SN/T 1817-2006 Quarantine and identification method for peach fruit fly SN/T1817-2006 standard download decompression password: www.bzxz.net

People's Republic of China Entry-Exit Inspection and Quarantine Industry Standard SN/T1817--2006
Identification Method for Quarantine of Peach Fruit Fly
Identification of Peach Fruit Fly, Bactrocera (Bactrocera) zonata (Saunders)2006-08-28 Issued
People's Republic of China
General Administration of Quality Supervision, Inspection and Quarantine
2007-03-01 Implementation
Appendix A, B and C of this standard are all informative appendices. This standard is proposed and approved by the Certification and Accreditation Administration of the People's Republic of China. The drafting unit of this standard is Guangdong Exit-Entry Inspection and Quarantine Bureau of the People's Republic of China. The main drafters of this standard are Hao Jiajiao, Mo Renhao, Hu Xuenan, Liang Guangqin, Liang Fan, Qi Jupeng. This standard is the first issued exit-entry inspection and quarantine industry standard. SN/T1817-—2006
1Fan Guo
Quarantine and identification methods for peach fruit fly
SN/T1817—2006
This standard specifies the quarantine and identification methods for peach fruit fly, Bactrocera(Bactrocera)zomata(Saunders). This standard is applicable to the quarantine and identification of peach fruit fly in the host plants of imported peach fruit fly (see Appendix A) and their fruits. 2 Principle
The peach fruit fly, Bactrocera(B.)zonata(Saunders), belongs to the order Diptera, family Tephritidae, subfamily Dacinae) of the genus Bactrocera, subgenus Bactrocera. It is mainly spread over long distances with the damaged fruits by its larvae, and its eggs can also be spread with the fruits. The pupae can be spread with the fruit packaging or the soil carried by the host plant. The morphological characteristics, biological characteristics, host plants and transmission routes of the peach fruit fly are the basis for the formulation of this quarantine identification method. 3 Terms and definitions
The following terms and definitions apply to this standard. For illustrations of common terms in fruit fly taxonomy, please refer to Appendix B. 3.1
Face
The area between the antennae and the oral lamellae in front of the head between the compound eyes. 3.2
Facial spots
Pacules located on the face.
Humeral calli
The slightly raised area on the front side of the mesothoracic scutellum. 3.4
notopleural calli
The raised area on the dorsal plate between the humeral calli and the wing base. 3.5
Prescutellar bristles
A pair of curtains in front of the scutellum, near the rear edge of the scutellum. 3.6
scutellarbristles
One or two pairs of stripes on the scutella.
scapularbristles
A general term for the stripes located at the front edge of the mesothorax. 3.8
lateral post-sutural vitta
lateral yellow stripe
A pair of yellow stripes or stripes that start at or before the mesothorax and extend posteriorly along the lateral edge of the mesothorax 1
SN/T1817—2006
medial post-sutural vittaA yellow stripe located on the midline of the mesothorax. 4 Instruments, utensils and reagents
4.1 Instruments and utensils
Stereomicroscope, dry coal box, refrigerator, insect box, small desiccator, insect-proof net, glass wool, insect cup, glass slide, cover glass, Jieyun knife, Jie vice needle alcohol lamp, temperature and humidity meter (50m200mL), several beakers (200mL500mL), daily tray (large and small),
4.2 Reagents
10% sodium hydroxide (or 10% potassium hydroxide) solution, sealing glue, phenol, xylene, 75% ethanol, glycerol, hydrated chloral, gum arabic powder, steaming pot water.
4.3 Preparation of reagents
4.3.1 Preparation of 10% sodium hydroxide (or 10% potassium hydrofluoride) solution Weigh more than 10% sodium hydroxide (or potassium hydroxide) and place it in a 200mL beaker, add about 80ml of distilled water, stir to dissolve, and then add distilled water to make up to 100mL.
