Annexures A - F
Forms
Annexure G
Standards of construction, security and operation for quarantine facilities for aquatic organisms and aquaculture products listed in Annexure I
Republic of Namibia
Ministry of Fisheries and Marine Resources
1.Period of quarantine(a)The normal minimum period of quarantine is six weeks for shipments of freshwater ornamental aquatic organisms and three weeks for marine ornamental aquatic organisms.(b)If at the end of the specified quarantine period, the quarantine officer has reason to believe that a shipment of aquatic organisms still presents an unacceptable risk of disease or pest introduction, the shipment may be held in quarantine for further investigation, observation, treatment, testing or for any other purpose appropriate to the circumstances. If the risk cannot be effectively managed destruction of the shipment is to be ordered.2.Standards of construction2.1Location of quarantine facilities(a)Quarantine facilities must be located within the local authority area and at an approved port that has a permanently based quarantine officer.(b)Premises may not be approved in the vicinity of private or government fish hatcheries, aquaculture facilities, watercourses or areas subject to frequent flooding.2.2Specifications of quarantine facilities(a)A quarantine facility must be accessible and the operator must arrange for such access through property owned, rented or leased by the operator, and such facility must be accessible to the quarantine officer during normal business hours and at such time that shipments are entering or leaving the premises. The operator must notify the quarantine officer of the times when the premises are attended and of any alterations to the normal business hours.(b)The quarantine facility must be located within a single operational entity and as such be structurally separated from any other operations. The quarantine facility may share a building with other areas that are used for different purposes, including wholesale or retail activities involving live aquatic organisms or their products. The quarantine facility may not be used as an access way to other parts of the building.(c)The quarantine facility must be weatherproof and maintained in a state of good condition.(d)The quarantine facility must be located within a secure, lockable building, or within a building that is located in an area surrounded by a lockable person-proof security fence.(e)The quarantine facility may not be used for any purpose, other than as a place for the performance of quarantine.(f)The holding capacity of the quarantine facility must be commensurate with the proposed quantities and number of species of aquatic organisms to be handled.(g)The quarantine facility must have facilities for the sterilization of all equipment that comes into contact with aquatic organisms or tank water during the quarantine period.2.3Specific construction and equipment requirementsThe quarantine facility must comply with the following specific construction and equipment requirements:(1)Windows must be screened to prevent the entry of insects.(2)The floor and walls must be constructed of concrete, tiles or other impervious material to enable hose down and disinfections with retention of all water. The floor must be sufficiently smooth and with sufficient gradient to drain to an approved septic tank, local authority sewerage or enclosed holding tank.(3)Floor to wall junctions and all gaps and cracks in the walls, floor and ceiling must be effectively sealed.(4)Lighting must be of sufficient intensity to allow proper inspection of all aquatic organisms.(5)A floor drainage with an insertable plug or other mechanism to prevent the accidental escape of aquatic organisms or uncontrolled release of water must be installed. Drainage must be to an approved septic tank, local authority sewer or an enclosed holding tank.(6)Doors must have a self-closer to ensure that they remain shut after entry or a self-closing insect-proof screen door must be installed.(7)Facilities must be provided at the quarantine facility for staff employed and quarantine officers to wash their hands before leaving such facility.(8)All tanks used for the holding of aquatic organisms must-(a)be identified with permanent numbers so that records for shipments may be correlated with them;(b)be fitted with lids or other approved equivalents so as to prevent transmission of pathogens between adjacent tanks due to splash from the aeration or filter system and to prevent the escape of aquatic organisms;(c)be arranged in a manner that permits ready access for inspection purposes, including a minimum width of 75 cm for corridors between rows of tanks or tanks and walls;(d)contain only sterilizable materials (such as plastic) that do not interfere with inspection; and(e)have at least the front transparent to provide good visibility of their contents and be stacked for adequate viewing.(9)The use of shared water recirculation systems must be avoided. If separate shipments of aquatic organisms share a common water recirculation system, aquatic organisms may not be approved for release from quarantine until the last shipment to enter the system has satisfactorily completed its quarantine requirements. If diseases or pests of quarantine concern are known or suspected, all aquatic organisms sharing the same water recirculation system may be subject to quarantine risk management measures, including their destruction, treatment or detention beyond the normal quarantine period.(10)All entry and exit points to the quarantine facility must prominently display a permanently affixed, professionally made, quarantine sign that states “Quarantine Area - Authorised Persons Only”, on a yellow background, with black lettering approximately 5 cm in height.(11)A suitable wash-up trough must be located in the quarantine area for the cleaning and disinfecting of equipment. An approved disinfectant must be available at the wash-up trough. A suitable draining rack must be provided for air drying of equipment.(12)A designated refrigerator or freezer must be provided solely for the storage and preservation of dead aquatic organisms. The refrigerator or freezer must be clearly identified as being for quarantine use only and located within or close to the quarantine area, and if outside the quarantine area it must be lockable.(13)Equipment necessary to carry out the disinfection of all wastewater, including wastewater originating from Namibian waters and wastewater originating from other waters used in the quarantine facility, must be supplied.(14)Contamination or infestation by pests is to be prevented by ensuring and providing secure storage facilities for food for aquatic organisms.(15)A fully stocked first aid cabinet must he provided and maintained.(16)Amenities to be provided for use by quarantine officers include access to a desk and chair, a telephone with a direct outside line, toilet facilities, hand washing facilities within the quarantine area and a hygienic means of drying hands, and suitable arrangements for daily cleaning of amenities.3.Standards of operation3.1Wastewater disposal3.1.1Freshwater organisms(a)All wastewater of domestic origin to be discharged from the quarantine facility and that has not been used for the transport or holding of aquatic organisms must enter directly to an approved septic tank or a local authority sewerage system, or may be sterilized as described under item 3.2, and where wastewater is sterilized, it may be discharged at a place determined by the Minister, but such water may not flow directly into natural waterways.(b)All wastewater, whether of foreign or domestic origin, that has been used for the transport or holding of live freshwater organisms or for the cleaning of tanks and associated equipment, must be disinfected using an approved method before disposal.(c)Disposal of wastewater must also comply with the applicable law governing the disposal of wastewater.3.1.2Marine organismsAll wastewater, including foreign water, discharged from the quarantine facility must enter directly to an approved septic tank, local authority sewerage system or may be sterilized as described under item 3.2 and sterilized wastewater may not be discharged directly into natural waterways.3.2Sterilization of wastewaterWhere sterilization of wastewater is required before disposal, it must be sterilized in accordance with one of the following methods:(a)Chlorination(i)All water must pass through an approved filter capable of removing suspended organic material before hypochlorite treatment.