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Assessment Report E- 294 ENVWRNT;\! l,-. ASSESSMENT REPORT 0> fi j rvtt! VOFSUSTAINABLE vPMIENT OF CINA Public Disclosure Authorized <.GASTAL RESOURCES Public Disclosure Authorized .. ....... Public Disclosure Authorized Prepared by EastChina Sea of Fisheries F t U!e Public Disclosure Authorized Chinese Academy of F .. Science Shanghai People's F epublic of China Septemb ---.1997 A * ' / U. '4 * ""I; "44<9'4 ry y' U ¶ + t' ¶Y VJ 4' 4 0 24r.L PkL *UAI:2¶:cU*<& a. p r AU. PV-",,.. 4<r ' 4 j"r \&' ;t' N .: * X,h'+\'; UI>\¶U.\#*; \A N .,.<K# . 'U. 'P it •k 'N' '¶pP$s4 >&%StK .. ' 4''*' "' '44 4r " - sv4½4tC f 3 £ NI 2 ''.4flt,St*4aJIi4 I " I Environment Impact Assessment Report on The Project of Sustainable Development of China Coastal Resource prepared by East China Fisheries Research Insitute: Xu Zhaoli X Yang Hongshan, Chen Yaqu. Shen Xinqiang Yellow Sea Fisheries Research Insitute: Cui Yi Chen Minshan Qingdao Oceangraphy University: Xi Pangen Fisheries Research Insitutte of Fujian Province: Du Qi September,1997 East China Sea Fisheries Research Institute 300 Jungong Road Shanghai P.R.C. I I Contents Introduction Brief Description of the Project * Management of coastal zone * Sustainable aquatic culture and mariculture * Reconstruction of prawn ponds * Quality and safety of aquatic production 1. ENVIRONMENT IMPACT ASSESSMENT ON NET CAGE MARICULTURE 1.1 Description of Net Cage Mariculture 1.1.1 Species 1.1.2 Location 1.1.3 Size 1.1.4 Water Area Occupied 1.1.5 Distribution 1.2 Analysis of Mariculture Production 1.2.1 Fry And Larva Species, Quantity and Source 1.2.2 Mariculture Engineering and Procedure 1.2.3 Feeding Manner of Diet and Remanent Diet and Feces 1.2.4 Analysis and Assessment of Sewage Discharge Quantity in Relation to Water Quality and Red Tide Organisms 1.2.5 Experimental Analysis and Assessment of Population Physiology and Ecology ( Selecting Better Feed Conversion Ratio) 1.3 Environmental Status of Surrounding Area of Net Cage Mariculture 1.3.1 Meteorology Dynamic 1.3.2 Hydrographic Dynamic 1.3.3 Chemical Dynamic of Water 1.3.4 Sediment Dynamic 1.3.5 Biological Dynamic 1.3.6 Potential Pollution Sources and Pollutants 1.4 Environment Impact Assessment on Surrounding Environment of Net Cage Mariculture 1.4.1 Change of Water Quality 1.4.2 Change of Hydrodynamic ( Water Current and Tidal Action) 1.4.3 Change of Sediment Dynamic 1.4.4 Others 1.5 Impact of Environmental Conditions on Net Cage Mariculture 1.5.1 Impact of Surrounding Water Environment on Net Cage Mariculture I 1.5.2 Impact of Urban Sewage Discharge on Mariculture of Net Cage 1.5.3 Impact of Run Off on Net Cage Mariculture 1.6 Suggestions and Counter-Measures 1.6.1 Selection and Establishment of Different Ecological Mariculture Models 1.6.2 Improvement of Diets and Feeding Types In Mariculture 1.6.3 Fisheries Environmental Monitoring and Pollution Control 1.6.4 Biological Treatment ( Including Periodic Movement of Cages and Clean- Up the Vacated Site) 2. ENVIRONMENT IMPACT ASSESSMENT ON PRAWN POND RECONSTRUCTING AND HATCHERY 2.1 General Situation of Prawn Pond Reconstructing and Hatchery Farm 2.1.1 Site, Scale, Area and Distribution 2.1.2 Program of Prawn Pond Reconstruction and Main Technology 2.2 Engineering Analysis of Prawn Pond Reconstruction and Hatchery Farm 2.2.1 Effluent Amount, Types of Waste Water and Pollutants of Discharged,and Properties in Effluent 2.2.2 Treatment Plan Of Waste Water 2.3 Environmental Status Around the Area of Prawn Pond Construction and Hatchery Farm 2.3.1 Project Region in Shangdong Province 2.3.2 Project Region in Fujian Province 2.3.3 Project Region in Liaoning Province 2.3.4 The Investigation Report of Nantong Project 2.4 Environmental Impact on Prawn Pond Reconstruction and Hatchery 2.4.1 Environment Impact Assessment on Use Of Disinfectant 2.4.2 Environment Impact Assessment on Waste Water Drainage of Prawn Pond 2.4.3 Environment Impact Assessment on Waste Water Drainage of Breeding 2.5 Environment Impact Assessment Pollution on Breeding 2.6 Suggestions And Mitigation Measure 2.6.1 Drawing up Management Plan 2.6.2 Improvement of Culture Technique 2.6.3 Disposal of Removed Silts in Prawn Pond during Process of Reconstruction 2.6.4 To strengthen Training of Technical Force 2.6.5 Improvement of Operation System 2.6.6 Control of Contaminant Drainage 3. ENVIRONMENT IMPACT ASSESSMENT ON AQUATIC PRODUCT n1 PROCESSING PLANT 3.1 General Situtation 3.11 Name, Location and System of Ownership of Plants 3.1.2 Size, Area and Plane Layout of Plants 3.1.3 Land Utilization and Future Scale of Productivity 3.1.4 Product Assortment and General Technology 3.1.5 Number of Employe and Living Area 3.2 Engineering Analysis 3.2.1 Raw Material and Their Origin, Storage, Transportation, and water Consumption 3.2.2 Technological Process 3.2.3 Quantity of Pollutants Discharged, Released Manner and Pollutant Features 3.2.4 Programme for Wastes Treatment 3.2.5 Traffic , Transportation and Land Utilization of Plants 3.3 Environmental Status around Processing Plant Area 3.3.1 Geographical Location 3.3.2 Status of Land And Hydrography 