4.3.2 Preparation of sealing glue
Weigh 30% gum arabic powder in a beaker, add 50mL of distilled water (preferably warm water to accelerate dissolution). After dissolution, add 200ml of hydrated trichloroacetaldehyde and 20ml of propylene glycol, and place in a drying oven at 55℃～60℃. After 1 day, filter with glass wool (in a drying oven at 55℃～60℃)
4.3.3 Preparation of preservation solution
Weigh 100mL of 75% ethanol and add 1mL of propylene glycol. 5 Laboratory identification
5.1 Sample inspection
Inspect the surface of the fruit for egg-laying marks or traces, or whether the fruit is rotten and soft. If necessary, dissect the fruit and check whether there are group-shaped larvae. Carry out rearing identification on fruits suspected of being infected with insects. 5.2 Incubation identification
5.2.1 Egg or larval rearing
Put the host fruit with eggs or larvae in a small white porcelain plate, and then put the small white porcelain plate in a large white porcelain plate filled with tap water, and then cover the small white porcelain plate with an insect-proof net cover, immerse the lower edge of the cover in the water in the large white porcelain plate, and place it in an environment with a temperature of 22℃~28℃ and a relative humidity of 50%~90%. Raise them for 5-10 days to obtain mature larvae. 5.2.2 Domestic breeding
Take an insect breeding cup filled with semi-dry and wet (water content of about 5%) clean fine sand, bury the pupae 3-5 cm away from the surface of the fine sand (if they are mature larvae, they can be placed directly on the surface of the fine sand, and the larvae will drill into the sand and transform), then place them in an insect breeding box, and raise them at a temperature of 22-28°C and a relative humidity of 50-90% until the adults emerge. 5.2.3 Rearing of newly emerged adults
After the adults emerge, hang slices of the corresponding host fruit in the insect box for them to feed on. When the color and size of the adult spots are stable (about 5 days), collect the adults and place them in the freezer for 0.5h-1h to kill them. 5.3 Preparation of specimens
5.3.1 Preparation of adult specimens
If the adult body is dry and hard, soften it before preparing the specimen. Take a small desiccator, add about 2cm of clean fine sand, add water to cover the surface of the fine sand, add a few drops of water to the well to prevent the specimen from rotting, put the softened adult specimen on the upper layer, seal it for 2 days, and make a needle-insertion specimen.
5.3.2 Preparation of slide specimens of adult external genitalia SN/T1817—2006
Use a scalpel to take the abdominal segment of the adult specimen and place it in a 10% sodium hydroxide or 10% potassium hydroxide solution. Soak it for 12 hours (or boil it for 3 minutes, then take it out and wash it with steaming water. Under a stereo microscope, use a dissecting needle to pick up the penis or genital organ and make a slide specimen. 5.3.3 Preparation of slide specimens of larvae
Use an insect pin to poke several small holes in the body wall of the larvae and place it in a 10% sodium hydroxide (or 10% potassium hydroxide solution) for 12 hours (or boil for 3 minutes), then take out, squeeze out the residue in the larvae with a needle and wash with steamed water: pick out the mouth, anterior spiracles and posterior spiracles under a stereomicroscope and make a slide specimen. 5.4 Identification characteristics (see Appendix C)
5.4.1 Tephritidae
Interesting Sc vein suddenly bends forward to form a nearly 90 degree outer bend, and the segment becomes weaker, ending at the break of the anterior vein. There is a small dorsal side of the R vein; the cup chamber has a sharp angle extending .
5.4.2 Dacinae
The posterior fascicles are all slender and usually black, without ocelli, mesothorax with shoulder plates, shoulder pedicles often absent: no dorsal fascicles, upper anterior lateral lamellae separated by a seam. Wings usually with small nests along the dorsal side of the R+ vein as far as the transverse vein Tm. With 2 spermatheca. 5.4.3 Bactrocera Antennae segment 3 at least 3 times as long as its width: wing ventricle narrow, its extension basally long, wing markings usually merge into anterior band and anal stripe. The dorsal plates of each abdominal segment are separated.
5.4.4 The dorsal plate of the subgenus Baetroeera has a small shield with a pair of tufts on the front and wings. The dorsal plate of the scutellum is short. The rear edge of the fifth ventral plate is deeply concave. The dorsal plate of the third abdominal segment has hairs.
