A central aspect of Swedish history teaching is to develop one's ability to use history and to develop historical awareness. As a support for the teacher, there are several different textbooks, but the content may differ in terms of both factual knowledge and methods. With this as a starting point and with focus on using history, the purpose of this essay is to investigate how source management can be applied to different historical events and people, as well as how historical awareness can be developed with the help of different thinking tools. The questions that will be answered are which people and events the books cover withthe source management chapters that exist, how source management methods can be applied to this course of events and how historical awareness can be developed through these books.The method that will be used is a qualitative content analysis to analyze and interpret theteaching books. To examine these issues, Peter Seixa's thinking tool guide and Niklas Ammert's learning material theory will be used as the theoretical framework. With the help ofthese, the content must be assimilated to investigate how the development of historical thinking. Based on previous research, there are abilities and knowledge students must develop through history teaching, but how textbooks can be used is not presented to the same extent.

在全球化的經濟蓬勃發展下，環保事件層出不窮，地球環境遭受重大破壞，各種環保議題引起國際矚目與熱烈討論。歐洲議會在2003年初公布了針對十項電機電子設備的兩個環保相關規範，分別是歐盟電機電子設備有害物質限制使用指令(RoHS)與歐盟電機電子設備廢棄物指令（WEEE），另外，歐盟能源使用產品生態化設計指令（EuP）也已在2005年8月11日公布，這些指令對相關產業的營運與發展將造成重大衝擊，其影響深遠供應鏈上下游成員無一倖免。 產業界為因應此一環保規範限制，將環境因素納入到傳統供應鏈管理當中，而形成了所謂「綠色供應鏈管理」的熱門議題。其主要差異乃是後者將生命週期思維融入產品設計、製造、使用與最終的廢棄回收處理的整個範疇。 本研究嘗試由資訊製造業的個案公司實際發展綠色供應鏈的過程中，以個案分析的方式收集其產品發展流程的各種資料，包括綠色設計、綠色採購、綠色供應商評鑑與稽核、綠色資訊平台建置等，並予以整理分析，建立個案公司的綠色供應鏈管理策略架構與協同運作模式。 本研究結果顯示綠色供應鏈管理策略的核心是「源頭管理」，源頭管理落實之後，加上其所衍生出來的綠色供應商評鑑與稽核、綠色產品管理系統、綠色資訊整合等各項活動，始能達到符合環保規範的目標，做到完整的風險控管，讓企業穩健發展。同時，本研究也顯示，建立協同設計機制及PDM資訊平台可以有效分析處理供應鏈上下成員間流通的資料，譬如，原物料、零組件等源頭綠色資料被有效地整合於綠色資訊平台，企業因應環保法規落實到資訊管理裡，營運風險因而獲得保障。 / Accompanying the vigorous economic development, the environment of the earth has been impacted tremendously. There are so many environmental issues that occurred in past decades turning into hot topics among nations. European Parliament published RoHS, and WEEE Directives in early 2003 that mandate ten categories of electric and electronic equipments to be restricted in the use of hazardous substances and wastes disposal respectively. Also, the setting of ecodesign requirement for Energy-Using Products newly announced in August of 2005. All the three mandatory EU Directives has definitely influenced significantly the foregoing development of the related industries. To react to the environmental regulations, the industries try to put environmental element into conventional Supply Chain Management, SCM. Thus, come out with Green SCM. The key differences are the latter mingling life cycle thought through out the whole scope of product life span. This research attempt to establish a collaborative structure and strategy for Green Supply Chain Management, by means of analyzing the information collected from the real developing process, including green design, green procurement, green suppliers’ appraisal, building up green information platform, of an information manufacturing firm. The research revealed that the core strategy of Green SCM is “Source Management”. Only if source management has fully implemented at the site of raw materials and component manufacturers, the environmental regulations can compliant thoroughly. Thus, the risk management is well controlled, so that the firm would operate soundly. Meanwhile, the research also showed that building up collaborative mechanism to link with PDM platform may process effectively the flowing data between the parties of supply chain. As a result, the restricted hazardous substances data of raw material and components are integrated into the green information platform and well managed. The operation risk of enterprise would be secured because of the entire implementation of information management for the environment regulations.