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요약문 4
SUMMARY 5
제1장 연구개발과제의 개요 8
제2장 국내외 기술개발 현황 11
제3장 연구개발 수행내용 및 결과 12
재료 및 방법 12
1. 갯벌 어장환경 생태 연구 12
2. 염생식물 수산자원화 활용 기반 연구 16
결과 및 고찰 17
제1절 갯벌 어장환경 생태 연구 17
1. 갯벌 어장환경 체계적인 모니터링 17
2. 곰소만ㆍ근소만 갯벌 어장환경 생태 연구 55
제2절 염생식물 수산자원화 활용 기반 연구 61
1. 침수성 염생식물 및 고염성 염생식물 61
제4장 목표달성도 및 관련분야에의 기여도 70
제5장 연구개발결과의 활용계획 72
제6장 참고문헌 74
Table 1. The mean grain size(Mz) of surface sediments in Gomso bay 31
Table 2. The mean grain size(Mz) of surface sediments in Geunso bay 32
Table 3. Compounds mean concentration in Gochang tidal plat 34
Table 4. PAHs concentration in Gochang tidal plat(recovery 30% above) 34
Table 5. Sediment grade by PAHs concentration(Baumard et al. 1998) 35
Table 6. Organics' PAHs concentration in Gochang tidal plat(ng/g lipid weight) 35
Table 7. PAHs trace by PAHs ratio 37
Table 8. Compounds mean concentration in Gochang tidal plat 37
Table 9. The content of inorganic elements of surface sediments 38
Table 10. The content of heavy metals of surface sediments and Ruditapes pillippinarum. 39
Table 11. Spatio-temporal variations of mean grain size of surface sediment of Hajeon-ri 40
Table 12. Patio-temporal variations of microbenthic chlorophyll a content on surface sediment(㎎M-²) of Hajeon-ri, Korea 41
Table 13. Seasonal variations of dominant benthic diatom species and percentage at Hajeon-ri 43
Table 14. Spatio-temporal variations of dominant-subdominant benthic diatom assemblages at Hajeon-ri 43
Table 15. Spatio-temporal variations of microbenthic chlorophyll a and phaeopigment content on surface sediment(㎍㎝-²) of Beopsan-ri, Korea (2015~2016) 44
Table 16. Spatio-temporal variations of dominant-subdominant benthic diatom assemblages at Beopsan-ri, Korea (2015) 46
Table 17. Benthic diatom taxa observed every season at Beopsan-ri, Korea (2015) 46
Table 18. Seasonal variations of dominant species based on individuals in Gomso bay 50
Table 19. Seasonal variations of dominant species based on biomass in Gomso bay 51
Table 20. Ecological indices and dominant species of macrobenthic at each group in Gomso bay 53
Table 21. Ecological indices and dominant species of macrobenthic at each group in Gomso bay 55
Table 22. Ecological indices and dominant species of macrobenthic at each group in Geunso bay 55
Table 23. Habitat suitability index(HSI) V1 = Chlorophyll α; V2 = Hydrodynamics; V3 = sand; V4 = silt-clay; V5 = Salinity; V6 = Dissolved Oxygen 58
Table 24. Temperature variations of Suaeda living habitats 62
Table 25. Spatio-temporal variations of mean grain size of Suaeda living sediment(2015) 63
Table 26. Spatio-temporal variations of Salinity, pH, EC, COD, Ignition loss, AVS, and Water content in Suaeda living sediment(2015) 63
Table 27. Averaged density and height variations of Suaeda taxa, respectively, observed from each monitoring site 65
Table 28. Ecology of halophytes 66
Table 29. Temperature variations of Suaeda and Salicornia living habitats (2016) 66
Table 30. Spatio-temporal variations of Salinity, pH, EC, COD, Ignition loss, AVS, and Water content in Suaeda and Salicornia living sediment (2016) 68
Table 31. Variations of mean grain size of Salicornia living sediment (2016) 69
Fig. 1. Survey station of Gomso bay. (칼라) 17
Fig. 2. Survey station of Geunso bay. (칼라) 17