5.4.5 Bactrocera (B.) zonata adults 5.4.5.1 Appearance
The adults are mainly orange to red. The body length and wing length are both 5.2mm to 6.1mm. 5.4.5.2 Head
Head black, middle plate yellow, with a pair of round black facial spots. 5.4.5.3 Chest
Mesothorax pale yellow to reddish brown, covered with 4 grayish white stripes: the yellow stripe behind the suture is wide, ending behind the inner wing, the middle yellow stripe behind the suture is absent, with green on the forewing, scutellum yellow, occasionally with a reddish brown narrow transverse band at the base, 1 pair before the scutellum, 1 pair before the scutellum. Shoulder spleen, dorsal plate and scutellum are all yellow.
Finger spots are few, no dark stripes in the leading edge area, sub-frontal chamber brownish yellow, with a small spot at the end of the + chamber, extending to the end of the + chamber: anal stripe is almost absent or limited to the end of the base of the elbow chamber, grayish brown. The m transverse vein is inclined outward and forms an acute angle with the M vein. 5.4.5.4 Abdomen
The abdomen is yellow to reddish, with a narrow black horizontal band on the front edge of the third dorsal plate, and a narrow black vertical stripe in the middle of the third to fifth dorsal plates, but it is sometimes intermittent or not visible. The fifth dorsal plate has a pair of brown large glandular spots. The ovipositor of the carving insect is short, and its base section is about the same length as the fifth dorsal plate. The ovipositor is about 1.0mm-1.2mm long and has a sharp end with two pairs of long and short subterminal setae. The ovipositor is about 4.0mm long. The third dorsal plate of the male insect has pectinate hairs, and the rear edge of the fifth ventral plate has a deep V-shaped crack. 5.4.6 Peach fruit fly larvae
The larvae are sibiriform, with a total of 3 instars.
The body length of the larvae in the third instar is 10.0mm~11.0mm. Mouth organ is small and round: oral ridges are 10-11: tooth fissure is deep and clear: mouth hook is moderately ossified, each with a slender terminal tooth, the pre-segment of the first thoracic segment has 6-9 rows of small spines, the pre-segment of the second thoracic segment has few spines, the dorsal surface of the third thoracic segment has a small number of micro-spines, and its lateral and ventral surfaces have several micro-spine belts. The rows of small spines on the ventral surface of the first to eighth abdominal segments form a crawling protrusion, with 3
SN/T1817—2006
1 rows in front and 1-2 rows of larger spines in the back, and 13-15 finger-like processes in the front spiracles. The length of the posterior spiracles is 3.0-3.5 times the width, each with a medium ossified margin: the spiracles are slightly longer than the spiracles, often branched: the dorsal and ventral hair bundles have 3-17 hairs, and the lateral bundles have 6-8 hairs. 6 Result determination
Based on the morphological characteristics of adults, individuals that meet the identification characteristics of the above family, genus and species can be determined as peach fruit flies. The morphological characteristics of insect stages other than adults can be used as a reference for identification.
7 Specimen preservation
7.1 Preservation of adult specimens and slide specimens
Put the prepared adult specimens or corresponding slide specimens in a drying oven to dry for several days, and then move them to the specimen cabinet for preservation. During the preservation process, pay attention to insect and moisture prevention
7.2 Preservation of larval specimens
Wash the collected larvae or peripupa with steamed water, soak them in 60℃ (±5℃) hot water to kill them, cool them at room temperature, and then store the cooled larvae (or peripupa) in preservation solution. The shelf life is 6 months to 1 year. A.1 Geographical distribution of peach fruit fly
Appendix A
(Informative Appendix)
Geographical distribution of peach fruit fly and its parasitic plants
SN/T1817—2006
Myanmar, Vietnam, Laos, Thailand, Indonesia (Sumatra), India, Nepal, Bangladesh, Yemen, Pakistan, Sri Lanka, Oman, Saudi Arabia, Reunion, Egypt, Mauritius, New Zealand, etc. In addition, the insect was once introduced to the United States (California) and Israel, but has been eradicated.
Peach fruit fly host plant
Abelmoschusesculentus
Aeglemarmelos
Anmomu squamose L.
Begonia tuberhybrida
Caricapapaya
Citrullus lanatus
Citrus sinensis
Cocos muciferd||t t||Coffea arabica
Cucamis melo
Cydomiu oblonga
Ficus carica
Grewid asiaticd
Lagenaria sicerarid
Luffa cylindrica Reom.
