September 2006
Posters | Cera-Trap®
We present a new and biological medfly control method with a high efficacy. CERA TRAP® is based on a liquid protein obtained by an exclusive method of enzymatic hydrolisis and is able to reduce the pesticide application at minimum or even making completely unnecessary. It is an easy to use technique and a more economical energy and labor cost solution than the traditional pesticides applications. CERA TRAP composition is free of pesticides and is not necessary to add any in the traps. Trial...
September 2006
Scientific articles | Cera-Trap®
Diptera: Tephritidae is one of the most destructive agricultural pests in citrus and fruit trees worldwide particularly in temperate and hot growing areas. In Spain, the total affected surface is over 300.000 ha. including citrus, fruit trees, table grapes and even vegetables like peppers in integrated pest management (IPM) programs. Currently, medfly common control strategies to avoid fruit damage are based on several applications of pesticides with low efficiency results. These crops produ...
July 2006
Posters | Cera-Trap®
The Mediterranean fruit fly Ceratitis capitata is one of the most destructive agricultural pests worldwide. It is native of sub-Saharan Africa and has a long history of invasion success. CERA TRAP® is an attractant formulation free of pesticides based on a liquid protein obtained by an exclusive method of enzymatic hydrolisis.
February 2006
Posters | Cera-Trap®
The Cera Trap® system is an innovative method that is highly efficient at controlling plagues and is fully environmentally friendly as it does not use any insecticide in its formulation or application in the field. It is a 100% biological solution. CeraTrap® is a liquid food attractant in a protein formulation, developed by BIOIBERICA S.A.
February 2006
Scientific Communications | Cera-Trap®
We provide a report on a study carried out in the municipality of Santa Bárbara in the province of Tarragona, Spain. The variety of mandarin chosen was Beatriz, an early clementine, with a plantation density of 606 trees per hectare. The results of the trial shows that the system provides far better plague control to the standard trap treatment used by the farmer.
