Tephritidae (Family)

Order

Diptera

18 Species

Total species

Species List

18 species in Tephritidae

Anastrepha fraterculus

Anastrepha obliqua

Anastrepha striata

Bactrocera cucurbitae

Bactrocera dorsalis

Dacus dorsalis or oriental fruit fly

Bactrocera minax

Bactrocera oleae

olive fruit fly

Bactrocera tryoni

Queensland fruit fly

Ceratitis capitata

Mediterranean fruit fly or medfly

Eurosta solidaginis

Neoceratitis asiatica

Rhagoletis cerasi

Rhagoletis pomonella

apple maggot or railroad worm

Strauzia intermedia

Strauzia longipennis

Strauzia longitudinalis

Strauzia vittigera

Zeugodacus cucurbitae

melon fly

Related Symbionts

96 records

Symbiont records associated with Tephritidae family

	Classification	Host	Function	Function Tags
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	a number of genes encoding detoxification and digestive enzymes, indicating a potential association with the ability of B. oleae to cope with green o…	Digestive enzymes Nutrient provision
Enterobacter Pseudomonadota	Bacteria	Ceratitis capitata	The intestinal microbiota structure was significantly influenced by the probiotic treatment while still maintaining a stable core dominant community …	Probiotic
Klebsiella oxytoca Pseudomonadota	Bacteria	Ceratitis capitata	The intestinal microbiota structure was significantly influenced by the probiotic treatment while still maintaining a stable core dominant community …	Chemical biosynthesis
Lactococcus lactis Bacillota	Bacteria	Ceratitis capitata	The intestinal microbiota structure was significantly influenced by the probiotic treatment while still maintaining a stable core dominant community …	Chemical biosynthesis
Enterobacter sp. Pseudomonadota	Bacteria	Bactrocera dorsalis	be beneficial, with some quality control indices, such as adult size, pupal weight, survival rate under stress and nutritionally rich conditions, and…	Growth and Development
Gut microbiota -	Bacteria	Bactrocera dorsalis	symbiotic bacteria may contribute to nitrogen transformation in the larvae of B. dorsalis in the enclosed environment of fruit pulp,core bacteria med…	Nitrogen fixation Nutrient provision
Wolbachia Pseudomonadota	Bacteria	Anastrepha fraterculus	Wolbachia is the only known reproductive symbiont present in these morphotypes. Wolbachia reduced the ability for embryonic development in crosses in…	Nutrient provision
Enterobacter sp. AA26 Pseudomonadota	Bacteria	Ceratitis capitata	Enterobacter sp. AA26 dry biomass can fully replace the brewer’s yeast as a protein source in medfly larval diet without any effect on the productivi…	-
Klebsiella michiganensis BD177 Pseudomonadota	Bacteria	Bactrocera dorsalis	K. michiganensis BD177 has the strain-specific ability to provide three essential amino acids (phenylalanine, tryptophan and methionine) and two vita…	Pathogen interaction
Citrobacter sp. Pseudomonadota	Bacteria	Bactrocera dorsalis	Pesticide-degrading bacteria were frequently detected from pesticide-resistant insects. Susceptible insects became resistant after inoculation of the…	Pesticide metabolization
Pichia kluyveri Ascomycota	Fungi	Bactrocera tryoni	inoculation with Hanseniaspora uvarum, produced odours that strongly deterred flies; resulted in significantly faster larval development and a greate…	Probiotic Growth and Development
Pichia Ascomycota	Fungi	Bactrocera tryoni	yeast is known to release nutritional components from the fruit substrate by producing extracellular enzymes and this may make nutrients further acce…	Digestive enzymes Nutrient provision
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	bacteria contribute essential amino acids and metabolize urea into an available nitrogen source for the fly, thus significantly elevating egg product…	Nutrient provision Fertility
Enterococcus casseliflavus Bacillota	Bacteria	Bactrocera dorsalis	increase the resistance of B. dorsalis to β-cypermethrin by regulating cytochrome P450 (P450) enzymes and α-glutathione S-transferase (GST) activities	Pesticide metabolization
Lactococcus lactis Bacillota	Bacteria	Bactrocera dorsalis	increase the resistance of B. dorsalis to β-cypermethrin by regulating cytochrome P450 (P450) enzymes and α-glutathione S-transferase (GST) activities	Pesticide metabolization
Wolbachia Pseudomonadota	Bacteria	Rhagoletis cerasi	can alter the reproduction of hosts through various manipulations, like cytoplasmic incompatibility (CI), enhancing its spread in new host populations	Reproductive manipulation