LyeopersiconLycopersieam
Citrus aurantifolia
Citrus sinensis
Fig
Indian mullet
Malus domestica
Malus pumila
Mungifera indiea
Manilkara zapota
Momordica charuntid
Phoenir dactylifera
Prunus duleis
Prumus persica
Psidium guajaval
Punica granatum
Pyrus communis
Solanum melongena
Solamummuricatum
Syzygium jambos L.
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
Star apple
Sapodilla
Tropical almond
Guava
Syzygium wilfordii
SN/T1817-2006
Internal explanation
External photos
Upper forehead
Lower forehead
Special food plastic
Middle plate frame
Forewings climbing up
Hinfant upper device
Scutellum front shine
Scutellum purchase
Anterior view of adult head:
Dorsal view of adult thorax
Side view of larva:
Post-spiracle valve:
Mouth hook:
Post-mail device.
Middle dorsal plate
Scutellum
Appendix B
(Informative Appendix)
Common terms in taxonomy of fruit flies
Single-limited three-fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited lower elephant
Oral plate
eup chamber
Add wing leaf
Industry front edge home
Middle crumb side plate strip
Dorsal side plate use
Middle dorsal plate seam
(Transverse seam
Seam posterior yellow Color bar
Yellow bar in the middle after the suture
The most skin mark
Glucose marginal skin
According to the animal band
Valve installation
Valve E
Infant Mountain Science
(1.3 imitates Drcwctal.1982: the rest imitates White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Leading marginal band
Adult:
Front view of the head:
The end of the tube:
Anterior spiracle of the insect:
Posterior spiracle of the larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 imitate White&Elson-Harris.1992:4,5 imitate Carroll et al.2004)Morphological characteristics of peach fruit fly
SN/T1817-20064 Abdomen
The abdomen is yellow to reddish, with a narrow black horizontal band on the front edge of the third dorsal plate, and a narrow black vertical stripe in the middle of the third to fifth dorsal plates, but it is sometimes intermittent or not visible. The fifth dorsal plate has a pair of brown large glandular spots. The ovipositor of the carving insect is short, and its base section is about the same length as the fifth dorsal plate. The ovipositor is about 1.0mm-1.2mm long and has a sharp tip with two pairs of long and short subterminal setae. The ovipositor is about 4.0mm long. The third dorsal plate of the male insect has pectinate hairs, and the rear edge of the fifth ventral plate has a deep V-shaped crack. 5.4.6 Peach fruit fly larvae
The larvae are sibiriform, with a total of 3 instars.
The body length of the larvae in the third instar is 10.0mm~11.0mm. Mouth organ is small and round: oral ridges are 10-11: tooth fissure is deep and clear: mouth hook is moderately ossified, each with a slender terminal tooth, the pre-segment of the first thoracic segment has 6-9 rows of small spines, the pre-segment of the second thoracic segment has few spines, the dorsal surface of the third thoracic segment has a small number of micro-spines, and its lateral and ventral surfaces have several micro-spine belts. The rows of small spines on the ventral surface of the first to eighth abdominal segments form a crawling protrusion, with 3
SN/T1817—2006
1 rows in front and 1-2 rows of larger spines in the back, and 13-15 finger-like processes in the front spiracles. The length of the posterior spiracles is 3.0-3.5 times the width, each with a medium ossified margin: the spiracles are slightly longer than the spiracles, often branched: the dorsal and ventral hair bundles have 3-17 hairs, and the lateral bundles have 6-8 hairs. 6 Result determination
Based on the morphological characteristics of adults, individuals that meet the identification characteristics of the above family, genus and species can be determined as peach fruit flies. The morphological characteristics of insect stages other than adults can be used as a reference for identification.
7 Specimen preservation
7.1 Preservation of adult specimens and slide specimens
Put the prepared adult specimens or corresponding slide specimens in a drying oven to dry for several days, and then move them to the specimen cabinet for preservation. During the preservation process, pay attention to insect and moisture prevention
7.2 Preservation of larval specimens
Wash the collected larvae or peripupa with steamed water, soak them in 60℃ (±5℃) hot water to kill them, cool them at room temperature, and then store the cooled larvae (or peripupa) in preservation solution. The shelf life is 6 months to 1 year. A.1 Geographical distribution of peach fruit fly
Appendix A
(Informative Appendix)
Geographical distribution of peach fruit fly and its parasitic plants
SN/T1817—2006
Myanmar, Vietnam, Laos, Thailand, Indonesia (Sumatra), India, Nepal, Bangladesh, Yemen, Pakistan, Sri Lanka, Oman, Saudi Arabia, Reunion, Egypt, Mauritius, New Zealand, etc. In addition, the insect was once introduced to the United States (California) and Israel, but has been eradicated.