Fig. 3. Monthly change of temperature at the Gomso bay. (흑백) 18
Fig. 4. Monthly change of temperature at the Geunso bay. (흑백) 18
Fig. 5. Monthly change of salinity at the Gomso bay. (흑백) 18
Fig. 6. Monthly change of salinity at the Geunso bay. (흑백) 18
Fig. 7. Monthly change of DO at the Gomso bay. (흑백) 19
Fig. 8. Monthly change of DO at the Geunso bay. (흑백) 19
Fig. 9. Monthly change of pH at the Gomso bay. (흑백) 19
Fig. 10. Monthly change of pH at the Geunso bay. (흑백) 19
Fig. 11. Monthly change of SS at the Gomso bay. (흑백) 20
Fig. 12. Monthly change of SS at the Geunso bay. (흑백) 20
Fig. 13. Monthly change of COD at the Gomso bay. (흑백) 20
Fig. 14. Monthly change of COD at the Geunso bay. (흑백) 20
Fig. 15. Monthly change of DIN at the Gomso bay. (흑백) 21
Fig. 16. Monthly change of DIN at the Geunso bay. (흑백) 21
Fig. 17. Monthly change of DIP at the Gomso bay. (흑백) 21
Fig. 18. Monthly change of DIP at the Geunso bay. (흑백) 21
Fig. 19. Monthly change of TN at the Gomso bay. (흑백) 22
Fig. 20. Monthly change of TN at the Geunso bay. (흑백) 22
Fig. 21. Monthly change of TP at the Gomso bay. (흑백) 22
Fig. 22. Monthly change of TP at the Geunso bay. (흑백) 22
Fig. 23. Monthly change of Chl-a at the Gomso bay. (흑백) 23
Fig. 24. Monthly change of Chl-a at the Geunso bay. (흑백) 23
Fig. 25. Monthly change of SiO2 at the Gomso bay. (흑백) 23
Fig. 26. Monthly change of SiO2 at the Geunso bay. (흑백) 23
Fig. 27. Water content of surface sedimentsin survey site. (흑백) 24
Fig. 28. Chemical oxygen demand of surfacesediments in survey site. (흑백) 24
Fig. 29. Acid volatile sulfide of surfacesediments in survey site. (흑백) 24
Fig. 30. Ignition loss of surface sedimentsin survey site. (흑백) 24
Fig. 31. Seasonal variation of water content in Gomso bay. (흑백) 25
Fig. 32. Seasonal variation of chemical oxygen demand in Gomso bay. (흑백) 25
Fig. 33. Seasonal variation of acid volatile sulfide in Gomso bay. (흑백) 25
Fig. 34. Seasonal variation of ignition loss in Gomso bay. (흑백) 25
Fig. 35. Water content of surface sediments in survey site. (흑백) 26
Fig. 36. Chemical oxygen demand of surface sediments in survey site. (흑백) 26
Fig. 37. Acid volatile sulfide of surface sediments in survey site. (흑백) 26
Fig. 38. Ignition loss of surface sediments in survey site. (흑백) 26
Fig. 39. Monthly variation of water content in Geunso bay. (흑백) 27
Fig. 40. Monthly variation of chemical oxygen demand in Geunso bay. (흑백) 27
Fig. 41. Monthly variation of acid volatile sulfide in Geunso bay. (흑백) 27
Fig. 42. Monthly variation of ignition loss in Geunso bay. (흑백) 27
Fig. 43. Temperature of surface sediment at the Gomso bay(2014). (흑백) 28
Fig. 44. Temperature of surface sediment at the Gomso bay(2014). (흑백) 28
Fig. 45. Temperature of surface sediment at the Gomso bay(2015). (흑백) 28
Fig. 46. Temperature of surface sediment at the Gomso bay(2015). (흑백) 28
Fig. 47. Temperature of surface sediment at the Gomso bay(2016). (흑백) 28
Fig. 48. Temperature of surface sediment at the Gomso bay(2016). (흑백) 28
Fig. 49. Temperature of surface sediment at the Geunso bay(2015). (흑백) 29
Fig. 50. Temperature of surface sediment at the Geunso bay(2015). (흑백) 29
Fig. 51. Temperature of surface sediment at the Geunso bay(2016). (흑백) 29
Fig. 52. Temperature of surface sediment at the Geunso bay(2016). (흑백) 29