(ii)All water must pass to a retention vessel where sufficient hypochlorite (bleach) must be added to achieve a minimum concentration of 200 parts per million (ppm) (200 mg per liter) at 1 hour post-treatment. Sodium hypochlorite (bleach) must be used at 1.6 milliliters (ml) of hypochlorite solution (12.5% available chlorine) per liter of water, while calcium hypochlorite powder (such as, “Pool Chlor”, 65-70% available chlorine) must be used at 0.3 grams (g) of powder per liter of water.(iii)Before the treatment period starts, the chlorinated effluent must be brought to a pH between 5.0 and 7.0.(iv)Following addition of hypochlorite, wastewater must be agitated for at least 10 minutes to ensure thorough mixing of hypochlorite.(v)After a retention period of not less than 1 hour, the chlorine concentration is measured using an approved method. Tanks not achieving a minimum chlorine concentration of 200 ppm (200 mg per liter) at the allotted time must be re-treated until the requirement is met.(vi)The chlorine in the wastewater may be neutralized by adding sodium thiosulphate at a rate of 1.25 g (2.5 ml of 50% sodium thiosulphate solution) per liter of treated wastewater, then agitated for not less than 10 minutes before discharge.(vii)Chlorination records must be maintained noting: the amount of compound added, the volume of effluent, the time that treatment period commenced, the pH at commencement of the treatment period and the 1 hour posttreatment concentration.(viii)Chlorinated water may not be discharged directly into adjacent waterways.(b)Heat treatmentBefore discharge, wastewater must be heated to at least 85 degrees celsius for a minimum of 30 minutes. Water heating units must be approved by the competent authority and be fitted with temperature and flow recorders.(c)Ultraviolet (UV) light radiation(i)All water to be treated must pass through a filter capable of removing suspended organic material before irradiation.(ii)Commercial UV water treatment units operating in the spectral range of 190-280 nm (254 nm recommended) delivering doses of at least 130 mWs/cm2 are required.3.3Disinfection of equipment(a)Before removal from the quarantine area and before restocking with a new shipment of aquatic organisms, all tanks and tank equipment must be thoroughly cleaned and disinfected with-(i)hypochlorite solution at 200 ppm concentration for 5 minutes;(ii)an approved iodophore solution containing iodine at 0.5% available iodine for 5 minutes; or(iii)another disinfection procedure approved by the quarantine officer.(b)Filter material must be disposed of by incineration, by autoclaving and deep burial or by another approved method.3.4Disposal of dead aquatic organismsDead aquatic organisms may only be disposed of as directed by the competent authority. Aquatic organisms that have died while under quarantine must be held in an approved freezer, an approved refrigerator or preserved using another method as specified by the competent authority until removed for laboratory examination or released for disposal by the quarantine officer. Upon approval, dead aquatic organisms must be disposed of by incineration or by autoclaving and deep burial.3.5Disposal of packing materialsWet bags, boxes and cartons must be either disinfected using the methods of disinfection specified under item 3.3 “Disinfection of Equipment” or disposed of by incineration or another method approved by the quarantine officer.4.Work practices4.1Cleanliness and sanitation(a)The quarantine facility and holding tanks must be kept clean at all times. Adequate cleaning facilities (such as pressurized water supplies, brooms and shovels) must be provided to enable maintenance of appropriate standards of hygiene.(b)No animals or plants other than aquatic organisms and their live food are permitted in the quarantine area.(c)Handling of all packaging material used to transport live aquatic organisms must comply with the following procedures:(i)Damaged bags, damaged polystyrene boxes and cartons that are wet or contaminated with foreign water must be either incinerated or disinfected by an approved method referred to in item 3.3, before disposal.(ii)Imported bags and polystyrene boxes containing leaked water that is not from Namibian waters and that are in good condition may be reused provided they are first disinfected by an approved method.(iii)Boxes and cartons that are free of foreign water may be reused without disinfection.(iv)The use of dedicated equipment (such as nets or cleaning equipment) for each individual tank or tanks connected by a shared water recirculation system is recommended. At minimum all nets and other equipment must be disinfected by an approved method of disinfection before being moved between tanks housing different shipments and before removal from the quarantine area.(v)All equipment, footwear and protective clothing used in the quarantine area must be restricted to that site. Equipment may only be removed from the quarantine area after disinfection in an approved manner.(vi)The operator must provide protective clothing (such as waterproof apron and footwear) to staff and visitors to use in the facility. Protective footwear (such as gumboots and aprons) must be kept inside the quarantine area and street footwear must be left outside the quarantine area. Before protective footwear or clothing are removed from the quarantine area they must be cleaned using an approved disinfectant such as Betadine (5% solution). Disposable overshoes may be used provided they are destroyed after use by incineration or by autoclaving followed by deep burial.(vii)Wastewater disposal must comply with the applicable law on wastewater disposal, specifications for disposal referred to in item 3.1, and may not flow directly into natural waterways.(viii)All filter material must be disinfected before removal from the quarantine area or disposed of by incineration or by autoclaving and deep burial.(ix)Staff and visitors who have had contact with water or aquatic organisms must wash their hands and forearms with soap and water before exiting the quarantine facility.4.2Handling of aquatic organisms(a)Upon arrival of a shipment of aquatic organisms at the approved port of entry and following verification of the accuracy of details of the shipment and its preliminary inspection by customs officers, the shipment must be transferred to the custody of the operator who must guarantee the secure transport of the shipment under quarantine conditions to the quarantine facility.(b)Upon arrival at the quarantine facility, freshwater organisms must be transferred by net to new water and the foreign water must be subjected to an approved disinfection treatment referred to in item 3.2. Each tank used to contain freshwater aquatic organisms must only contain a single species of organism, and must be kept separate and isolated from other organisms.(c)Each tank used to contain marine organisms may contain different species but only from the same shipment.(d)If all or part of a shipment of imported aquatic organisms is incorrectly identified or listed by the exporter and includes species not on the list of ornamental aquatic organisms approved for importation, the operator must notify the quarantine officer within seven days of importation. The operator must re-export the unapproved species or have them humanely destroyed under supervision of the quarantine officer.(e)The progeny of imported aquatic organisms that breed during the quarantine period may be removed to another tank in the facility but are subject to all quarantine conditions that applied to the parents.(f)A standard tank record sheet must be maintained for each tank in accordance with item 6.2.(g)Periodically throughout the day the operator must observe all aquatic organisms held in the quarantine facility for signs of illness and abnormal behavior.(h)Dead aquatic organisms must be held for inspection by the quarantine officer. All organisms from a given shipment that are found dead on arrival or that die during the quarantine period must be placed in a labeled plastic bag as soon as possible and kept under refrigeration or preserved as specified by the quarantine officer until diagnostic examination is completed. Information on labels must identify the shipment, species, tank number and day of death.(i)Any equipment that has been in contact with dead aquatic organisms must be disinfected before re-use.(j)Any sudden occurrence of unusual levels of mortality or changes in behavior (such as levels of mortality or illness above 20% of a tank over a five-day period) or unusual signs of disease, parasites or pests must be immediately reported to the quarantine officer.