Peach fruit fly host plant
Abelmoschusesculentus
Aeglemarmelos
Anmomu squamose L.
Begonia tuberhybrida
Caricapapaya
Citrullus lanatus
Citrus sinensis
Cocos muciferd||t t||Coffea arabica
Cucamis melo
Cydomiu oblonga
Ficus carica
Grewid asiaticd
Lagenaria sicerarid
Luffa cylindrica Reom.
LyeopersiconLycopersieam
Citrus aurantifolia
Citrus sinensis
Fig
Indian mullet
Malus domestica
Malus pumila
Mungifera indiea
Manilkara zapota
Momordica charuntid
Phoenir dactylifera
Prunus duleis
Prumus persica
Psidium guajaval
Punica granatum
Pyrus communis
Solanum melongena
Solamummuricatum
Syzygium jambos L.
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
Star apple
Sapodilla
Tropical almond
Guava
Syzygium wilfordii
SN/T1817-2006
Internal explanation
External photos
Upper forehead
Lower forehead
Special food plastic
Middle plate frame
Forewings climbing up
Hinfant upper device
Scutellum front shine
Scutellum purchase
Anterior view of adult head:
Dorsal view of adult thorax
Side view of larva:
Post-spiracle valve:
Mouth hook:
Post-mail device.
Middle dorsal plate
Scutellum
Appendix B
(Informative Appendix)
Common terms in taxonomy of fruit flies
Single-limited three-fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited lower elephant
Oral plate
eup chamber
Add wing leaf
Industry front edge home
Middle crumb side plate strip
Dorsal side plate use
Middle dorsal plate seam
(Transverse seam
Seam posterior yellow Color bar
Yellow bar in the middle after the suture
The most skin mark
Glucose marginal skin
According to the animal band
Valve installation
Valve E
Infant Mountain Science
(1.3 imitates Drcwctal.1982: the rest imitates White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Leading marginal band
Adult:
Front view of the head:
The end of the tube:
Anterior spiracle of the insect:
Posterior spiracle of the larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 imitate White&Elson-Harris.1992:4,5 imitate Carroll et al.2004)Morphological characteristics of peach fruit fly
SN/T1817-20064 Abdomen
The abdomen is yellow to reddish, with a narrow black horizontal band on the front edge of the third dorsal plate, and a narrow black vertical stripe in the middle of the third to fifth dorsal plates, but it is sometimes intermittent or not visible. The fifth dorsal plate has a pair of brown large glandular spots. The ovipositor of the carving insect is short, and its base section is about the same length as the fifth dorsal plate. The ovipositor is about 1.0mm-1.2mm long and has a sharp tip with two pairs of long and short subterminal setae. The ovipositor is about 4.0mm long. The third dorsal plate of the male insect has pectinate hairs, and the rear edge of the fifth ventral plate has a deep V-shaped crack. 5.4.6 Peach fruit fly larvae
The larvae are sibiriform, with a total of 3 instars.
The body length of the larvae in the third instar is 10.0mm~11.0mm. Mouth organ is small and round: oral ridges are 10-11: tooth fissure is deep and clear: mouth hook is moderately ossified, each with a slender terminal tooth, the pre-segment of the first thoracic segment has 6-9 rows of small spines, the pre-segment of the second thoracic segment has few spines, the dorsal surface of the third thoracic segment has a small number of micro-spines, and its lateral and ventral surfaces have several micro-spine belts. The rows of small spines on the ventral surface of the first to eighth abdominal segments form a crawling protrusion, with 3
SN/T1817—2006
1 rows in front and 1-2 rows of larger spines in the back, and 13-15 finger-like processes in the front spiracles. The length of the posterior spiracles is 3.0-3.5 times the width, each with a medium ossified margin: the spiracles are slightly longer than the spiracles, often branched: the dorsal and ventral hair bundles have 3-17 hairs, and the lateral bundles have 6-8 hairs. 6 Result determination
Based on the morphological characteristics of adults, individuals that meet the identification characteristics of the above family, genus and species can be determined as peach fruit flies. The morphological characteristics of insect stages other than adults can be used as a reference for identification.
