“…Over the following years, this species was reported in several countries in Europe, confirming once again an extraordinary fast ability of long distance dispersal (Calabria et al, 2012;Mortelmans et al, 2012;Baufeld et al, 2010;Burrack et al, 2012). Subsequent records of D. suzukii are related with Slovenia and Croatia (Milek et al, 2011), Bosnia and Herzegovina (Ostojić et al, 2014) and Montenegro in 2014(Radonjić, 2014.…”
, a survey was conducted in order to establish the presence of the invasive pest Drosophila suzukii (Matsumura, 1931) on the territory of Serbia. Survey revealed the presence of this fly in four districts (Rasinski, Mačvanski, Raški and Pčinjski), in sampled raspberry and blackberry ripe fruits, as well as in common fig and grape. Collected fruits were used for the rearing of Drosophilid larvae to adults, which were subsequently subjected to morphological and molecular characterization. The presence of D. suzukii was confirmed in all surveyed districts, as well as in Zemun (City of Belgrade). This is the first report of the highly invasive fruit pest D. suzukii on the territory of Serbia.
“…Over the following years, this species was reported in several countries in Europe, confirming once again an extraordinary fast ability of long distance dispersal (Calabria et al, 2012;Mortelmans et al, 2012;Baufeld et al, 2010;Burrack et al, 2012). Subsequent records of D. suzukii are related with Slovenia and Croatia (Milek et al, 2011), Bosnia and Herzegovina (Ostojić et al, 2014) and Montenegro in 2014(Radonjić, 2014.…”
, a survey was conducted in order to establish the presence of the invasive pest Drosophila suzukii (Matsumura, 1931) on the territory of Serbia. Survey revealed the presence of this fly in four districts (Rasinski, Mačvanski, Raški and Pčinjski), in sampled raspberry and blackberry ripe fruits, as well as in common fig and grape. Collected fruits were used for the rearing of Drosophilid larvae to adults, which were subsequently subjected to morphological and molecular characterization. The presence of D. suzukii was confirmed in all surveyed districts, as well as in Zemun (City of Belgrade). This is the first report of the highly invasive fruit pest D. suzukii on the territory of Serbia.
“…Hosts include several members of the family Rosaceae (Rosales)-including Prunus (cherries, peaches, plums, and apricots), Fragaria ananassa (Weston) Duchesne ex Rozier (strawberry), and Rubus (blackberries and raspberries) -, species of Vaccinium (blueberry; Ericales: Ericaceae), Vitis (grape; Vitales, Vitaceae), Lonicera (honeysuckle; Dipsacales: Caprifoliaceae), and Cornus (dogwoods; Caryophyllales: Cornaceae), and Sambucus nigra L. (black elder; Dipsacales: Adoxaceae) (Cini et al 2012). Much of the distribution data in the U.S. and Europe comes from trap captures near fruit production areas or first-hand accounts of infestations Burrack et al 2012). Despite vigilant monitoring of crop fields, there has been relatively little effort to assess D. suzukii populations in surrounding landscapes.…”
Section: Introductionmentioning
confidence: 99%
“…Additionally, wild hosts such as blackberries and dogwoods are ubiquitous in the region. In 2012, Unicoi County, which forms the state border with North Carolina, was the first county in Tennessee with a D. suzukii detection (Burrack et al 2012, Spotted Wing Drosophila Volunteer Monitoring Network 2015. …”
“…After its discovery in California in 2008, D. suzukii was detected in 35 States just 4 yr later (Burrack et al 2012). D. suzukii has now been found in all major fruit-growing regions of the country, and control has been problematic (Beers et al 2011, Lee et al 2011b, Walsh et al 2011.…”
mentioning
confidence: 99%
“…Production is concentrated in three growing regions: the upper Midwest (Wisconsin), the Northeast (Massachusetts and New Jersey), and the PaciÞc Northwest (Washington and Oregon). Unfortunately, D. suzukii is well-established in all three of these regions (Burrack et al 2012).…”
Drosophila suzukii Matsumura (Diptera: Drosophilidae), commonly referred to as the spotted wing drosophila, is an exotic species that has proven a troublesome pest of fruit production in the United States. The fly targets small fruit and thus represents a concern for the U.S. cranberry industry. Two studies were conducted to assess whether cranberries may serve as hosts for D. suzukii. In the first study, the suitability of ripe, unripe, and over-ripe cranberries were assayed by examining adult oviposition and larval development in no-choice trials. In the second study, wounded and unwounded fruit were examined as potential hosts in choice and no-choice trials. Our first study showed that ripe, unripe, and over-ripe cranberries were unsuitable hosts (few eggs were laid, with no surviving puparia). In the wounded and unwounded berry study, no larvae survived to adulthood among unwounded berries. Within wounded fruit, D. suzukii readily fed and developed into adults. Together, these results suggest that unwounded cranberries--whether ripe, unripe, or over-ripe--are unsuitable as hosts for D. suzukii. Wounded rotting cranberries, however, can serve as hosts. Across the landscape, cranberry marshes with rotting fruit may contribute to D. suzukii source-sink dynamics.
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