(k)The use of any drug or chemical to treat aquatic organisms must have the approval of the competent authority and be recorded on tank record sheets. The use of any treatments may result in the extension of quarantine detention or other measures as deemed necessary by the quarantine officer.(l)The operator must ensure that no aquatic organisms leave the quarantine area under any circumstances without the approval of the quarantine officer (for example the granting of a biosecurity clearance), excepting dead organisms moved to a nearby lockable refrigerator or freezer.(m)On completion of quarantine freshwater aquatic organisms are to be transferred by net into clean water before release from the quarantine facility.(n)Aquatic organisms must be removed from the quarantine area following their satisfactory completion of the quarantine period.5.Occurrence of an outbreak of a serious exotic disease(a)If a serious exotic disease is diagnosed the operator must be immediately notified, and in such cases the quarantine officer or other representative of the competent authority may direct the management of disease control. Disease control measures may include the extension of quarantine or the destruction of stock.(b)Measures to be taken under paragraph (a) may include:(i)destruction of infected shipments or of all aquatic organisms present in the facility at the time of the outbreak, and their sanitary removal and incineration.(ii)decontamination of the interior of the facility, and all tanks and equipment, and all waters present in the facility at the time of the outbreak.(iii)approval of the competent authority before the re-use of the facility.6.Record keeping requirements6.1Summary records(a)Summary records in electronic and manual form, of all shipments of aquatic organisms entering the quarantine facility, must be maintained and records may include commercial documents, such as airway bills. The operator must, for auditing purposes, maintain such records for a minimum period of 36 months after release of the aquatic organisms from quarantine, during which time they must upon request, be readily made available to a quarantine officer.(b)The following summary information must be recorded for each shipment:(i)Overseas supplier and country of origin;(iii)Number of each aquatic species, in total and by tank;(iv)Details of any accompanying health certificates;(v)Details of any clinical signs of disease, and number of affected aquatic organisms, by species and tank;(vi)Details of any mortalities, by species and tank;(vii)Details of any treatments approved and applied; and(viii)Date of release from quarantine.6.2Tank record sheets(a)A corresponding approved tank record sheet must be maintained for each holding tank and must be kept up to date at all times. Tank record sheets must be retained for a minimum of 36 months following release of shipments from quarantine.(b)Tank record sheet must display the following information:(ii)Number and species of aquatic organisms in tank;(iii)Exporter identification details including country of export;(vi)Shipment or airway bill number;(vii)Number/species of aquatic organisms dead on arrival;(viii)Details of any observed disease conditions and number of sick aquatic organisms;(ix)Daily record of number of aquatic organisms deaths in tank;(x)Details of any prophylactic or therapeutic treatments given;(xii)Disinfection details;(xiii)Signature of authorising quarantine officer and date released; and(xiv)Number of aquatic organisms released.6.3LogbookDetails of wastewater treatment, including chlorination records, if applicable, filter disposal, general maintenance and auditing must be recorded in a logbook.7.Auditing(a)It is the responsibility of the operator to undertake systematic periodic internal audits at least on semiannual basis, to ensure that the standards for the operation of the quarantine facility as outlined in this Annexure are maintained and to identify and correct any deficiencies. The operator must record in the logbook, any variations from the prescribed criteria encountered and the corrective measures taken.(b)Periodic external audits of the quarantine facility may be conducted by the quarantine officer or other approved personnel to verify the security and proper functioning of the quarantine facility.8.Security(a)Control and security of the quarantine facility are the responsibility of the operator. The quarantine facility must be securely locked when not in active use or when unattended.(b)Procedures must be adopted to ensure that access to the premises is limited to authorised persons only. A prominent sign must be displayed at the entrance to the facility to show that it is a quarantine facility and that unauthorised entry is prohibited.(c)The unnecessary entry of staff and visitors into the quarantine facility must be avoided. The operator must record the name and address of any visitors and the visit date in a logbook near the entrance.Annexure H
Standards of construction, security and operation for quarantine facilities for introductions or transfer of aquatic organisms and aquaculture products
Republic of Namibia
Ministry of Fisheries and Marine Resources
1.Period of quarantine(a)No set period of quarantine is established. The period of holding in the quarantine facility depends on the results of observation and testing of the imported stock of aquatic organisms and the resulting F1 generation. In all cases, once the competent authority is satisfied that the or a subsequent generation is safe for limited release, the parent stock must be destroyed and the quarantine facility thoroughly disinfected. An application to introduce or transfer aquatic organisms may be subject to condition to maintain the organisms under conditions of strict quarantine for a number of years.(b)If, at any point while the imported aquatic organisms and their progeny are under quarantine an infectious disease is detected, the quarantine officer may require treatment and further testing. If the disease is of a serious or untreatable nature, destruction of all aquatic organisms held in the facility is to be ordered and complete disinfection of the building, water and all equipment is necessary before permission to restock is granted.2.Standards of construction2.1Location of quarantine facilitiesThe location of an importation and transfer quarantine facility is to be determined on a case by case basis. Premises may not be approved in the vicinity of private or government fish hatcheries, aquaculture facilities, watercourses or areas subject to frequent flooding.2.2Specifications of quarantine facilities(a)A quarantine facility must be accessible and the operator must arrange for access through property owned or leased on a long-term basis by the operator, and such facility must be accessible to a quarantine officer during normal business hours and at such time that aquatic organisms are entering or leaving the premises. The operator must notify the quarantine officer of the times when the premises are attended and any alterations to the regular hours.(b)The quarantine facility must be located within a single operational entity that is structurally separated from all other operations and is dedicated solely to the holding of the shipments. A quarantine facility may not share a building having areas that are used for different purposes and must not serve as an access way to other buildings or activities. The quarantine facility may not to be used for any purpose, other than as a place for the performance of quarantine.(c)The quarantine facility must be weatherproof and maintained in a state of good repair.(d)The quarantine facility must be a secure and lockable building that is surrounded by a lockable person-proof security fence.(e)The holding capacity of the quarantine facility must be commensurate with the proposed quantities of the species of aquatic organism for which a permit is granted. Provision must be made for the growth and maturation of the original parent stock and the holding of all F1 and subsequent generations.