crisis communications plans and message mapping

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what we have done, what we have learned, and our plans for future improvements. http://dx.doi.org/10.1016/ j.jchas.2013.03.418 Community college citizen prepared- ness program John Perrone Homeland Security Management Institute, Monroe Community College, United States This program addresses the knowledge, skills and abilities students need to sur- vive natural, technological and man- made disasters. Whatever the scale of the disaster, members of the local com- munity will carry out the first response. Wherefore, students and citizens need to be able to: understand preparedness as it pertains to their unique situation and to their responsibility as a citizen and be able to understand specific threats and how to respond. http://dx.doi.org/10.1016/ j.jchas.2013.03.419 Comparison of chemical disinfec- tants Bruce Finlay Eastern Virginia Medical School, Uni- ted States One of the major components of bio- logical safety is decontamination. In the laboratory, surface decontamina- tion is of utmost importance. There are a wide variety of chemical surface disinfectants available for general laboratory use, but there is no consen- sus on the most effective. I will be testing four common surface disinfectants (bleach, 70% alcohol, quaternary ammonium compound, and iodophor) for efficacy in relation to both contact time and viable colonies. http://dx.doi.org/10.1016/ j.jchas.2013.03.420 Conducting lab safety audits in a small college Jay Brakensiek Claremont University Consortium, United States Conducting critical Laboratory Safety Audits in a small college setting may be both quantitatively and qualitative different than auditing in a large research university. Lab Safety resources are likely to be much less at small colleges both in the academic department and on the audit team, which may have 1–2 staff members performing the EHS Audits. These contrasts with the often large numbers of university EHS audit staff, backed up by specialists. This presentation will cover what has worked over the last 2 years, lessons learned, and details of the Lab Audits at The Claremont Col- leges. http://dx.doi.org/10.1016/ j.jchas.2013.03.421 Contractor safety: Why is important on campus Ryan Fendrich Veolia Environmental Services, United States Does your campus have a contractor safety compliance program? Are you worried about the safety practices of temporary contractors doing project work on campus? Learn how contrac- tor safety and the safety of students, campus visitors, and the university staff are intertwined. Protect your cam- pus from injury, OSHA compliance issues, and PR nightmares. Learn what to look for in a contractor’s safety record and what to ask during pre- bid or post award meetings. Discussion will include suggestions for developing a checklist of what you require and need from contractors before they can begin work. http://dx.doi.org/10.1016/ j.jchas.2013.03.422 Controlled substance disposal Keith Duval University of Pittsburgh, United States Maintaining compliance with DEA disposal regulations can be challenging for universities. Facilities which pos- sess controlled substances must utilize a closed system to ensure that con- trolled substances are accounted for from their creation through final destruction. When a controlled sub- stance is declared a waste, a reverse distributor is mandated by certain DEA divisions to dispose of the material. Disposal through a reverse distributor is costly. Pitt EH&S devel- oped a centralized program which facilitates disposal, while controlling costs. http://dx.doi.org/10.1016/ j.jchas.2013.03.423 Creating a Continuity of Operations Plan Lisa Teel Emergency Planning, OCCC, United States The Continuity of Operations (COOP) Plan sets forth how an institution will continue its operations as the result of the loss of the use of its offices, class rooms, utilities, manpower, or all of the above or any combination of the above due to an emergency incident (such as a fire or tornado). For example, if a building was destroyed the COOP would detail the entity’s plan of opera- tion on where those functions carried out within the destroyed building would be housed until the building was functional. A COOP should be useful and part of daily operations and not just a binder on a shelf care. http://dx.doi.org/10.1016/ j.jchas.2013.03.424 Crisis communications plans and message mapping Mark Bagby Washington University in St. Louis, United States Flying by the seat of your pants in a crisis, normally does not end well. For- malizing a plan and prescripting mes- sages (message mapping) beforehand will give your institution a playbook to work from for internal and external communications during an emergency. Rumor control, traditional media, new media, call centers and the like will be discussed as well. http://dx.doi.org/10.1016/ j.jchas.2013.03.425 Cultivating communities of practice Amy Orders Environmental Health, NC State Uni- versity, United States Communities of practice consist of groups of people working together towards achieving specific goals 44 Journal of Chemical Health & Safety, May/June 2013

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Page 1: Crisis communications plans and message mapping

what we have done, what we havelearned, and our plans for futureimprovements.

