What is the theoretical basis for the emergency response guidelines?

To put it bluntly, emergency response guidelines are the general theoretical basis for core emergency practices such as on-site emergency response, plan drill optimization, emergency capability assessment, and post-event traceability review. From community fire evacuation drills to cross-regional natural disaster rescue, all emergency-related action standards and responsibility boundaries are basically based on the emergency response guidelines in the corresponding fields as the underlying reference.

A while ago, when I was helping to make emergency drill plans for office buildings in my jurisdiction, I was stuck on the question of "how long does it take for security personnel to arrive at the fire floor after a fire breaks out?" Some people said 5 minutes, others said 10 minutes. Everyone had their own reasons and no one could convince anyone. Finally, I copied the current "Emergency Response Guidelines for Concentrated Places" We found clear evidence only after "Southern China": Based on the calculation of the average speed of load-bearing climbers after the elevators in high-rise buildings are out of service and the vertical spread rate of fire, it is clearly required to initiate disposal within 3 minutes and reach the fire floor within 7 minutes. Our drill and assessment standards are directly based on this, saving a lot of wrangling.

Of course, there are different voices in the industry. Many front-line handlers feel that the guidelines are general rules and cannot be applied to all extreme scenarios. Last year, a village in the south was hit by a sudden flash flood. The cadres stationed at the scene noticed that the stream suddenly turned turbid and frogs and snakes on the bank were running to higher ground in groups. Without waiting for the "red warning from hydrological stations to start evacuation" process required by the guidelines, they directly beat the gong and evacuated the entire village to the mountain. They were 12 minutes earlier than according to the procedure and just avoided the peak of the flood that destroyed the village. During the review afterwards, some people said that he should be held accountable for violating the guideline process, while others said that in extreme scenarios, the frontline should be left with room for flexible handling. This discussion has not yet reached an absolute conclusion. In fact, it is also everyone's different understanding of "whether the guideline is a rigid ruler or a reference frame as a theoretical basis."

In addition to advance plans and on-site handling, subsequent traceability and system optimization also use the guidelines as the core basis. A stampede occurred in a supermarket during a promotional event before. When the liability was finally determined, the company followed the clear requirements in the "Emergency Handling Guidelines for Large-scale Events" that "every 500 people must be equipped with one emergency evacuation person, and a two-way buffer zone must be set up at the entrance and exit." It was found that the supermarket had 12 fewer evacuation personnel, and there was no buffer design at the entrance and exit. The main responsibility of the organizer was directly determined. There is no dispute.

To put it bluntly, the emergency response guide is like the "Clinical Diagnosis and Treatment Guide" in the hands of medical students. You must follow this guide for training and qualification examinations. If you encounter rare diseases or emergency rescue, you can flexibly adjust the plan based on clinical experience. However, when identifying medical disputes, the core judgment standard still depends on the requirements of the guide. This is its most practical value as a theoretical basis.