7 Specimen preservation
7.1 Preservation of adult specimens and slide specimens
Put the prepared adult specimens or corresponding slide specimens in a drying oven to dry for several days, and then move them to the specimen cabinet for preservation. During the preservation process, pay attention to insect and moisture prevention
7.2 Preservation of larval specimens
Wash the collected larvae or peripupa with steamed water, soak them in 60℃ (±5℃) hot water to kill them, cool them at room temperature, and then store the cooled larvae (or peripupa) in preservation solution. The shelf life is 6 months to 1 year. A.1 Geographical distribution of peach fruit fly
Appendix A
(Informative Appendix)
Geographical distribution of peach fruit fly and its parasitic plants
SN/T1817—2006
Myanmar, Vietnam, Laos, Thailand, Indonesia (Sumatra), India, Nepal, Bangladesh, Yemen, Pakistan, Sri Lanka, Oman, Saudi Arabia, Reunion, Egypt, Mauritius, New Zealand, etc. In addition, the insect was once introduced to the United States (California) and Israel, but has been eradicated.
Peach fruit fly host plant
Abelmoschusesculentus
Aeglemarmelos
Anmomu squamose L.
Begonia tuberhybrida
Caricapapaya
Citrullus lanatus
Citrus sinensis
Cocos muciferd||t t||Coffea arabica
Cucamis melo
Cydomiu oblonga
Ficus carica
Grewid asiaticd
Lagenaria sicerarid
Luffa cylindrica Reom.
LyeopersiconLycopersieam
Citrus aurantifolia
Citrus sinensis
Fig
Indian mullet
Malus domestica
Malus pumila
Mungifera indiea
Manilkara zapota
Momordica charuntid
Phoenir dactylifera
Prunus duleis
Prumus persica
Psidium guajaval
Punica granatum
Pyrus communis
Solanum melongena
Solamummuricatum
Syzygium jambos L.
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
Star apple
Sapodilla
Tropical almond
Guava
Syzygium wilfordii
SN/T1817-2006
Internal explanation
External photos
Upper forehead
Lower forehead
Special food plastic
Middle plate frame
Forewings climbing up
Hinfant upper device
Scutellum front shine
Scutellum purchase
Anterior view of adult head:
Dorsal view of adult thorax
Side view of larva:
Post-spiracle valve:
Mouth hook:
Post-mail device.
Middle dorsal plate
Scutellum
Appendix B
(Informative Appendix)
Common terms in taxonomy of fruit flies
Single-limited three-fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited lower elephant
Oral plate
eup chamber
Add wing leaf
Industry front edge home
Middle crumb side plate strip
Dorsal side plate use
Middle dorsal plate seam
(Transverse seam
Seam posterior yellow Color bar
Yellow bar in the middle after the suture
The most skin mark
Glucose marginal skin
According to the animal band
Valve installation
Valve E
Infant Mountain Science
(1.3 imitates Drcwctal.1982: the rest imitates White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Leading marginal band
Adult:
Front view of the head:
The end of the tube:
Anterior spiracle of the insect:
Posterior spiracle of the larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 imitate White&Elson-Harris.1992:4,5 imitate Carroll et al.2004)Morphological characteristics of peach fruit fly
SN/T1817-20062 Preservation of larval specimens
Wash the collected larvae or peripupa with steamed water, soak them in 60℃ (±5℃) hot water to kill them, cool them at room temperature, and then store the cooled larvae (or peripupa) in preservation solution. The preservation period is 6 months to 1 year. A.1 Geographical distribution of peach fruit fly
Appendix A
(Informative Appendix)
Geographical distribution of peach fruit fly and its parasitic plants
SN/T1817—2006
Myanmar, Vietnam, Laos, Thailand, Indonesia (Sumatra), India, Nepal, Bangladesh, Yemen, Pakistan, Sri Lanka, Oman, Saudi Arabia, Reunion, Egypt, Mauritius, New Zealand, etc. In addition, the insect was introduced to the United States (California) and Israel, but they have been eradicated.