(f)The quarantine facility must be equipped for the sterilization of all equipment that comes into contact with aquatic organisms or tank water during the quarantine period.2.3Specific construction and equipment requirements(a)The quarantine facility must comply with the following specific construction and equipment requirements:(i)windows must be screened to prevent the entry of insects;(ii)floors and walls must be constructed of concrete, tiles or other impervious material to enable hose down and disinfection with retention of all wastewater. Floors must be sufficiently smooth and with sufficient gradient to drain to an enclosed holding tanks;(iii)floor to wall junctions and all gaps and cracks in the walls, floors and ceilings must be effectively sealed such that the quarantine area is capable of containing all leaks and floods that might occur;(iv)lighting must be of sufficient intensity to allow proper inspection of all aquatic organisms;(v)floor drainage with an insertable plug or other mechanism to prevent the accidental escape of aquatic organisms or uncontrolled release of water must be installed. Drainage must be to an approved holding tank and the holding tank must be of suitable size to contain the total volume of all tanks used for the holding of aquatic organisms;(vi)doors must have a self-closer to ensure that they remain shut after entry, or there must be a self-closing insect-proof screen door installed; and(vii)access to the quarantine facility must only be through a personnel entrance leading to a separate outer change room provided with facilities for staff and quarantine officers to wash their hands and change outer clothing before entering or leaving the quarantine area;(b)All holding tanks for aquatic organisms must-(i)be identified with permanent numbers so that that individual tank records may be correlated with them;(ii)be fitted with lids or other approved equivalents so as to prevent transmission of pathogens between adjacent tanks due to splash from the aeration or filter system, and to prevent the escape of aquatic organisms;(iii)have water intake lines equipped with automatic shutoff valves;(iv)be arranged in a manner that permits ready access for inspection purposes, including a minimum width of 75 cm for corridors between rows of tanks or tanks and walls;(v)contain only sterilizable materials (such as plastic) that do not interfere with inspection; and(vi)have at least the front transparent to provide good visibility of their contents, and be stacked for adequate viewing;(c)If all aquatic organisms within the facility are considered to have the same quarantine status, the use of a shared water recirculation system is permissible;(d)All entry and exit points to the quarantine facility must prominently display a permanently affixed, professionally made, quarantine sign that states “Quarantine Area - Authorised Persons Only”, on a yellow background, with black lettering approximately 5 cm in height;(e)A suitable wash-up trough must be located in the quarantine area for the cleaning and disinfecting of equipment. An approved disinfectant must be available at the wash-up trough. A suitable draining rack must be provided for air drying of equipment;(f)designated refrigerator or freezer must be provided solely for the storage and preservation of dead aquatic organisms. The refrigerator or freezer must be clearly identified as being for quarantine use only, be lockable and located within the quarantine area;(g)equipment necessary to carry out the disinfection of all wastewater, foreign and domestic waters, used in the quarantine facility, must be supplied;(h)secure storage facilities for food used for aquatic organisms must be provided so that contamination or infestation by pests is prevented;(i)a fully stocked first aid cabinet must be provided and maintained; and(j)amenities to be provided for use by quarantine officers include access to a desk and chair, a telephone with a direct outside line, toilet facilities, hand washing facilities within the quarantine area and a hygienic means of drying hands, and suitable arrangements for daily cleaning of amenities.3.Standards of operation3.1Influent waterAll influent water entering the quarantine facility must be from an approved groundwater source certified to be free from biological material, including any possible infective agents. Alternatively, water from other sources may be used, but it must be filtered to remove suspended matter and then sterilized using a method approved by the competent authority before being used in the quarantine facility.3.2Wastewater disposal(a)All wastewater to be discharged from the quarantine facility must be sterilized as described under item 3.3, and sterilized wastewater may not be discharged directly into natural waterways.(b)Disposal of wastewater must comply with the applicable law governing the disposal of wastewater.3.3Sterilization of wastewaterWastewater must be sterilized in accordance with one of the following methods:(a)Chlorination(i)All water must pass through an approved filter capable of removing suspended organic material before hypochlorite treatment.(ii)All water must pass to a retention vessel where sufficient hypochlorite (bleach) must be added to achieve a minimum concentration of 200 parts per million (ppm) (200 mg per liter at 1 hour post-treatment. Sodium hypochlorite (bleach) must be used at 1.6 milliliters (ml) of hypochlorite solution (12.5% available chlorine) per liter of water, while calcium hypochlorite powder (e.g., “Pool Chlor”, 65-70% available chlorine) must be used at 0.3 grams (g) of powder per liter of water.(iii)Before the treatment period starts, the chlorinated effluent must be brought to a pH between 5.0 and 7.0.(iv)Following addition of hypochlorite, wastewater must be agitated for at least 10 minutes to ensure thorough mixing of hypochlorite.(v)After a retention period of not less than 1 hour, the chlorine concentration must be measured, using an approved method. Tanks not achieving a minimum chlorine concentration of 200 ppm (200 mg per liter) at the allotted time must he re-treated until the requirement is met.(vi)The chlorine in the wastewater may he neutralized by adding sodium thiosulphate at a rate of 1.25 g (2.5 ml of 50% sodium thiosulphate solution) per liter of treated wastewater, then agitated for not less than 10 minutes before discharge.(vii)Chlorination records must he maintained noting, the amount of compound added, the volume of effluent, the time that treatment period commenced, the pH at commencement of the treatment period and the 1 hour posttreatment concentration.(viii)Chlorinated water may not be discharged directly into adjacent waterways.(b)Heat treatmentBefore discharge, wastewater must be heated to at least 85 degrees celsius for a minimum of 30 minutes. Water heating units must be approved by the competent authority and be fitted with temperature and flow recorders.(c)Ultraviolet (UV) light radiation(a)All water to be treated must pass through a filter capable of removing suspended organic material before irradiation.(b)Commercial UV water treatment units operating in the spectral range of 190-280 nm (254 nm recommended) delivering doses of at least 130 mWs/cm2 are required.3.4Disinfection of equipment(a)Before removal from the quarantine area and before any restocking, all tanks and tank equipment must be thoroughly cleaned and disinfected with-(i)hypochlorite solution at 200 ppm concentration for 5 minutes or with;(ii)an approved iodophore solution containing iodine at 0.5% available iodine for 5 minutes; or(iii)another disinfection procedure approved by the quarantine officer.(b)Filter material must be disposed of by autoclaving followed by incineration or deep burial.3.5Disposal of dead aquatic organismsDead aquatic organisms may only be disposed of as directed by the competent authority. Aquatic organisms that have died during quarantine must be held in an approved freezer, an approved refrigerator or preserved using another method as specified by the competent authority until removed for laboratory examination or released for disposal by the quarantine officer. Upon approval, dead aquatic organisms must be disposed of by sterilization, followed by incineration or deep burial.3.6Disposal of packing materialsAll containers (such as bags, boxes and cartons) used to hold aquatic organisms during transit must be disinfected using the methods of disinfection specified under item 3.4 “Disinfection of Equipment” and then disposed of by incineration, deep burial or another method approved by the quarantine officer.4.Work practices4.1Cleanliness and sanitation(a)The quarantine facility and holding tanks must be kept clean at all times. Adequate cleaning facilities (such as pressurized water supplies, brooms and shovels) must be provided to enable maintenance of appropriate standards of hygiene.(b)No animals other than aquatic organisms and live food for aquatic organisms are permitted in the quarantine area. All feeds used within the quarantine facility must before use be approved by the quarantine officer and be of assured sanitary condition. Live foods may not be used unless no other alternative food is acceptable to the organisms under quarantine. Live foods must be certified to the specifications set by the competent authority to ensure their freedom from potential disease agents.