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	Antibiotic-treated larvae showed high mortality on unripe olive. The symbiont expressed genes involved in oleuropein-degradation in the gut	Plant secondary metabolites
Klebsiella michiganensis BD177 Pseudomonadota	Bacteria	Bactrocera dorsalis	promotes host resistance to low-temperature stress by stimulating its arginine and proline metabolism pathway in adult Bactrocera dorsalis	Growth and Development
Enterococcus Bacillota	Bacteria	Bactrocera dorsalis	Speculatively, it is possible that their presence in the gut of the oriental fruit fly is helping the fly to boost its immune system.	Immune priming
Enterobacter agglomerans Pseudomonadota	Bacteria	Rhagoletis pomonella	The gut symbiont had a phloridzin-degrading activity. Preincubation of phloridzin with the symbiont reduced its toxicity in insects	Plant secondary metabolites
Enterococcus faecalis Bacillota	Bacteria	Bactrocera dorsalis	female Bactrocera dorsalis fed Enterococcus faecalis and Klebsiella oxytoca enriched diets lived longer but had lower fecundity	Growth and Development Fertility
Klebsiella oxytoca Pseudomonadota	Bacteria	Bactrocera dorsalis	female Bactrocera dorsalis fed Enterococcus faecalis and Klebsiella oxytoca enriched diets lived longer but had lower fecundity	Growth and Development Fertility
Comamonas terrigena Pseudomonadota	Bacteria	Bactrocera dorsalis	This group in the immature stages may be helping the insects to cope with oxidative stress by supplementing available oxygen.	Pathogen interaction
gut bacteria -	Bacteria	Bactrocera oleae	both the host attributes and the native gut-symbionts drive oviposition preference towards green olives in B. oleae	-
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	Comparative transcriptomics highlights genes associated with development and response to microorganisms	Growth and Development
Penicillium Ascomycota	Fungi	Bactrocera dorsalis	Attracting egg laying, promote the emergence of flies by providing the B group vitamin, pyridoxine	Nutrient provision
Enterobacteriaceae Pseudomonadota	Bacteria	Bactrocera tryoni	volatile organic compounds (MVOCs) emitted by Enterobacteriaceae can attracting virgin females	Chemical biosynthesis
Enterobacter sp. AA26 Pseudomonadota	Bacteria	Ceratitis capitata	it was shown to have positive effects in rearing efficiency when used as larval probiotics	Probiotic
Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	Larvae developed in unripe olive harbored more E. dacicola (by 16S rRNA gene sequencing)	Plant secondary metabolites
Enterobacter agglomerans Pseudomonadota	Bacteria	Rhagoletis pomonella	attract the apple maggot fly, Rhagoletis pomonella, to oviposition sites on host fruit	-
Klebsiella oxytoca Pseudomonadota	Bacteria	Bactrocera dorsalis	may hydrolysing nitrogenous waste and providing metabolizable nitrogen for B. dorsalis	Nitrogen fixation Nutrient provision
Morganella morganii Pseudomonadota	Bacteria	Bactrocera dorsalis	may hydrolysing nitrogenous waste and providing metabolizable nitrogen for B. dorsalis	Nitrogen fixation Nutrient provision
Hanseniaspora uvarum Ascomycota	Fungi	Bactrocera tryoni	odour emissions that increased the attraction of flies; led to decreased oviposition	Chemical biosynthesis
Enterobacter cloacae Pseudomonadota	Bacteria	Bactrocera dorsalis	causing female Bactrocera dorsalis laid more eggs but had shorter lifespan	Growth and Development Fertility
Pantoea dispersa Pseudomonadota	Bacteria	Bactrocera dorsalis	causing female Bactrocera dorsalis laid more eggs but had shorter lifespan	Growth and Development Fertility
Asaia Pseudomonadota	Bacteria	Ceratitis capitata	a possible involvement of Asaia in determining resistance to insecticides	Pesticide metabolization
Gut bacteria -	Bacteria	Ceratitis capitata	a possible involvement of Asaia in determining resistance to insecticides	Pesticide metabolization
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	is essential for successful larval development in unripe olive fruits	Plant secondary metabolites
Citrobacter freundii Pseudomonadota	Bacteria	Bactrocera dorsalis	enhances resistance to the organophosphate insecticide trichlorphon	Pesticide metabolization
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	the symbiont may contribute to larval survival in unripe olives	Plant secondary metabolites