3.3.3 Status of Water Quality 3.3.4 Socio-Economic Status 3.3.5 Other Pollution Sources 3.4 Impact Assessment 3.4.1 Impact Assessment on Water Quality 3.4.2 Impact Assessment on Land 3.5 Management And Monitoring Plans 3.5.1 Plan, Proposal And Stratagem for Disposing Waste Water, Sewage and Solid Wastes 3.5.2 Management 3.5.3 Monitoring and Testing 3.5.4 Organization, Staff and Instruments 4. ASSESSMENT CONCLUSIONS m A I ENVIRONMENT IMPACT ASSESSMENT REPORT ON THE PROJECT OF SUSTAINABLE DEVELOPMENT OF CHINESE COASTAL RESOURCE Introduction Since the reformation and open door policy were carried into effect, Chinese fishery has been rapidly developed. The rise ratio of aquatic-production is 13.6% annually, which is much higher than the world average level of 1.5%. The total yield in 1995 reached 28000 metric ton which accounted for 25% of the total yield of the world and ranked first in the world. Chinese fisheries is taking a fishery developing road with Chinese characteristics. In the procession of fishery development in China, some new problems emerged, among which diseases of culturaled species (for example, prawn disease)occurred serious in recent years, natural resources of marine fishery seriously declined, water quality of coastal areas nearby big cities and industrial zones became polluted, and over-exploiting of fisheries in some areas have exceeded their bearing capacity. The problems mentioned above directly influence whether the Chinese fishery can be sustainable development. The Chinese relevant authorities have recognized this serious problem and made their best endeavours to solve it. However, the fishery is a trade with high investment and high benefit. The funds for developing fishery must be raised through various channels. One of the channels is to introduce foreign funds for expediting the development of Chinese fishery. For this reason, the Ministry of Agriculture in China has applied for a World Bank loan for the project of comprehensive development of fisheries in the southeast coastal area of China in 1995. The State Planning Committee in China has arranged the project for the three years' rolling plan of World Bank loan. The project group of World Bank visited China and investigated the project in May of 1996. After consulting with the State Planning Committee, the Ministry of Finance , the Ministry of Agriculture and the relevant departments of the project areas, the project was finalized and named as "the project of sustainable development of chinese coastal resources The total amount of the loan is 100 millions $US. Because the project of sustainable development of Chinese coastal resources is a constructing project of ecological agriculture , the object of construction is to ensure marine ecological balance and reaches sustainable and good e'cological circulation of fisheries. Therefore, the scope and degree of disadvantageous impact caused by environment will be limited and some disadvantageous impacts in the process of construction and production may be reduced to an acceptable degree by adopting advanced technology and proper measures of prevention and control. Brief Description of the Project Fujiang, Jiangsu (Nantong city), Shangdong and Liaoning provinces are designated as the project areas. The project involves 4 parts, namely the management of coastal zones, sustainable aquatic culture and mariculture, reconstruction of prawn ponds, and quality and safety of aquatic production. * Managementof Coastal Zones The management plan of coastal zones will include the following items: 4 Three management centers of coastal zones; 4 Four fishery environmental monitoring stations; 4 One center of prevention and control of disease and technical training; - Five stations of prevention and control of disease and technical training; 4 One protected zone of precious and rare aquatic animal; 4 Nine fishery administrative boats; 4 One monitoring and controlling system of fishing boats; 4 6000 hectares coastal preventing and protecting Inter Tide Zone culture; 4 Three training teams of coastal management; * Sustainable Aquatic Culture and Mariculture 4 Fish culture The plan of fish culture is listed in Table 1. Table 1 The plan of fish culture Cultural pattern Species Area Annual yield ___ha) (metric ton) Net cage culture Paralichthys olivaceus, Pseudosciaena 38780 10262 crocea, Pagrosomus major, Lateolabrax cages japonicus, Zonichthvs nigrofasciatus Industrial farming one farm 100 Pond farming Tilapia spp. 2.1 208 Pond farming Fuga rubripes 290 682.5 4 Shellfish culture The plan of shellfish culture is listed in Table 2. 2 Table 2 The plan of shellfish culture Cultural pattern Species Area (ha) Annual yield (metric ton) raft culture Crassostrea rivulars 3955 237300 tidal culture Crassostrea rivulars 100 600 suspendingculture Chlamysfarreri 354 15930 tidal culture Ruditapes variegeta 1999.7 18000 tidal culture Sinonovacula constricta 133 2000 tidal culture Shellfish 11000 21450 tidal culture Scapharca broughtonii 5333.3 1600 4 Algae culture The plan of algae culture is listed in Table 3.
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