(c)Equipment used in the handling of aquatic organisms and tank cleaning and maintenance may not be shared between tanks. A separate set of equipment (such as nets and cleaning equipment) must be kept for each tank operated on an individual water filtration system. If several tanks are linked by a shared water recirculation system, a single set of equipment may be used for all tanks within the shared system.(d)All nets and other equipment must be regularly disinfected by an approved method of disinfection. Equipment or other material is not to be removed from the quarantine area during the period that the shipment is under quarantine conditions. In exceptional circumstances and with the written approval of the quarantine officer and his verification that proper disinfection has been accomplished, a request to remove specific items of equipment may be granted.(e)All footwear and protective clothing used in the quarantine area must be restricted to that site.(f)The operator must provide protective clothing (such as jumpsuits, waterproof apron or outer-wear and rubberized footwear) to staff and visitors to use in the quarantine facility. Protective clothing must be kept inside the quarantine area, but street footwear must be left outside the quarantine area and within the changing area. Protective clothing that must be routinely washed may be removed from the quarantine area after washing for the purpose of drying. During the period in which aquatic organisms are under quarantine, protective clothing, with the exception of washed clothes removed for drying, must be removed only for destruction. If removal of unusable protective clothing is necessary, it must first be sterilized by autoclaving or use of an approved disinfectant such as Betadine (5% solution) and then removed and destroyed by incineration under the supervision of the quarantine officer.(g)A footbath containing hypochlorite, Betadine or another approved disinfectant must be maintained at the entrance of the quarantine area proper. The bath must be routinely replenished for adequate disinfection and a record of bath maintenance maintained. A sign stating “Footwear must be Immersed in Footbath On Exit/Entry from Quarantine Area” must be appropriately displayed.(h)Wastewater disposals must comply with the applicable law governing wastewater disposal, be by an approved method referred to in item 3.2, and must not flow directly into natural waterways.(i)All filter material must be disinfected by autoclaving or another method approved by the quarantine officer before removal from the quarantine facility and then disposed of by incineration or deep burial.(j)Staff and visitors who have had contact with water or aquatic organisms must wash their hands and forearms with soap and water before exiting the quarantine facility.4.2Handling of aquatic organisms(a)Upon arrival of a shipment of aquatic organisms at the approved port of entry, and following verification of the accuracy of details of the shipment and its preliminary inspection and clearance by customs officers, the shipment must be resealed by the quarantine officer with an approved tamperproof seal (such as a tyden seal, lead seal or a padlock) and must be transferred to the custody of the operator, who must guarantee the secure transport of the aquatic organisms, under quarantine conditions, to the quarantine facility.(b)Upon their arrival at the quarantine facility, the integrity of the seal must be verified by the quarantine officer, the seal removed and the organisms transferred by net to new water. Foreign water must be subjected to an approved disinfection treatment referred to in item 3.4.(c)If a shipment of imported aquatic organisms is incorrectly represented in any manner, the shipment may be destroyed under supervision of the quarantine officer.(d)The progeny of any aquatic organisms that breed during the quarantine period may be removed to another tank or room in the facility but are subject to all quarantine conditions.(e)A standard tank record sheet must be maintained for each tank, in accordance with item 6.2.(f)Periodically during the day, the operator must observe all aquatic organisms for signs of illness and abnormal behavior.(g)All dead aquatic organisms must be held for inspection by the quarantine officer. All organisms found dead on arrival or that die during the quarantine period must be placed in a labeled plastic bag as soon as possible and kept under refrigeration or preserved as specified by the quarantine officer until examination is completed. Information on labels must identify the shipment, species, tank number, number of mortalities and date of death.(h)Any equipment that has been in contact with dead aquatic organisms must be disinfected before re-use.(i)Any unusual levels of mortality, changes in behavior or unusual signs of disease, parasites or pests must be immediately reported to the quarantine officer.(j)The use of any drug or chemical to treat aquatic organisms must before use be approved by the competent authority and be recorded on tank record sheets.(k)The operator must ensure that aquatic organisms do not leave the quarantine area under any circumstances without the approval of the quarantine officer (such as the granting of biosecurity clearance).(l)On approval by the competent authority, F1 or subsequent generation aquatic organisms may be released from the introductions and transfers quarantine facility for limited trials in aquaculture facilities or in enclosed water bodies. The competent authority may specify the precise conditions, period and any further risk management measures under which the aquatic organisms are to be maintained. On completion of quarantine, aquatic organisms must be transferred by net into clean water before removal from the quarantine facility.(m)All original stock and any F1 or subsequent generation aquatic organisms not approved for release from quarantine must remain under quarantine conditions.(n)When determined by the competent authority or at the request of the operator, the operation of the quarantine facility may be terminated under the direct supervision of the quarantine officer, and in such a case, all remaining aquatic organisms, including all original parent stock, must be humanely killed by a method approved by the quarantine officer, sterilized by autoclaving, and then disposed of by incineration or deep burial. The quarantine facility and all tanks and equipment must be thoroughly cleaned and disinfected using approved disinfectants and all filters, clothing and other similar materials autoclaved or disinfected and then destroyed by incineration or deep burial. Upon written sanitary certification by the quarantine officer, the premises may then be disposed of as the operator considers appropriate, or may be used as the basis for a new application for an approved quarantine facility.5.Occurrence of an outbreak of a serious exotic disease(a)If a serious exotic disease is diagnosed, the operator must be immediately notified, and in such cases, the quarantine officer or other representative of the competent authority may direct the management of disease control. Disease control measures may include the extension of quarantine or the destruction of stock.(b)Measures referred to in paragraph (a) may include-(i)destruction of infected shipments or of all aquatic organisms present in the facility at the time of the outbreak, and their sanitary treatment, removal and incineration.(ii)decontamination of the interior of the facility, all tanks and equipment, and all waters present in the facility at the time of the outbreak.(iii)approval of the competent authority before the reuse of the facility.6.Record keeping requirements6.1Summary records(a)A complete history of all shipments of aquatic organisms entering the quarantine facility must be maintained. The operator must, for auditing purposes, maintain such records for a minimum period of 36 months after closure of the quarantine facility, during which time they must, upon request, be readily made available to a quarantine officer.