Task 2 Sample Clauses

Task 2. Conducting the Environmental Review
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Task 2The contractor shall develop and implement a cohesive, coordinated and sustainable STEM education outreach strategies across CCDC-ARL that facilitates in attracting eligible applicants. The contractor shall market and promote the CCDC ARL Outreach program to attract qualified prospective applicants via contractor developed website. The outreach effort shall include the design and distribution of advertising and application materials and an appropriate method to reach audiences from which qualified applicants will be drawn. The outreach effort shall be wide ranging, national in scope and comparable to other nationally renowned undergraduate and graduate level science and engineering student programs. The contractor shall identify relevant media for communicating the program. The contractor shall submit marketing strategy to the Contracting Officer Representative (COR) for approval. The strategy should include marketing to diversified S&T community (HBCU/MIs, Tier I-III US institutions, & professional organizations/conferences). Marketing techniques/ approaches to consider: 1) Supporting ARL's partnerships with universities, schools and teachers at local, state and regional educational agencies for shared standards in science and mathematics; 2) Provide awareness of STEM educational programs/ opportunities for students at all stages of their K-20 education; 3) Develop and implement cohesive program metrics for each individual program across the CCDC – ARL platforms; 4) Provide online resources for educators and the CCDC - ARL workforce to share best practices: 5) Provide and expand mentor capacity of the Army’s highly qualified scientists and engineers; 6) Increase educators’ awareness of DoD, Army and CCDC - ARL opportunities; 7) Integrate CCDC - ARL programs into strategic and comprehensive marketing strategy inclusive of an internal centralized website and application tool; 8) Support and complement the Army and CCDC - ARL STEM Strategies; 9) Develop, capture and communicate program standards and best practices.
Task 2. 4 i) Characterization of MNM hydrochemical reactivity in synthetic biological fluids.
Task 2. Develop the specification and design for online and offline response tools. The Authority will build and manage the tool according to the specification. The consultation will be published on the Xxx.xx website. A link can be provided to a response form from within the consultation document and from the consultation webpage. Response tool should be designed to both ease responses and to facilitate the logging and analysis of responses. A downloadable/printable version of the responses tool should be available to cater for those not wishing to use the online tool. NB: an online response tool will reduce the number of and format variations of email responses. We still expect to receive a number of longer, detailed responses in report format from key stakeholders. The supplier will need to work with the Authority to develop the tools as the Authority develops the content of its consultation. The Authority will own this tool, it will be built and managed internally by the Authority. 5.1.2.1 Task 2 to be completed by 21/08/2014
Task 2. Systems for maintaining unique and secure identities for specimens, subjects and biobanks‌ Primary related deliverables: D5.2, D5.5, Data Protection Deliverable Task 2 can be split into two parts; the part for which it was originally intended, primarily exploration of systems for Globally Unique Identifiers (GUIDs), and the part for which an additional deliverable was created, the issue of data protection and privacy. For the latter part work is still ongoing in collaboration with WP6 and the final conclusions will be accounted for elsewhere. Deliverable 5.2, dedicated to the first part of Task 2, does not contain a final decision for a particular existing system for Globally Unique IDentifiers (GUIDs). Instead, it outlines the scenarios of what should be made a preceding decision, the one of suitable service architectures for BBMRI in the short and long-term perspective. The service architecture scenarios are connected to the use cases and system design and therefore presented under Task 3 in Section 1.3.4. Additionally, D5.2 contains an inventory of the most important relevant existing GUIDs systems, presented below. 1.2.1 Inventory of relevant GUID systems and recommendation‌ The ISO Object Identifier (OID) can be characterized as follows: “An OID is a globally unique string representing an ISO (International Organization for Standardization) [4] identifier in a form that consists only of numbers and dots (e.g., "2.16.840.1.113883.3.1"). According to ISO, OIDs are paths in a tree structure, with the left-most number representing the root and the right-most number representing a leaf. Each branch under the root corresponds to an assigning authority. Each of these assigning authorities may, in turn, designate its own set of assigning authorities that work under its auspices, and so on down the line. Eventually, one of these authorities assigns a unique (to it as an assigning authority) number that corresponds to a leaf node on the tree. The leaf may represent an assigning authority (in which case the root OID identifies the authority), or an instance of an object. An assigning authority owns a namespace, consisting of its sub-tree” [5].
Task 2. Acceptance
Task 2. Provide funding for a Paralegal for the Office’s Family Court Division to handle the administrative, clerical, and case-related management issues that the attorneys are currently handling because of insufficient non-attorney support. This position will allow Family Court Division attorneys to spend more time on case litigation, investigation, and client communication.
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Task 2. Systems for maintaining unique and secure identities for specimens, subjects and biobanks
Task 2. Procedures for quantification of MNM exposure and fate in dispersions for ecotoxicological studies
Task 2. 8 Air Quality Assessment The project site is located within the jurisdiction of the San Xxxxxxx Valley Air Pollution Control District (SJVAPCD). The project may result in short-term construction-related emissions and long-term operational emissions, primarily attributable to emissions from vehicle trips. We will consult with the SJVAPCD regarding the project’s potential to cause impacts, and the applicability of the SJVAPCD’s Rules and Regulations. The Air Quality analysis will include the following: • Regional air quality and local air quality in the vicinity of the project site will be described. Meteorological conditions in the vicinity of the project site that could affect air pollutant dispersal or transport will be described. Applicable air quality regulatory framework, standards, and significance thresholds will be discussed. • Short-term (i.e., construction) increases in regional criteria air pollutants will be quantitatively assessed. The ARB-approved CalEEMod computer model will be used to estimate regional mobile source and particulate matter emissions associated with the construction of the proposed project. • Long-term (operational) increases in regional criteria air pollutants will be quantitatively assessed for area source, mobile sources, and stationary sources. The ARB-approved CalEEMod computer model will be used to estimate emissions associated with the proposed project. Exposure to odorous or toxic air contaminants will be assessed through a screening method as recommended by the SJVAPCB. • Local mobile-source CO concentrations will be assessed through a CO screening method as recommended by the SJVAPCD. Mobile source CO concentrations are modeled for signalized intersections expected to operate at unacceptable levels of service (i.e., LOS E or worse). If
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