Kuraishia capsulata Ascomycota	Fungi	Bactrocera oleae	producing Isoamyl alcohol to attract Bactrocera oleae mating	Chemical biosynthesis
Lachancea thermotolerans Ascomycota	Fungi	Bactrocera oleae	producing Isoamyl alcohol to attract Bactrocera oleae mating	Chemical biosynthesis
Peterozyma xylosa Ascomycota	Fungi	Bactrocera oleae	producing Isoamyl alcohol to attract Bactrocera oleae mating	Chemical biosynthesis
Scheffersomyces ergatensis Ascomycota	Fungi	Bactrocera oleae	producing Isoamyl alcohol to attract Bactrocera oleae mating	Chemical biosynthesis
Wickerhamomyces subpelliculosus Ascomycota	Fungi	Bactrocera oleae	producing Isoamyl alcohol to attract Bactrocera oleae mating	Chemical biosynthesis
Pantoea Pseudomonadota	Bacteria	Bactrocera oleae	Affect oviposition behavior, morphogenesis and development	Growth and Development
Wolbachia Pseudomonadota	Bacteria	Ceratitis capitata	induced complete cytoplasmic incompatibility in the host	Reproductive manipulation
Enterococcus faecalis Bacillota	Bacteria	Bactrocera minax	egrade phenols in unripe citrus in B. minax larvae	Plant secondary metabolites
Serratia marcescens Pseudomonadota	Bacteria	Bactrocera minax	egrade phenols in unripe citrus in B. minax larvae	Plant secondary metabolites
Providencia rettgeri Pseudomonadota	Bacteria	Anastrepha obliqua	improve the sexual competitiveness of males	Reproductive manipulation
Wolbachia Pseudomonadota	Bacteria	Neoceratitis asiatica	induce complete cytoplasmic incompatibility	Reproductive manipulation
Wolbachia Pseudomonadota	Bacteria	Rhagoletis cerasi	causes cytoplasmic incompatibility	Reproductive manipulation
Citrobacter freundii strain BD1 Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Enterobacter asburiae strain BD12 Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Enterobacter cloacae strain BD3 Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Enterobacter mori strain BD2 Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Klebsiella oxytoca strain BD4 Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Lactococcus lactis strain BD5 Bacillota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Providencia alcalifaciens strain BD1None Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Providencia rettgeri strain BD11 Pseudomonadota	Bacteria	Bactrocera dorsalis	Promote the growth of larvae	Growth and Development
Citrobacter freundii Pseudomonadota	Bacteria	Bactrocera dorsalis	degrading trichlorphon	Pesticide metabolization
Bacillus Bacillota	Bacteria	Bactrocera cucurbitae	produce TMP or TTMP	Chemical biosynthesis
Bacillus Bacillota	Bacteria	Bactrocera dorsalis	produce TMP or TTMP	Chemical biosynthesis
Amylostereum Basidiomycota	Fungi	Bactrocera tryoni	-	-
bacterial communities -	Bacteria	Bactrocera tryoni	-	-
bacteria microbiome -	Bacteria	Ceratitis capitata	-	-
Candida Ascomycota	Fungi	Bactrocera tryoni	-	-
Candidatus Erwinia dacicola Pseudomonadota	Bacteria	Bactrocera oleae	-	-
Chroococcidiopsis Cyanobacteriota	Bacteria	Ceratitis capitata	-	-
Cladosporium Ascomycota	Fungi	Bactrocera oleae	-	-
Comamonas Pseudomonadota	Bacteria	Bactrocera dorsalis	-	-
Cryptococcus Basidiomycota	Fungi	Bactrocera tryoni	-	-
Enterobacter Pseudomonadota	Bacteria	Zeugodacus cucurbitae	-	-
Enterobacter Pseudomonadota	Bacteria	Ceratitis capitata	-	-
Enterobacter aerogenes Pseudomonadota	Bacteria	Bactrocera dorsalis	-	-
Enterobacter hormaechei Pseudomonadota	Bacteria	Zeugodacus cucurbitae	-	-
fungal communities -	Fungi	Bactrocera tryoni	-	-
gut bacteria -	Bacteria	Bactrocera oleae	-	-
gut bacteria -	Bacteria	Bactrocera dorsalis	-	-
gut bacteria -	Bacteria	Eurosta solidaginis	-	-
gut bacteria -	Bacteria	Bactrocera tryoni	-	-
gut bacteria -	Bacteria	Ceratitis capitata	-	-
gut bacteria -	Bacteria	Bactrocera minax	-	-
gut bacteria -	Bacteria	Zeugodacus cucurbitae	-	-
Hanseniaspora Ascomycota	Fungi	Bactrocera tryoni	-	-
Klebsiella Pseudomonadota	Bacteria	Zeugodacus cucurbitae	-	-
Klebsiella Pseudomonadota	Bacteria	Ceratitis capitata	-	-
Klebsiella Pseudomonadota	Bacteria	Ceratitis capitata	-	-
Lactococcus Bacillota	Bacteria	Bactrocera dorsalis	-	-
Pichia Ascomycota	Fungi	Bactrocera tryoni	-	-
Propionibacterium Actinomycetota	Bacteria	Ceratitis capitata	-	-
Providencia Pseudomonadota	Bacteria	Ceratitis capitata	-	-
Pseudomonas Pseudomonadota	Bacteria	Bactrocera cucurbitae	-	-
Pseudomonas indica Pseudomonadota	Bacteria	Bactrocera dorsalis	-	-
Starmerella Ascomycota	Fungi	Bactrocera tryoni	-	-
Wolbachia Pseudomonadota	Bacteria	Anastrepha striata	-	-