(b)The following summary information concerning the quarantined stock must be recorded:(i)overseas supplier, country of origin and waybill;(ii)date of arrival of parent stock;(iii)date(s) of release of F1 or subsequent generation from quarantine;(iv)total number of organisms in original shipment(s) and total mortalities in each shipment upon arrival;(v)original number of organisms stocked in each tank;(vi)details of any clinical signs of disease, number of affected individuals, by tank;(vii)details of any mortalities, by tank;(viii)details of any health certificates;(ix)details of any F1 progeny produced (date and number) and their corresponding transfer tank number;(x)for parent stock, and for any F1 or subsequent generation aquatic organisms that for any reason have not been approved for release from quarantine upon termination of the quarantine licence, number and size of aquatic organisms destroyed, date and method of destruction and disposal, and signature of the quarantine officer; and(xi)for F1 or subsequent generation aquatic organisms, if approved for limited release from quarantine: number and size of aquatic organisms released, date of release, destination, summary of any risk management measures or restrictions to be employed and signature of the quarantine officer.6.2Tank record sheets(a)A corresponding approved tank record sheet must be maintained for each holding tank and must be kept up to date at all times. Tank record sheets must be retained for a minimum of 36 months following release from quarantine of the portion of the shipment held in the specific tank or their destruction.(b)This tank record sheet must display the following information:(ii)Number of aquatic organisms in tank;(iii)Exporter identification details including country of export;(vi)Shipment or airway bill number;(vii)Number of aquatic organisms dead on arrival;(viii)Details of any observed disease conditions and number of sick aquatic organ organisms;(ix)Daily record of number of aquatic organisms deaths in tank;(x)Details of any prophylactic or therapeutic treatments given;(xii)Disinfection details;(xiii)Details of any F1 progeny produce (date and number) and their corresponding transfer tank number.(xiv)Details of wastewater treatment, including chlorination records, if applicable, filter disposal, internal audit, and general maintenance must be recorded in a logbook.(xv)A separate logbook must be used to record details of the entry and exit of authorised personnel into the quarantine facility.7.Auditing(a)It is the responsibility of the operator to undertake systematic periodic internal audits at least on a quarterly basis, to ensure that the standards for the operation of the introductions and transfers quarantine facility as outlined in this Annexure are maintained and to identify and correct any deficiencies. The operator must record in the logbook, any variations from the prescribed criteria encountered and the corrective measures taken.(b)Periodic external audits of the quarantine facility may be conducted by the quarantine officer or other approved person to verify the security and proper functioning of the quarantine facility.8.Security(a)Control and security of the quarantine facility is of the utmost importance; and is the responsibility of the operator. The quarantine facility and its perimeter fencing must be securely locked when the facility is not in active use or when unattended.(b)Procedures must be adopted to ensure that access to the premises is limited to authorised persons only. Signs must be prominently displayed on all sides of the external perimeter fencing and on all entrances to the facility to show that it is an introductions and transfers quarantine facility and that unauthorised entry is prohibited.(c)The entry of staff into the quarantine facility must be restricted to the minimum required to perform necessary maintenance and observation of the quarantined organisms. A list of authorised staff must be provided to the quarantine officer by the operator. Except in an emergency situation, no other persons must enter the quarantine facility unless written approval has been obtained from the quarantine officer.(d)A logbook of all entry and exit into and out of the quarantine facility must he maintained. All personnel entering the facility must enter the following information:(i)Name of authorised person;(vi)Signature at exit; and(vii)Notation of any irregularities.(e)Signature at Exit indicates that the exiting staff member has confirmed that the quarantine area was in proper order at the time of his or her exit and that the premises have been left in a secure manner. The operator must ensure that all staff comply with these requirements and must verify the accuracy of record keeping on a weekly basis. The logbook must be made available for examination by the quarantine officer upon request.9.Contingency plansThe operator must develop a contingency plan addressing actions to be taken in the event of a vehicle breakdown during the transport of aquatic organisms from customs arrival to the quarantine facility, and any on-site emergencies that may arise, such as fire, floods, electrical failure or breakdown of essential equipment such as aerators or pumps). In the case of an emergency, the quarantine officer must be notified immediateAnnexure I
List of freshwater and marine ornamental aquatic organisms approved for importation
Republic of Namibia
Ministry of Fisheries and Marine Resources
| Freshwater aquarium fishes1 |
|---|
| Scientific Name | Common name | Family |
|---|
| Anostomus anostomus (Linnaeus) | striped headstander | Characiformes |
| Aphyocharax anisitsi Eigenmann & Kennedy | bloodfin tetra | Characidae |
| Aphyosemion australe (Rachow) | lyretail panchax | Aplocheilidae |
| Aphyosemion bivittatum (Lonnber) | twostripe lyretail | Aplocheilidae |
| Aplocheilus lineatus (Valenciennes) | striped panchax | Aplocheilidae |
| Amoldichthys spilopterus (Boulenger) | Niger tetra | Alestidae |
| Astronotus ocellatus (Agassiz) | Oscar | Cichlidae |
| Astyanax Jordani (Hubbs & Innes) | blind cave fish | Characidae |
| Bedotia geayi Pellegrin | red-tailed silverside | Bedotidae |
| Betta splendens Regan | Siamese fighting fish | Belontidae |
| Boraras maculatus (Duncker) | dwarf rasbora | Cyprinidae |
| Botia hymenophysa (Bleeker) | tiger loach | Cobitidae |
| Botia macracanthus (Bleeker) | clown loach | Cobitidae |
| Botia sidthimunki Klausewitz | dwarf botia | Cobitidae |
| Brachygobius xanthozona (Bleeker) | bumblebee fish | Gobidae |
| Brycinus longipinnis (Gunther) | longfin tetra | Characiformes |
| Camegiella strigata (Gunther) | marbled hatchetfish | Gasteropelecidae |
| Chilodus punctatus Muller & Troschel | spotted headstander | Chilodontidae |
| Colisa lalia (Hamilton) | dwarf gourami | Belontidae |
| Copella amoldi (Regan) | splash tetra | Lebiasinidae |
| Corydoras aeneus (Gill) | bronze corydoras | Callichthyidae |
| Corydoras arcuatus Elwin | skunk corydoras | Callichthyidae |
| Corydoras julii Steindachner | leopard corydoras | Callichthyidae |
| Corydoras paleatus (Jenyns) | peppered corydoras | Callichthyidae |
| Corynopoma riisei Gill | swordtail characin | Characidae |
| Danio albolineatus (Blyth) | pearl danio | Cyprinidae |
| Danio frankei (Meinken) | leopard danio | Cyprinidae |
| Danio malabaricus (Jerdon) | Malabar danio | Cyprinidae |
| Danio nigrofasciatus (Day) | dwarf danio | Cyprinidae |
| Danio rerio (Hamilton) | zebra danio | Cyprinidae |
| Dermogenys pusilla Kuhl and van Hasselt | wrestling halfbeak | Hemiramphidae |
| Elassoma evergladei Jordon | Everglades pygmy sunfish | Elassomatidae |
| Epalzeorhynchus bicolor (Smith) | readtail sharkminnow | Cyprinidae |
|
| Epiplatys dageti moroviae | Amoult & Daget | Aplocheilidae |
|
| Fundulopanchax amoldi (Boulenger) | Amold’s killi | Aplocheilidae |
| Fundulopanchax sjostedti (Lonnberg) | blue gularis | Aplocheilidae |
| Gasteropelecus sternicla (Linnaeus) | river hatchetfish | Gastropelecida |
| Gnathonemus petersii (Gunther) | elephantnose fish | Mormyridae |
| Gyrinocheilus aymonieri (Tirant) | Chinese algae-eater | Gyrinochei lidae |
| Gymnocorymbus temetzi (Boulenger) | black tetra | Characidae |
| Hasemania melanura Ellis | copper tetra | Characidae |
| Helostoma temminckii Cuvier 2 | kissing gourami | Helostomatidai |
| Hemigrammus erythrozonus Durbin | glow light tetra | Characidae |
| Hemigrammus ocellifer (Steindachner) | head-and-taillight tetra | Characidae |
| Hemigrammus pulcher Ladiges | gamet tetra | Characidae |
| Hemigrammus rhodostomus Ahl | rummy-nose tetra | Characidae |
| Heterandria formosa Girard | least killifish | Poeciliidae |
| Hyphessobrycon anisiti (Eigenmann) | Buenos Aires tetra 3 | Characidae |
| Hypessobrycon eques (Steindachner) | serpa tetra 4 | Characidae |
| Hypessobrycon erythrostigma (Fowler) | bleeding-heart tetra | Characidae |
| Hypessobrycon flammeus Myers | flame tetra | Characidae |
