Dual insecticide hits key grapevine pests, aids beneficials
Grapevine scale and longtailed mealybug populations have been a challenge for both wine and table grape growers and advisers over recent seasons,...
Northern croppers embrace new post-emergent weed control strategy
The ability to cost-effectively mix a selected rate of aminopyralid broadleaf weed herbicide with other cereal post-emergent herbicide partners...
Eye on the future with insect resistance trends
IT wasn’t long ago that various brassica growing areas of the country were facing massive insect resistance pressure before the arrival of new...
Highly anticipated new multi-site grape fungicide ticks all boxes
AUSTRALIAN grape growers are now armed with a unique multi-site fungicide that is already widely used around the world for its minimal impact on...
Independent research to explore wider fungicide effectiveness
INDEPENDENT field research is set to continue into the wider effectiveness of key fungicides against various disease complexes in macadamias.
Unique Sugarcane herbicides providing innovative solutions for canegrowers
Sugarcane growers can be assured their grass and broadleaf weed issues are addressed this season with ADAMA Australia’s unique herbicides Palmero...
Precise insecticide timing reaps export success
WITH a strong focus on improving citrus fruit quality for the export market, precise timing and correct coverage with crop protection applications...
Local trials guiding most effective fungicide decisions in SA
THE power of local research trials to assist crop management decisions is well recognised and has become a key tool for the team at Growers...
Croppers ready for disease with better fungicide arsenal
HAVING another weapon in the arsenal against crop disease that already is proven in battle provides strong confidence to growers facing another...
Novel biological fungicide partnership peps up disease control efforts
Ground-breaking biological fungicide technology is set to beef-up Australian growers’ efforts against the growing foliar disease threat in...