Back to Table

Metagenome Information

28 records

Metagenome sequencing data associated with Tephritidae family

Run	Platform	Host	Location	Date	BioProject
SRR23272044 WGS	PACBIO_SMRT Sequel II	Eurosta solidaginis	USA	Nov-24	PRJNA929258
SRR19543165 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.36 W	2020-11-21	PRJNA845910
SRR19543160 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.36 W	2020-11-21	PRJNA845910
SRR19543161 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.36 W	2020-11-21	PRJNA845910
SRR19543162 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.35 W	2020-11-21	PRJNA845910
SRR19543163 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.35 W	2020-11-21	PRJNA845910
SRR19543164 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.35 W	2020-11-21	PRJNA845910
SRR19543166 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.36 W	2020-11-21	PRJNA845910
SRR19543158 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.36 W	2020-11-21	PRJNA845910
SRR19543159 WGS	ILLUMINA Illumina NovaSeq 6000	Anastrepha obliqua	Colombia 3.07 N 76.36 W	2020-11-21	PRJNA845910
SRR18576151 WGS	ILLUMINA Illumina NovaSeq 6000	Bactrocera oleae	Portugal 38.72 N 7.97 W	2020-07	PRJNA821658
SRR18576150 WGS	ILLUMINA Illumina NovaSeq 6000	Bactrocera oleae	Portugal 38.72 N 7.97 W	2020-07	PRJNA821658
SRR18576149 WGS	ILLUMINA Illumina NovaSeq 6000	Bactrocera oleae	Portugal 38.72 N 7.97 W	2020-07	PRJNA821658
SRR18576148 WGS	ILLUMINA Illumina NovaSeq 6000	Bactrocera oleae	Portugal 38.72 N 7.97 W	2020-07	PRJNA821658
SRR18576147 WGS	ILLUMINA Illumina NovaSeq 6000	Bactrocera oleae	Portugal 38.72 N 7.97 W	2020-07	PRJNA821658
SRR18576146 WGS	ILLUMINA Illumina NovaSeq 6000	Bactrocera oleae	Portugal 38.72 N 7.97 W	2020-07	PRJNA821658
SRR5487544 WGS	ILLUMINA HiSeq X Ten	Eurosta solidaginis	USA	2017	PRJNA384880
SRR12231018 WGS	ILLUMINA HiSeq X Ten	Eurosta solidaginis	USA	2017	PRJNA384880
SRR3736777 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736776 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736775 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736774 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736773 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736772 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736778 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3736771 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Greece 35.35 N 24.45 E	2015-12	PRJNA326914
SRR3742170 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Israel 31.54 N 34.48 E	2011-11	PRJNA326914
SRR3742171 WGS	ILLUMINA Illumina MiSeq	Bactrocera oleae	Israel 31.54 N 34.48 E	2011-11	PRJNA326914