| Hypessobrycon herbertaxelrodi Gery | black neon tetra | Characidae |
| Hypessobrycon heterorabdus (Ulrey) | flag tetra | Characidae |
| Hypessobrycon rosaceus Durbin | rosy tetra | Characidae |
| Hypessobrycon pulchripinnis Ahl | lemon tetra | Characidae |
| Hypessobrycon scholzei Ahl | blackline tetra | Characidae |
| Hyphessobrycon sweglesi (Gery) | red phantom tetra | Characidae |
| Hyphessobrycon megalopterus (Eigenmann) black phantom tetra | Characidae |
| Jordanella floridae Goode & Bean | flag-fish | Cyprinodontidae |
| Kryptopterus bicirrhis (Valenciennes) | glass catfish | Siluridae |
| Leporinus fasciatus (Bloch) | banded leporinus | Anostomidae |
| Limia melanogaster (Gunther) | blackbelly limia | Poeciliidae |
| Macropodus opercularis (Linnaeus) | paradise -fish | Belontiidae |
| Marosatherina ladigesi (Ahl) | Celebes rainbow-fish | Telmatherinidae |
| Melanotaenia maccullochi Ogilby | Macculloch’srainbowfish | Melanotaeniidae |
| Metynnis hypsauchen (Muller & Troschel) | silver dollar | Characidae |
| Moenkhausia pittieri Eigenmann | diamond tetra | Characidae |
| Monodactylus argenteus (Linnaeus) | silver moony | Monodactylidae |
| Nannacara anomola Regan | goldeneye cichlid | Cichlidae |
| Nannostomus beckfordi Gunther | golden pencilfish | Lebiasinidae |
| Nannostomus eques Steindachner | brown pencilfish | Lebiasinidae |
| Nannostomus marginatus Eigenmann | dwarf pencilfish | Lebiasinidae |
| Nannostomus trifasciatus Steindachner | threestripe pencilfish | Lebiasinidae |
| Nematobrycon palmeri Eigenmann | emperor tetra | Characidae |
| Otocinchus vittatus Regan | - | Loricariidae |
| Pangio kuhlii (Valenciennes) | coolie loach, kuhlie loach | Cobitidae |
| Pantodon buchholzi Peters | freshwater butterflyfish | Pantodontidae |
| Paracheirodon axelrodi (Schultz) | cardnal tetra | Characidae |
| Paracheirodon innesi (Myers) | neon tetra | Characidae |
| Parambassis lala (Hamilton) | highfin glassy perchlet | Ambassidae |
| Phenacogrammus interruptus (Boulenger) | Congo tetra | Alestidae |
| Poecilia latipinna (Lesueur) 5 | sailfm molly | Poeciliidae |
| Poecilia sphenops Valenciennes | molly | Poeciliidae |
| Pseudosphromenus capanus (Cuvier) | spiketail paradisefish | Belontiidae |
| Pristella maxillaris (Ulrey) | x-ray tetra | Characidae |
| Pterophyllum scalare (Lichtenstein) | freshwater anglefish | Cichlidae |
| Puntius conchonius (Hamilton) | rosy barb | Cyprinidae |
| Puntius everetti (Boulenger) | clown barb | Cyprinidae |
| Puntius lineatus (Duncker) | lined barb | Cyprinidae |
| Puntius nigrofasciatus (Gunther) | black ruby barb | Cyprinidae |
| Puntius oligolepis (Bleeker) | checkered barb | Cyprinidae |
| Puntius pentazona (Boulander) | fiveband barb | Cyprinidae |
| Puntius semifasciolatus (Gunther) | Chinese barb | Cyprinidae |
| Puntius tetrazona (Bleeker) | Sumatra barb | Cyprinidae |
| Puntius titteya Deraniyagala | cherry barb | Cyprinidae |
| Rasbora dorsiocellata Duncker | eyespot rasbora | Cyprinidae |
| Rasbora heteromorpha Duncker | harlequin rasbora | Cyprinidae |
| Rasbora somphongsi Meinken | - | Cyprinidae |
| Rasbora pauciperforata Weber & de Beaufort | redstripe rasbora | Cyprinidae |
| Rasbora trilineata Steindachner | three-lined rasbora | Cyprinidae |
| Rineloricaria parva (Boulenger) | - | Loricariidae |
| Rivulus cylindracaeus Poey | green rivulus | Rivulidae |
| Symphysodon aequifasciatus Pellegrin | blue discus | Cichlidae |
| Symphysodon discus Heckel | red discus | Cichlidae |
| Tanichthys albonubes Lin | white cloud minnow | Cyprinidae |
| Tetraodon fluviatilis Hamilton | green pufferfïsh | Tetraodontidae |
| Thayeria boehlkei Weitzman | blackline penguinfish | Characidae |
| Trichogaster labiosus Day | thick lipped gourami | Belontiidae |
| Trichogaster leerii (Bleeker) 6 | pearl gourami | Belontiidae |
| Trichogaster microlepis (Gunther) 7 | moonlight gourami | Belontiidae |
| Trichopis pumila (Amold) | pygmy gourami | Belontiidae |
| Xiphophorus hellerii Heckel | green swordtail | Poeciliidae |
| Xiphophorus maculatus (Gunther) 8 | southem platyfish | Poeciliidae |
| Xiphophorus variants (Meek) 9 | variable platyfish | Poeciliidae |
1Note that goldfish (Carassius auratus auratus) and Koi (Cyprinus carpio) are placed in Annexure J.2Note that although this species is a widely traded ornamental fish, it can grow to 30 cm in length and is an important commercial food fish cultured in Asia.3No FishBase common name available. Name is from American Fisheries Society4AFS common name - belongs to a complex of “blood” tetras.5Requires further consideration. Several countries report adverse ecological impact after introduction.6Has aquaculture importance in Asia; maximum size is 12.0 cm.7Has minor commercial importance in Asia; maximum size in 13 cm.8At least one country reports adverse ecological impact after introduction.9At least one country reports adverse ecological impact after introductionAnnexure J
List of aquatic organisms whose importation is restricted or prohibited
Republic of Namibia
Ministry of Fisheries and Marine Resources
For the purpose of this Annexure “CITES” means the Convention on International Trade in Endangered Species of Wild Fauna and Flora drafted as a result of a resolution adopted in 1963 at a meeting of members of IUCN (The World Conservation Union), and the text of the Convention was finally agreed at a meeting of representatives of 80 countries in Washington DC., United States of America, on 3 March 1973, and on I July 1975 CITES entered in force.Category I: Ornamental species that may be imported under certain health conditions:
| Scientific name | English common name |
|---|
| 1. Cyprinus carpio | Koi carp, coloured carp |
| Restriction: the species must originate from a country, area or stock certified as free from koi herpes virus (KEW). |
| 2. Carassius auratus | Goldfish |
| Restrictions:(i)An international health certificate must be obtained from the exporting country attesting that the species is free from spring viraemia of carp virus (SVCV), goldfish haematopoietic necrosis virus (GFHNV) and Aeromonas salmonicida.(ii)Goldfish must be treated with an effective parasiticide (e.g., Trichlorfon, formaldehyde, sodium chloride) during the 7 days before it being exported to Namibia to eliminate infestation by the gill flukes Dactylogyrus vastator and Dactylogyrus extensus. |
Category II. Species listed by the Convention on International Trade in Endangered Species (CITES):
Trade in these species of aquatic organisms and their products requires appropriate CITES permit, as well as approval by the Minister and relevant government departments.Appendix I includes species threatened with extinction. Trade in specimens of these species is permitted only in exceptional circumstances.Appendix II includes species not necessarily threatened with extinction, but in which trade must be controlled in order to avoid utilisation that is incompatible with their survival.Appendix III contains species that are protected in at least one country, which has asked other CITES parties for assistance in controlling the trade.| CITES APPENDIX |
|---|
| I | II | III |
|---|
| CLASS REPTILIA (REPTILES) |
| TESTUDINATA |
| Dermatemydidae Central American river turtle |
| | Dermatemys mawii | |
| Platysternidae Big-headed turtle |
| | Platysternon megacephalum | |
| Emydidae Box turtle, freshwater turtle |
| Batagur baska | Annamemys annamensis | |
| | Callagur borneoensis Clemmys insculpta |
| Clemmys muhlenbergi | Cuora spp. |
| Geoclemys hamiltonii | Heosemys depressa
Heosemys
Heosemys grandis
Heosemys leytensis
Heosemys spinosa
Hieremys annandalii
Kachuga spp. (Except the species in Appendix I) |
| Kachuga tecta | Leucocephalon yuwonoi
Mauremys mutica |
Melanochelys tricarinata
Morenia ocellata
Terrapene coahuila | Orlitia borneensis
Pyxidea mouhotii
Siebenrockiella crassicollis
Terrapene spp. (Except the species included in Appendix I) |
| Cheloniidae Marine turtle |
| Cheloniidae spp. | | |
| Dermochelyidae Leatherback turtle |
| Dermochelys coriacea | | |
| Trionychidae Softshell turtle |
Apalone ater
Aspideretes gangeticus
Aspideretes hurumAspideretes nigricans | | |
Chitra spp.
Lissemys punctata
Pelochelys spp. | |
| Trionyx triunguis (Ghana) |
| Pelomedusidae Afro-American side-necked turtles |
| | Erymnochelys madagascariensis | Pelomedusa subrufa (Ghana) |
| Peltocephalus dumeriliana |
Pelusios adansonii (Ghana)
Pelusios castaneus (Ghana)
Pelusios gabonensis (Ghana)
Pelusios niger (Ghana) |
| |
| Podocnemis spp. |
| Chelidae Austro-American side-necked turtle |
| Pseudemydura umbrina | | |
| CROCODYLIA Alligators, caimans, crocodiles |
| | CROCODYLIA spp.
