The Research On Military Service In Yunnan During The Anti-Japanese War

The war of resistance against Japan was a great victory for the Chinese nation against foreign invasion,and the mobilization of manpower was crucial to the victory of the Anti-Japanese War.In order to adapt to the war,the national government introduced the recruitment system across the country.Yunnan is located in the southwestern border,with special geographical location and a wide distribution of ethnic minorities.Respond to the national government of yunnan province,according to their own actual situation,on the basis of the draft accordingly each military service work,make their own contribution to the victory of Anti-Japanese War.This paper is divided into three chapters to discuss the military service in yunnan province during the Anti-Japanese War.The first chapter discusses the military service system of the national government during the Anti-Japanese War from the historical evolution of the Chinese military service system and the formulation of the conscription law and the conscription during the Anti-Japanese War.The second chapter discusses the main military service work in yunnan province during the Anti-Japanese War,including military service agency Settings,military service mobilization and propaganda,national military training,intellectual young males to enlist,military families,preferential treatment and the main content of the six aspects,such as the army.This paper expounds the characteristics,positive results and problems of the military service in yunnan province during the Anti-Japanese War.The results of the military service in yunnan during the Anti-Japanese War were certain,which provided a large number of soldiers to the Anti-Japanese War,and promoted the construction of local basic-level regimes.But in yunnan province in the military service work in anti-japanese period,due to the shortage of funds,the grass-roots work personnel quality is not high,the lack of effective supervision,lead to military service work efficiency is not high.