Fig. 53. Pore water nutrient of surface sediment at the Gomso bay. (흑백) 30
Fig. 54. Pore water nutrient of surface sediment at the Geunso bay. (흑백) 30
Fig. 55. Pore water nutrient of surface sediment at the Geunso bay. (흑백) 30
Fig. 56. PAHs concentration in Gochang tidal plat(recovery 30% above). (칼라) 33
Fig. 57. Organics' PAHs concentration in Gochang tidal plat(ng/g lipid weight). (칼라) 35
Fig. 58. Seasonal, Organics' PAHs concentration in Gochang tidalplat(ng/g lipid weight). (칼라) 36
Fig. 59. Results of C/N ratio in the surface sediments at the Gomso bay. (흑백) 39
Fig. 60. Results of C/N ratio in the surface sediments at the Geunso bay. (흑백) 39
Fig. 61. Spatio-temporal variations of averaged percentage of microphytobenthic chlorophyll a and phaeopigment of Hajeon-ri, Korea. (흑백) 42
Fig. 62. Surface sediment facies of Beopsan-ri, Korea (2015~2016). (칼러) 44
Fig. 63. Spatio-temporal variations of averaged percentange of microphytobenthic chlorophyll a and phaeopigment of Beopsan-ri, Korea (2015~2016). (흑백) 45
Fig. 64. Prospective new species. (칼러) 47
Fig. 65. Species number of macrobenthic in Gomso bay. (칼라) 48
Fig. 66. Individuals number of macrobenthic in Gomso bay. (칼라) 48
Fig. 67. Biomass of macrobenthic in Gomso bay. (칼라) 49
Fig. 68. Species diversity of macrobenthic in Gomso bay. (칼라) 49
Fig. 69. Analysis of macrobenthic community structure in Gomso bay. (흑백) 52
Fig. 70. Species number of macrobenthic in Gomso bay. (칼라) 53
Fig. 71. Biomass of macrobenthic in Gomso bay. (칼라) 53
Fig. 72. Species number of macrobenthic in Geunso bay. (칼라) 54
Fig. 73. Biomass of macrobenthic in Geunso bay. (칼라) 54
Fig. 74. Analysis of macrobenthic community structure in Gomso bay. (흑백) 54
Fig. 75. Analysis of macrobenthic community structure in Geunso bay. (흑백) 54
Fig. 76. Survey sites in Gomso bay. (칼라) 56
Fig. 77. Salinity balance in Gomso bay(106 m3 day-1). (칼라) 56
Fig. 78. DIP balance in Gomso bay (kg day-¹). (칼라) 56
Fig. 79. DIN balance in Gomso bay (kg day-¹). (칼라) 56
Fig. 80. Survey sites in Geunso bay. (칼라) 57
Fig. 81. Salinity balance in Geunso bay(106 m3 day-1). (칼라) 57
Fig. 82. DIP balance in Geunso bay (kg day-¹). (칼라) 57
Fig. 83. DIN balance in Geunso bay (kg day-¹1). (칼라) 57
Fig. 84. Gomso Bay survey sites. (흑백) 57
Fig. 85. Suitability index graph. V1, V2, V3, V5 and V6 are adapted from Vincenzi et al., 2006. V4 is adapted from USFWS, 1980. (흑백) 58
Fig. 86. Chlorophyll α distribution in Gomso Bay. (칼라) 59
Fig. 87. Hydrodynamics distribution in Gomso Bay. (칼라) 59
Fig. 88. Sand distribution in Gomso Bay. (칼라) 60
Fig. 89. Silt-clay distribution in Gomso Bay. (칼라) 60
Fig. 90. Salinity distribution in Gomso Bay. (칼라) 60
Fig. 91. DO distribution in Gomso Bay. (칼라) 61
Fig. 92. HSI distribution in Gomso Bay. (칼라) 61
Fig. 93. Pre-monitoring sites for halophyte. (칼라) 62
Fig. 94. Suaeda seedlings from each habitat, respectively, of Jeonnam(a), Jeonbuk(b), and Chungnam(c) from April to June in 2015. (칼라) 64
Fig. 95. Monitoring sites of halophytes(2016). (칼라) 66
Fig. 96. ITS DNA sequencing for 3 Suaeda species. (칼라) 67
Fig. 97. trnL-trnF cpDNA DNA sequencing for 3 Suaeda species. (칼라) 67
Fig. 98. Specimens of halophytes. (칼라) 69
Fig. 99. Samples for dried (halophyte) seeds. (칼라) 69
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