Except the species included in Appendix I) | |
| Alligatoridae Alligators, caimans |
Alligator sinensis
Caiman crocodilus apaporiensis
Caiman latirostris
(Except the population of Argentina. which is included in Appendix II) | | |
| Melanosuchus niger (Except the population of Ecuador, which is included in Appendix II. and is subject to a zero annual export quota until an annual export quota has been approved by Secretariat and the IUCN/SSC Crocodile Specialist Group) | | |
| Crocodylidae |
Crocodylus acutus
Crocodylus cataphractus
Crocodylus intermedius
Crocodylus mindorensis
Crocodylus moreletii
Crocodylus niloticus (Except the populations of Botswana. Ethiopia. Kenya, Madagascar. Malawi. Mozambique, South Africa, Uganda, the United Republic of Tanzania [subject to an annual export quota of no more than 1000 wild specimens including hunting trophies, in addition to ranched specimens]. Zambia arid Zimbabwe; these populations are included in Appendix II)
Crocodylus palustris
Crocodylus porosus
(Except the populations of Australia, Indonesia and Papua New Guinea, which are included in Appendix II)
Crocodylus rhombifer
Crocodylus siamensis
Osteolaemus tetraspis
Tomistoma schlegelii | | |
| CLASS AMPHIBIA (AMPHIBIANS) |
| ANURA |
| Ranidae Frogs |
| | Euphlyctis hexadactylus
Hoplobatrachus tigerimus | |
| CAUDATA |
| Ambystomidae Axolotls |
| | Ambystoma dumerilii | |
| Ambystoma mexicanum |
| CLASS ELASMOBRANCHII (SHARKS) |
| ORECTOLOBIFORMES |
| Rhincodontidae Whale shark |
| | Rhincodon typus | |
| LAMNIFORMES |
| Lamnidae Great white shark |
| | | Carcharodon carcharias (Australia) |
| Cetorhinidae Basking shark |
| | Cetorhinus maximus | |
| CLASS ACTINOPTERYGII (FISH) |
| ACIPENSERIFORMES Paddlefish, sturgeons |
| | ACIPENSERIFORMES spp.
(Except the species included in Appendix 1) | |
| Acipenseridae Sturgeons |
Acipenser brevirostrum
Acipenser sturio | | |
| OSTEOGLOSSIFORMES |
| Osteoglossidae Arapaima, bonytongue |
| Scleropages formosus | Arapaima gigas | |
| CYPRINIFORMES |
| Cyprinidae Blind carps, plaeesok |
| Probarbus jullieni | Caecobarbus geertsi | |
| Catostomidae Cui-ui |
| Chasmistes cujus | | |
| SILURIFORMES |
| Pangasiidae Pangasid catfish |
| Pangasicinoclon gigas | | |
| SYNGNATHIFORMES |
| Syngnathidae Pipefishes, seahorses |
| | Hippocampus spp. (Enters into May 2004) | |
| PERCIFORMES |
| Sciaenidae Totoaba |
| Totoaba macdonaldi | | |
| CLASS SARCOPTERYGII (LUNGFISHES) |
| COELACANTHIFORMES |
| Latimeriidae Coelacanths |
| Latimeria spp. | | |
| CERATODONTIFORMES |
| Ceratodontidae Australian lungfish |
| | Neoceratodus forsteri | |
| PHYLUM ANNELIDA CLASS HIRUDINOIDEA (LEECHES) |
| ARHYNCHOBDELLIDA |
| Hirudinidae Medicinal leech | | |
| | Hirudo medicinalis | |
| PHYLUM MOLLUSCA CLASS BIVALVIA (CAMS. MUSSELS) |
| VENERIDA |
| Tridaenidae Giant clams |
| | Tridacnida spp. | |
| UNIONIDA |
| Unionidae Freshwater mussels pearly mussels |
| Conradilla caelata | | |
Dromus dromas
Epioblasma curtisi
Epioblasma florentina
Epioblasma sampsoni
Epioblasma sulcata perobliqua
Epioblasma torulosa gubernaculum | Cyprogenia aberti |
| |
Epiioblasma torulosa
torulosa
Epioblasma turgidula
Epioblasma walkeri
Fusconaia cuneolus
Fusconaia edgariana
Lampsilis higginsii
Lampsilis orbiculata orbiculata
Lampsilis satur
Lampsilis virescens
Plethobasus cicatricosus
Plethobasus cooperianus | Epioblasma torulosa rangiana |
| |
Pleurobema plenum
Potamilus capax
Quadrula intermedia
Quadrula sparsa
Toxolasma cylindrella
Unio nickliniana
Unio tampicoensi tecomatensis
Villosa trabalis | Pleurobema clava |
| | |
| CLASS GASTROPODA (SNAILS AND CONCHES) |
| MESOGASTROPODA |
| Strombidae Queen conch |
| | Strombus gigas | |
| PHYLUM CNIDARIA CLASS ANTHOZOA (CORALS, SEA ANEMONES) |
| HELIOPORACEA Blue corals |
| | Helioporidae (Includes only Heliopora coerulea) | |
| STOLONIFERA |
| Tubiporidae Organ-pipe corals |
| | Tubiporidae spp. | |
| ANTIPATHARIA Black corals |
| | ANTIPATHARIA spp. | |
| SCLERACTINIA Stony corals |
| | SCLERACTINIA spp. | |
| CLASS HYDROZOA (SEA FERNS, FIRE CORALS, STINGING MEDUSAE) |
| MILLEPORINA |
| Milleporidae Fire corals |
| | Milleporidae spp. | |
| STYLASTERINA |
| Stylasteridae Lace corals |
| | Stylasteridae spp. | |
Annexures K - N
Forms
Annexure O
List of aquatic organisms or aquaculture products whose exportation is prohibited
Republic of Namibia
Ministry of Fisheries and Marine Resources
Live aquatic organisms originating from natural waters
(a)No species of wild-caught aquatic organism may be exported without the specific approval of the Minister.(b)Exportation of the following fishes of conservation concern is expressly prohibited:| Scientific name | Common name | Distribution |
|---|
| Freshwater species |
|---|
| Austroglanis sclateri | Rock catfish | Apparently rare, endemic to Orange River System |
| Barbus breviceps | Shorthead barb | Isolated pools in Otjhipa Mountains near the Kunene River |
| Barbus hospes | Narmaqua barb | Endemic to lower Orange River and Fish River, abundant but vulnerable |
| Barhus kimberleyensis | Largemouth yellowfish | Present but declining in the Orange River System |
| Chetia welwitschi | Angolan happy | Known only from museum specimens, but present in the Kunene River |
| Clairiallabes platyprosopos | Broadhead catfish | Rare red data species from the Okavango and upper Zambezi rivers |
| Clariallabes sp. | | Undescribed; found in the Kunene River in 1992 |
| Clarias cavernicola | Cave catfish | Endangered; endemic to the Algamas Cave near Otavi, threatened by lowering water table |
| Kneria maydelli | Kunene kneria | Known only from the Kunene River |
| Nothobranchius sp. | Caprivi killifish | Endangered; endemic to the Caprivi Region; undescribed, threatened by road building and pollution |
| Sargochromis coulteri | Kunene happy | Endemic to the Kunene River, although abundant |
| Schwetzochromis mechadoi | Kunene dwarf happy | Endemic to the Kunene River |
| Thoracochromis albolabris | Thick-lipped happy | Endemic to the Kunene River |
| Thoracochromis buysi | Namib happy | Endemic to the Kunene River, although abundant |
| Tilapia guinesana | Otjikoto tilapia | Endangered; endemic to Namibian sinkhole lakes, threatened by lowering of water table in Lake Guinas, which will impede breeding. |
| Marine/Brackishwater Fishes |
|---|
| Dicrolene pallidus | | Endemic brackishwater/marine species |
Annexure P (Regulation 21)
Lists of approved ports
Airports
1.Chief Hosea Kutako International Airport, Windhoek