The previous social welfare system medical treatment, economy, society, etc, failed to guarantee “quality of life,” in various respects. In such a situation, green areas can be devised as an alternative means of directly improving the quality of life. Furthermore, natural resources and ecosystem services are essential elements of environmental welfare that have the purpose of supporting health and quality of life. However, despite the importance of such green space, it is often unavailable and there is a great disparity in its distribution among different regions in urbanized areas where residents are intensively dispersed. Therefore, the present study suggests a plan for reducing the regional imbalances in the green environment by using distributive equality and visual access as indexes, and Dalseo-gu, Daegu Metropolitan City as the subject; the research results are deemed to be sufficient for carrying out the important role of providing the basic data necessary for establishing future environmental welfare policy. An examination of the analysis results are as follows. First, Gamsam-dong was revealed to need additional green areas; out of the 167 spaces that were regarded as possible for green biotope construction, 48 spaces appeared possible for additional green biotope construction. However, only 10 spaces were assessed as having the potential for actual green biotope construction, excluding the spaces affected by local green environments. Moreover, given a concern with green equality, a final two were deducted as additional green spaces. The present study is significant in that it accomplishes visual accessibility analysis in terms of visual quality, including the effects of aesthetic enjoyment along with distributive equality from green biotopes; the relevant subfactors include green area supply and demand when constructing additional green biotopes to realize a city with improved environmental welfare. However, the present study is limited in terms of failing to consider the green biotope of local administrative districts affecting the target area of the study because it analyzes equality and disconnected green areas for selecting additional green biotope spaces using Dalseo-gu Daegu as its subject.

ABSTRACT
 1. Introduction1
 2. Methods
  2.1 Summary of the Research Site
  2.2 Methods of Study
 3. Results and Discussions
  3.1 The State of Green Biotope Distribution andIts Classification
  3.2 Analysis of Green Biotope Inducement Areas
  3.3 Methods for Additional Green Area Selectionfor Improving Green Biotope Inducement Areas
  3.4 Selection of Additional Green Biotope Areaswithin Green Inducement Areas
 4. Conclusions
 References

• Soonju Lee(Dept. of Landscape Architecture, Graduate School, Kyungpook National University)
• Junghwa Ra(Dept. of Landscape Architecture, Kyungpook National University) Corresponding author
• Jinhyo Kim(Dept. of Landscape Architecture, Graduate School, Kyungpook National University)
• Deokho Kang(Dept. of Landscape Architecture, Graduate School, Kyungpook National University)
• Hyunju Cho(Dept. of Landscape Architecture, Daegu University)