Adjacent to the Southern Taiwan Science Park, just south of Shanhua, Tainan City in southern Taiwan, AVRDC – The World Vegetable Center headquarters campus covers a 117-hectare area containing research fields, laboratories, glasshouses, administration buildings and accommodation for international staff, students and guests.
Most of the Center’s experimental work is conducted at headquarters, where approximately two-thirds of our staff are based.
INAUGURAL BREEDING CONSORTIUM WORKSHOP -- 10-11 MAY 2017 -- WORLDVEG HQ: Asia and Pacific Seed Association (APSA) members with an interest in plant breeding for the development of improved vegetable varieties can now tap the knowledge and expertise of an internationally renowned leader in crop research by joining the APSA/WorldVeg Vegetable Breeding Consortium. Through the APSA/WorldVeg Vegetable Breeding Consortium, participating companies and WorldVeg researchers will have multiple opportunities to discuss and evaluate breeding approaches and discover new avenues to share data and progress. The Consortium will initially focus on tomato, pepper and cucurbits, but could broaden its scope to other crops later.
Callosobruchus sp. infect mungbean (Vigna radiata) at low levels in the field, multiply during grain storage and can destroy seed stocks in a few months. Resistance against bruchid beetles has been found in wild mungbean V. radiata var. sublobata TC1966 and in cultivated mungbean line V2802.
Standard procedures for DNA extraction of several plant and microbial species are used. The biotechnology laboratories consist of dedicated DNA, RNA, molecular marker and transgenic laboratories. Facilities include PCR and real time PCR facilities with robotics for fully automated sample preparation. Li-cor sequencers are available for SSR (simple sequence repeat) and AFLP (amplified fragment length polymorphic) marker analysis. A PCR-based SNP (single nucleotide polymorphic) marker genotyping facility is also available.
Virology has well equipped laboratories for the serological and molecular detection, identification and characterization of plant viruses. There are also insect-proof glasshouses, screen houses and growth rooms where mechanical and vector transmission of plant viruses is routinely performed to indicator test plants as well as for screening germplasm and breeders lines for resistance to important virus diseases.