981) 200 million reasons to take global action on sea containers to keep khapra beetle out!

Rome, 30 December 2020– Khapra beetle, Trogoderma granarium poses an ongoing threat to agricultural industries, even in countries with strong …

982) Detection of willow black canker on willow

In March 2006, black willow canker was detected on willow trees in the ACT and NSW. It has been decided …

983) Detection of tomato torrado virus in South Australia

In South Australia, the virus causes leaf mottling, yellow spotting followed by necrosis at the base of leaflets. In some …

984) Detection of Takecallis arundinariae in Australia

Other known hosts: On undersides of mature leaves of bamboos (especially Arundinaria, and Phyllostachys, but sometimes also on Nandina, Bambusa …

985) Detection of the Asian strain of bacterial canker of kiwifruit in Victoria, Australia

Data is lacking on the epidemiology of the disease. It has been observed that the pathogen is active between 10-20 …

986) New hosts for Phoma herbarum in Western Australia

This is the first report of P. herbarum on Pisum sativum and Bituminaria bituminosa in Australia. Phoma herbarum has been …

987) Detection of Garlic allexiviruses in Western Australia

Garlic allexiviruses was detected in August 2011. It is likely to be widely distributed as plants are vegetatively propagated. Viruses …

988) Schizotetranychus baltazari in northern Australia

This species has been known mainly from a wide range of the Southeast and Southwest Asia countries. The spider mite …

989) Detection of Xylosandrus crassiculus (Granulate ambrosia beetle) in Queensland

X. crassiusculatus is probably native to tropical and subtropical Asia and is now considered one of the most abundant and …

990) Detection of Phyllotreta chotanica (radish flea beetle) in Western Australia

Phyllotreta chotanica was originally detected in Kununurra in 2014, however subsequent surveys only occasionally detected the pest again on three …