport & Exercise Psychology
    JOURNAL OF SPORT & EXERCISE PSYCHOLOGY Volume 43 • Supplement • May 2021 North American Society for the Psychology of Sport and Physical Activity Virtual Conference June 9–11, 2021 Contents Keynotes, Lectures, and Awards .......................................................................................................................S1 Symposia ...............................................................................................................................................................S4 Free Communications: Verbal and Poster Motor Development .......................................................................................................................................................... S7 Motor Learning and Control ...........................................................................................................................................S23 Sport and Exercise Psychology........................................................................................................................................S52 The Journal of Sport & Exercise Psychology is an official publication of the North American Society for the Psychology of Sport and Physical Activity Unauthenticated | Downloaded 09/28/21 08:22 AM UTC Conference Chairs and Committees Conference Program Chair Catherine M. Sabiston, University of Toronto, Canada Executive Director Penny McCullagh, California State University-East Bay, USA Motor Development Sport and Exercise Psychology Elizabeth (Kip) Webster, Augusta University (Chair) Tara-Leigh
    [Show full text]
  • Seattle Comprehensive Plan Container Port Element
    Seattle’s Comprehensive Plan | Toward a Sustainable Seattle 12.1 Container Port Element container port element Table of Contents A Land Use 12.3 B Transportation 12.4 C Economic Development 12.4 D Environment 12.5 June | 2012 (2013) Seattle’s Comprehensive Plan | Toward a Sustainable Seattle 12.3 Container Port Element discussion Center. The state law also adds key freight transpor- tation corridors that serve marine port facilities to The Port of Seattle is one of the largest cargo cen- the state’s list of transportation facilities of statewide ters in the United States, serving as the entry and significance. exit point for marine cargo to and from the Pacific Rim and Alaska. The Port of Seattle container opera- tions are unique among West Coast ports because A Land Use they are adjacent to the urban core, abutting the container port element busy downtown, a tourist-friendly waterfront and two sports stadiums that attract millions of visitors policies each year. CP1 Help preserve cargo container activities The Port of Seattle’s marine cargo terminal plays a by retaining industrial designations on vital role in the Seattle economy. The Port of Seattle land that supports marine and rail- related includes approximately 1,400 acres of waterfront land industries including industrial land adjacent and nearby properties. Nearly 800 acres of that land to rail or water-dependent transportation are dedicated to container terminal operations and facilities. cargo handling. Most of the freight shipped through the Port travels in intermodal containers that are CP2 Continue to monitor the land area needs, transferred to or from railcars or trucks on the dock.
    [Show full text]