Amplicon Information

237 records

Amplicon sequencing data associated with Tephritidae family

Run	Classification	Host	Platform	Location	Environment
SRR22566649 AMPLICON	16S	Strauzia vittigera	-	USA 41.664662 N 91.584727 W	-
SRR22566650 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566570 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566567 AMPLICON	16S	Strauzia vittigera	-	USA 41.664662 N 91.584727 W	-
SRR22566652 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566651 AMPLICON	16S	Strauzia vittigera	-	USA 41.664662 N 91.584727 W	-
SRR22566593 AMPLICON	16S	Strauzia longitudinalis	-	USA 39.264541 N 84.537734 W	-
SRR22566592 AMPLICON	16S	Strauzia longitudinalis	-	USA 39.264541 N 84.537734 W	-
SRR22566591 AMPLICON	16S	Strauzia longitudinalis	-	USA 39.264541 N 84.537734 W	-
SRR22566595 AMPLICON	16S	Strauzia longitudinalis	-	USA 39.264541 N 84.537734 W	-
SRR17785586 RNA-Seq	16S	Bactrocera oleae	-	Portugal 38.497 N 7.752 W	-
SRR17785588 RNA-Seq	16S	Bactrocera oleae	-	Portugal 38.497 N 7.752 W	-
SRR17785589 RNA-Seq	16S	Bactrocera oleae	-	Portugal 38.497 N 7.752 W	-
SRR17785584 RNA-Seq	16S	Bactrocera oleae	-	Portugal 38.497 N 7.752 W	-
SRR17785585 RNA-Seq	16S	Bactrocera oleae	-	Portugal 38.497 N 7.752 W	-
SRR17785587 RNA-Seq	16S	Bactrocera oleae	-	Portugal 38.497 N 7.752 W	-
SRR22566678 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566571 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566577 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566584 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566586 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566587 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566588 AMPLICON	16S	Strauzia longipennis	-	USA 41.664662 N 91.584727 W	-
SRR22566589 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566590 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566631 AMPLICON	16S	Strauzia longipennis	-	USA 41.664662 N 91.584727 W	-
SRR22566665 AMPLICON	16S	Strauzia vittigera	-	USA 41.664662 N 91.584727 W	-
SRR22566668 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566672 AMPLICON	16S	Strauzia longipennis	-	USA 41.664662 N 91.584727 W	-
SRR22566675 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566594 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566599 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566694 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566608 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566642 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566686 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566685 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566684 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566647 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.664662 N 91.584727 W	-
SRR22566648 AMPLICON	16S	Strauzia longipennis	-	USA 41.664662 N 91.584727 W	-
SRR22566655 AMPLICON	16S	Strauzia longipennis	-	USA 41.664662 N 91.584727 W	-
SRR22566679 AMPLICON	16S	Strauzia longipennis	-	USA 41.664662 N 91.584727 W	-
SRR13180157 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180158 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180182 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180194 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180621 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180195 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13181189 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180198 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13179901 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13179902 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13180550 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR13179904 AMPLICON	16S	Ceratitis capitata	-	Italy 45.1854 N 9.16222 E	-
SRR22566693 AMPLICON	16S	Strauzia longipennis	-	USA 41.653341 N 91.47998 W	-
SRR22566700 AMPLICON	16S	Strauzia longipennis	-	USA 41.653341 N 91.47998 W	-
SRR22566633 AMPLICON	16S	Strauzia vittigera	-	USA 41.653341 N 91.47998 W	-
SRR22566634 AMPLICON	16S	Strauzia vittigera	-	USA 41.653341 N 91.47998 W	-
SRR22566699 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.653341 N 91.47998 W	-
SRR22566698 AMPLICON	16S	Strauzia longipennis	-	USA 41.653341 N 91.47998 W	-
SRR22566697 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.653341 N 91.47998 W	-
SRR22566638 AMPLICON	16S	Strauzia vittigera	-	USA 41.653341 N 91.47998 W	-
SRR22566691 AMPLICON	16S	Strauzia vittigera	-	USA 41.653341 N 91.47998 W	-
SRR6078904 AMPLICON	16S	Bactrocera tryoni	-	Australia 34.15 S 150.32 E	-
SRR22566696 AMPLICON	16S	Strauzia vittigera	-	USA 41.653341 N 91.47998 W	-
SRR22566695 AMPLICON	16S	Strauzia longipennis	-	USA 41.653341 N 91.47998 W	-
SRR22566690 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.653341 N 91.47998 W	-
SRR22566688 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.653341 N 91.47998 W	-
SRR22566708 AMPLICON	16S	Strauzia vittigera	-	USA 41.653341 N 91.47998 W	-
SRR3932304 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932222 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932223 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932224 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932225 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932227 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932229 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932230 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932231 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932232 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932233 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932234 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932235 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932236 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932237 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932238 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932239 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932241 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932242 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932243 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932244 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932245 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932247 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932248 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932249 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932251 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932252 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932253 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932254 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932255 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932256 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932257 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932259 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932261 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932265 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932267 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932269 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932270 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932271 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932272 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932273 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932276 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932278 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932280 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932282 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932284 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932287 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932289 