Rules of Cooperation Between the State Fire Service and Selected Institutions Under the Conditions of CBRN Threats, Including Biological Ones — Analysis of Polish Solutions

• Authors: Kogut, Bogusław , Mika, Janusz , Ratusznyj, Roman

Abstracts

EN

The article presents conclusions from the analysis of solutions applied in Poland in the field of implementation of joint projects of the State Fire Service and selected institutions responsible for ensuring the internal security of the state in the field of counteracting CBRN threats, including biological ones. The analysis refers to the binding legal system and the organizational solutions resulting from it. The considered legal order included the provisions of universally binding law and local law. It was assumed that the use of weapons of mass destruction in a terrorist attack might be executed through the contamination of air, water or soil, as well as by disease carriers: infected insects, rodents or people. One of the real methods of performing bioterrorists attacks is to contaminate the air by spraying, for example, biological aerosol. That is since aerosol production equipment is easily accessible, and most biological agents can be easily transported by air. The objects of such an attack will be primarily places with efficient air conditioning systems, public buildings and metro stations, and all places where people gather including railway stations, airports, shopping centers, sports and cultural facilities, government and public buildings, areas of military concentration, and places of public mass events. The considerations presented in this article refer to issues on a macro and micro scale, which allowed for distinguishing the rules of cooperation and its effectiveness. While endeavoring to objectify the conclusions from the analysis, the article was elaborated by a team of Polish, Czech, and Ukrainian experts.

Keywords

EN

security; threats; collaboration; cooperation; state; law; system

• Publisher: Wyższa Szkoła Policji w Szczytnie
• Journal: Internal Security
• Year: 2019
• Volume: 11(1)
• Pages: 73-83

Dates

published

2019-10-16

Contributors

author

Kogut, Bogusław

author

Mika, Janusz

author

Ratusznyj, Roman

Identifiers

DOI

10.5604/01.3001.0013.5340