Peach fruit fly host plant
Abelmoschusesculentus
Aeglemarmelos
Anmomu squamose L.
Begonia tuberhybrida
Caricapapaya
Citrullus lanatus
Citrus sinensis
Cocos muciferd||t t||Coffea arabica
Cucamis melo
Cydomiu oblonga
Ficus carica
Grewid asiaticd
Lagenaria sicerarid
Luffa cylindrica Reom.
LyeopersiconLycopersieam
Citrus aurantifolia
Citrus sinensis
Fig
Indian mullet
Malus domestica
Malus pumila
Mungifera indiea
Manilkara zapota
Momordica charuntid
Phoenir dactylifera
Prunus duleis
Prumus persica
Psidium guajaval
Punica granatum
Pyrus communis
Solanum melongena
Solamummuricatum
Syzygium jambos L.
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
Star apple
Sapodilla
Tropical almond
Guava
Syzygium wilfordii
SN/T1817-2006
Internal explanation
External photos
Upper forehead
Lower forehead
Special food plastic
Middle plate frame
Forewings climbing up
Hinfant upper device
Scutellum front shine
Scutellum purchase
Anterior view of adult head:
Dorsal view of adult thorax
Side view of larva:
Post-spiracle valve:
Mouth hook:
Post-mail device.
Middle dorsal plate
Scutellum
Appendix B
(Informative Appendix)
Common terms in taxonomy of fruit flies
Single-limited three-fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited lower elephant
Oral plate
eup chamber
Add wing leaf
Industry front edge home
Middle crumb side plate strip
Dorsal side plate use
Middle dorsal plate seam
(Transverse seam
Seam posterior yellow Color bar
Yellow bar in the middle after the suture
The most skin mark
Glucose marginal skin
According to the animal band
Valve installation
Valve E
Infant Mountain Science
(1.3 imitates Drcwctal.1982: the rest imitates White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Leading marginal band
Adult:
Front view of the head:
The end of the tube:
Anterior spiracle of the insect:
Posterior spiracle of the larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 imitate White&Elson-Harris.1992:4,5 imitate Carroll et al.2004)Morphological characteristics of peach fruit fly
SN/T1817-20062 Preservation of larval specimens
Wash the collected larvae or peripupa with steamed water, soak them in 60℃ (±5℃) hot water to kill them, cool them at room temperature, and then store the cooled larvae (or peripupa) in preservation solution. The preservation period is 6 months to 1 year. A.1 Geographical distribution of peach fruit fly
Appendix A
(Informative Appendix)
Geographical distribution of peach fruit fly and its parasitic plants
SN/T1817—2006
Myanmar, Vietnam, Laos, Thailand, Indonesia (Sumatra), India, Nepal, Bangladesh, Yemen, Pakistan, Sri Lanka, Oman, Saudi Arabia, Reunion, Egypt, Mauritius, New Zealand, etc. In addition, the insect was introduced to the United States (California) and Israel, but they have been eradicated.
Peach fruit fly host plant
Abelmoschusesculentus
Aeglemarmelos
Anmomu squamose L.
Begonia tuberhybrida
Caricapapaya
Citrullus lanatus
Citrus sinensis
Cocos muciferd||t t||Coffea arabica
Cucamis melo
Cydomiu oblonga
Ficus carica
Grewid asiaticd
Lagenaria sicerarid
Luffa cylindrica Reom.
LyeopersiconLycopersieam
Citrus aurantifolia
Citrus sinensis
Fig
Indian mullet
Malus domestica
Malus pumila
Mungifera indiea
Manilkara zapota
Momordica charuntid
Phoenir dactylifera
Prunus duleis
Prumus persica
Psidium guajaval
Punica granatum
Pyrus communis
Solanum melongena
Solamummuricatum
Syzygium jambos L.
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
Star apple
Sapodilla
Tropical almond
Guava
Syzygium wilfordii
SN/T1817-2006
Internal explanation
External photos
Upper forehead
Lower forehead
Special food plastic
Middle plate frame
Forewings climbing up
Hinfant upper device
Scutellum front shine
Scutellum purchase
Anterior view of adult head:
Dorsal view of adult thorax
Side view of larva:
Post-spiracle valve:
Mouth hook:
Post-mail device.
