[표지]
기술노트
목차
제1장 서론 7
제2장 Offline JULES 개요 및 설치 8
2.1. Offline JULES 개요 8
2.2. Offline JULES 설치 10
2.2.1. Offline JULES 소스코드 10
2.2.2. 환경설정 및 설치 11
제3장 기상 강제자료 구축 14
3.1. 개요 14
3.2. LDAPS 기반 기상 강제자료 구축 15
3.2.1. 입력파일 형태: ASCII vs. NetCDF 15
3.2.2. 파일명 포맷 및 기상 강제자료 설정 16
3.2.3. LDAPS 분석장 후처리 18
제4장 엔씰러리 자료 구축 25
4.1. 개요 25
4.2. QGIS 설치 및 활용 26
4.2.1. 개요 26
4.2.2. 좌표계 변환 27
4.2.3. 피쉬넷 33
4.3. 토지피복도 변환 및 구축 35
4.3.1. 환경부 토지피복도 35
4.3.2. Offline JULES 토지피복으로의 변환 36
4.3.3. 토지피복 입력자료 생성 37
4.4. 토양속성정보 구축 38
4.4.1. 농촌진흥청 개략토양도 38
4.4.2. 토성 별 토양속성정보 39
4.4.3. 토양속성정보 입력자료 생성 41
제5장 결론 43
참고문헌 44
부록 46
[부록 A] LDAPS 단일면 출력자료 변환 47
[부록 B] 토지피복분류체계 58
[부록 C] NCL codes for ancillary files 60
[부록 D] Namelist files 67
[뒷표지] 76
Table 3.1. The valid substitution strings for time and variable name templating 17
Table 3.2. LDAPS uni-section result file status 20
Table 3.3. Meteorological variables that are always required for offline JULES 21
Table 3.4. Radiation, precipitation, and wind speed variables for offline JULES 21
Table 3.5. Variable names in LDAPS uni-section result file using in offline JULES 23
Table 4.1. Projections in QGIS used for making LDAPS imput data 28
Table 4.2. Land cover transfer table for JULES land cover type 37
Table 4.3. Soil properties variables for offline JULES 40
Table 4.4. Soil properties for each soil textures 42
Figure 2.1. Concept of JULES 9
Figure 2.2. JULES science repository 10
Figure 2.3. Results of compilation of offline JULES 13
Figure 3.1. Flow diagram showing detection of file period from time templated string 16
Figure 3.2. Boundary information of input data 19
Figure 3.3. Structure of directories and files of meteorological forcing data 24
Figure 3.4. 'ncdump' result of 'q' 24
Figure 3.5. 'drive.nml' for meteorological forcing data 24
Figure 4.1. QGIS download webpage 26
Figure 4.2. Main page of QGIS 27
Figure 4.3. Projection change 1: opening lat-lon text file 29
Figure 4.4. Projection change 2: projection 'Korea 2000' 29
Figure 4.5. Projection change 3: projection change procedure 31
Figure 4.6. Projection change 4: result 32
Figure 4.7. Example of fishnet from the result of landcover 33
Figure 4.8. Used schemes for making fishnet layer 34
Figure 4.9. Procedures of making fishnet layer and result 34
Figure 4.10. Land cover map 35
Figure 4.11. Land cover map converted into LDAPS grid 36
Figure 4.12. Soil texture map 38
Figure 4.13. Soil texture map converted into LDAPS grid 39