http://dx.doi.org/10.1016/j.jchas.2013.03.418

Community college citizen prepared-ness programJohn PerroneHomeland Security ManagementInstitute, Monroe Community College,United StatesThis program addresses the knowledge,skills and abilities students need to sur-vive natural, technological and man-made disasters. Whatever the scale ofthe disaster, members of the local com-munity will carry out the first response.Wherefore, students and citizens needto be able to: understand preparednessas it pertains to their unique situationand to their responsibility as a citizenand be able to understand specificthreats and how to respond.

http://dx.doi.org/10.1016/j.jchas.2013.03.419

Comparison of chemical disinfec-tantsBruce FinlayEastern Virginia Medical School, Uni-ted StatesOne of the major components of bio-logical safety is decontamination. Inthe laboratory, surface decontamina-tion is of utmost importance. Thereare a wide variety of chemical surfacedisinfectants available for generallaboratory use, but there is no consen-suson themosteffective. I will be testingfour common surface disinfectants(bleach, 70% alcohol, quaternaryammonium compound, and iodophor)for efficacy in relation to both contacttime and viable colonies.

http://dx.doi.org/10.1016/j.jchas.2013.03.420

Conducting lab safety audits in asmall collegeJay BrakensiekClaremont University Consortium,United StatesConducting critical Laboratory SafetyAudits in a small college setting maybe both quantitatively and qualitative

different than auditing in a largeresearch university. Lab Safetyresources are likely to be much lessat small colleges both in the academicdepartment and on the audit team,which may have 1–2 staff membersperforming the EHS Audits. Thesecontrasts with the often large numbersof university EHS audit staff, backedup by specialists. This presentation willcover what has worked over the last 2years, lessons learned, and details ofthe Lab Audits at The Claremont Col-leges.

http://dx.doi.org/10.1016/j.jchas.2013.03.421

Contractor safety: Why is importanton campusRyan FendrichVeolia Environmental Services, UnitedStatesDoes your campus have a contractorsafety compliance program? Are youworried about the safety practices oftemporary contractors doing projectwork on campus? Learn how contrac-tor safety and the safety of students,campus visitors, and the universitystaff are intertwined. Protect your cam-pus from injury, OSHA complianceissues, and PR nightmares. Learn whatto look for in a contractor’s safetyrecord and what to ask during pre-bid or post award meetings. Discussionwill include suggestions for developinga checklist of what you require andneed from contractors before theycan begin work.

http://dx.doi.org/10.1016/j.jchas.2013.03.422

Controlled substance disposalKeith DuvalUniversity of Pittsburgh, United StatesMaintaining compliance with DEAdisposal regulations can be challengingfor universities. Facilities which pos-sess controlled substances must utilizea closed system to ensure that con-trolled substances are accounted forfrom their creation through finaldestruction. When a controlled sub-stance is declared a waste, a reversedistributor is mandated by certainDEA divisions to dispose of thematerial. Disposal through a reverse

distributor is costly. Pitt EH&S devel-oped a centralized program whichfacilitates disposal, while controllingcosts.

http://dx.doi.org/10.1016/j.jchas.2013.03.423

Creating a Continuity of OperationsPlanLisa TeelEmergency Planning, OCCC, UnitedStatesThe Continuity of Operations (COOP)Plan sets forth how an institution willcontinue its operations as the result ofthe loss of the use of its offices, classrooms, utilities, manpower, or all of theabove or any combination of the abovedue to an emergency incident (such asa fire or tornado). For example, if abuilding was destroyed the COOPwould detail the entity’s plan of opera-tion on where those functions carriedout within the destroyed buildingwould be housed until the buildingwas functional. A COOP should beuseful and part of daily operationsand not just a binder on a shelf care.

http://dx.doi.org/10.1016/j.jchas.2013.03.424

Crisis communications plans andmessage mappingMark BagbyWashington University in St. Louis,United StatesFlying by the seat of your pants in acrisis, normally does not end well. For-malizing a plan and prescripting mes-sages (message mapping) beforehandwill give your institution a playbook towork from for internal and externalcommunications during an emergency.Rumor control, traditional media, newmedia, call centers and the like will bediscussed as well.

http://dx.doi.org/10.1016/j.jchas.2013.03.425

Cultivating communities of practiceAmy OrdersEnvironmental Health, NC State Uni-versity, United StatesCommunities of practice consist ofgroups of people working togethertowards achieving specific goals

44 Journal of Chemical Health & Safety, May/June 2013