Middle dorsal plate
Scutellum
Appendix B
(Informative Appendix)
Common terms in taxonomy of fruit flies
Single-limited three-fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited lower elephant
Oral plate
eup chamber
Add wing leaf
Industry front edge home
Middle crumb side plate strip
Dorsal side plate use
Middle dorsal plate seam
(Transverse seam
Seam posterior yellow Color bar
Yellow bar in the middle after the suture
The most skin mark
Glucose marginal skin
According to the animal band
Valve installation
Valve E
Infant Mountain Science
(1.3 imitates Drcwctal.1982: the rest imitates White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Leading marginal band
Adult:
Front view of the head:
The end of the tube:
Anterior spiracle of the insect:
Posterior spiracle of the larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 imitate White&Elson-Harris.1992:4,5 imitate Carroll et al.2004)Morphological characteristics of peach fruit fly
SN/T1817-2006
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
star apple
sapodilla
tropical almond
guava
syzygium wilfordii
SN/T1817-2006|| tt||Internal item solution
External item photo
Upper amount alliance
Lower amount product
Special food plastic
Middle plate rack||tt ||Forewings climbing up
Hinth wing upper organ
Scutum front shines
Scutum purchase
Front view of adult head:
Back side of adult thorax View
Side view of the larva:
Spirital valve:
Mouth hook:
Postpartum organ.
Mesorhynchus
Scutellum
Appendix B
(Informative Appendix)
Illustrated diagram of common terms in fruit fly taxonomy||tt ||Single limited three fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited to lower elephant||tt ||Upper mouth piece
eup room
Add wing leaf
Front edge home
Middle crumb side board strip
For back side board||tt ||Mid-foot seam
(horizontal seam)
Yellow on the back of the seam Color strip
Yellow strip in the middle after sewing
The most skin mark
Portuguese edge skin
According to the dynamic belt
Valve installation
Valve E
Yingshan Xuehui
(1.3 is based on Drcwctal.1982: the rest is based on White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Frontal band
Adult:
Front view of the head:
Terminus of the larval tube:
Anterior spiracle of an insect:
Posterior spiracle of a larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 based on White&Elson-Harris.1992:4,5 based on Carroll et al. .2004) Morphological characteristics of peach fruit fly
SN/T1817-2006
Syzygium samarangense
Termimalia catappa
Ziziphus jujube
star apple
sapodilla
tropical almond
guava
syzygium wilfordii
SN/T1817-2006|| tt||Internal item solution
External item photo
Upper amount alliance
Lower amount product
Special food plastic
Middle plate rack||tt ||Forewings climbing up
Hinth wing upper organ
Scutum front shines
Scutum purchase
Front view of adult head:
Back side of adult thorax View
Side view of the larva:
Spirital valve:
Mouth hook:
Postpartum organ.
Mesorhynchus
Scutellum
Appendix B
(Informative Appendix)
Illustrated diagram of common terms in fruit fly taxonomy||tt ||Single limited three fish area
Anterior middle tumor
Crescent-shaped court
Antennal fossa
Granular surface
Limited to lower elephant||tt ||Upper mouth piece
eup room
Add wing leaf
Front edge home
Middle crumb side board strip
For back side board||tt ||Mid-foot seam
(horizontal seam)
Yellow on the back of the seam Color strip
Yellow strip in the middle after sewing
The most skin mark
Portuguese edge skin
According to the dynamic belt
Valve installation
Valve E
Yingshan Xuehui
(1.3 is based on Drcwctal.1982: the rest is based on White&Elson-Harris,1992) Figure B.1 Illustration of common terms in fruit fly taxonomy
Frontal band
Adult:
Front view of the head:
Terminus of the larval tube:bzxZ.net
Anterior spiracle of an insect:
Posterior spiracle of a larva.
Appendix C
(Informative Appendix)
Morphological characteristics of peach fruit fly
(1~3 based on White&Elson-Harris.1992:4,5 based on Carroll et al. .2004) Morphological characteristics of peach fruit fly
SN/T1817-2006
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