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932291 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932293 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932295 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932298 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932300 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932302 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932306 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932307 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932309 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932311 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932313 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932315 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932317 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932319 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932321 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932323 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932325 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932327 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932329 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932330 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932332 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932334 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932336 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932338 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932339 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932341 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932342 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932343 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932344 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932345 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932346 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932347 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932349 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932350 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932217 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932218 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932219 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932220 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932221 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR22566689 AMPLICON	16S	Strauzia intermedia	-	USA 43.30119 N 91.79077 W	-
SRR22566639 AMPLICON	16S	Strauzia vittigera	-	USA 41.421579 N 95.854282 W	-
SRR22566625 AMPLICON	16S	Strauzia vittigera	-	USA 41.421579 N 95.854282 W	-
SRR22566605 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.421579 N 95.854282 W	-
SRR22566603 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.421579 N 95.854282 W	-
SRR22566626 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566627 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566628 AMPLICON	16S	Strauzia vittigera	-	USA 41.421579 N 95.854282 W	-
SRR22566630 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.421579 N 95.854282 W	-
SRR22566602 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566601 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.421579 N 95.854282 W	-
SRR22566600 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566637 AMPLICON	16S	Strauzia vittigera	-	USA 41.421579 N 95.854282 W	-
SRR22566636 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566635 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.421579 N 95.854282 W	-
SRR22566632 AMPLICON	16S	Strauzia intermedia	-	USA 43.30119 N 91.79077 W	-
SRR22566701 AMPLICON	16S	Strauzia intermedia	-	USA 43.30119 N 91.79077 W	-
SRR22566702 AMPLICON	16S	Strauzia intermedia	-	USA 43.30119 N 91.79077 W	-
SRR22566704 AMPLICON	16S	Strauzia intermedia	-	USA 43.30119 N 91.79077 W	-
SRR22566645 AMPLICON	16S	Strauzia longitudinalis	-	USA 41.421579 N 95.854282 W	-
SRR22566643 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566687 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR22566646 AMPLICON	16S	Strauzia vittigera	-	USA 41.421579 N 95.854282 W	-
SRR22566640 AMPLICON	16S	Strauzia longipennis	-	USA 41.421579 N 95.854282 W	-
SRR3932322 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932215 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932216 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932277 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932279 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932324 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932281 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932283 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932326 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932288 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932328 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932290 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932292 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932294 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932331 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932297 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932299 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932301 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932303 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932305 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932335 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932308 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932337 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932312 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932314 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932263 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932316 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932320 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR3932275 AMPLICON	16S	Bactrocera oleae	-	United Kingdom 51.75 N 1.26 W	-
SRR7758225 AMPLICON	16S	Bactrocera dorsalis	-	Bangladesh 23.952169 N 90.280127 E	-
SRR7758222 AMPLICON	16S	Bactrocera dorsalis	-	Bangladesh 23.952169 N 90.280127 E	-
SRR7758223 AMPLICON	16S	Bactrocera dorsalis	-	Bangladesh 23.952169 N 90.280127 E	-
SRR7758221 AMPLICON	16S	Bactrocera dorsalis	-	Bangladesh 23.952169 N 90.280127 E	-
SRR7758224 AMPLICON	16S	Bactrocera dorsalis	-	Bangladesh 23.952169 N 90.280127 E	-
SRR3932310 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932226 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932258 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932285 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932260 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932348 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932262 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932296 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932228 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932250 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932268 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932286 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932318 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932246 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932266 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932274 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932240 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932264 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932333 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR3932340 AMPLICON	16S	Bactrocera oleae	-	Greece 35.35 N 24.45 E	-
SRR13717603 AMPLICON	16S	Zeugodacus cucurbitae	-	Bangladesh 25.819010 N 88.649265 E	-
SRR13717601 AMPLICON	16S	Zeugodacus cucurbitae	-	Bangladesh 24.489453 N 88.612312 E	-
SRR13717602 AMPLICON	16S	Zeugodacus cucurbitae	-	Bangladesh 23.177112 N 89.180159 E	-