For over 80 years the scientists around the world have been conducting laboratory experiments to help understand the fate and the behaviour of pesticides in the ecosystem. “Once upon the time” the research based on simple observations, simple measurements and analysis. “Once upon the time” the copper and its salts while today we have hundred pesticide and metabolites with huge profile in safety and plant health protection. Much has been learned over this time. Mathematical models, analytical chemistry, applied biology have advanced maintaining the pesticide science the most advanced science-based regulation allowing the implementation of pest strategies as well the achievement of food safety, human security and health protection goals. However there still remain many things that we don’t know, or are not able to predict but we are confident, and this collection of paper is the evidence, that such unbelievable science - and its community - will remain also in the future pioneer on-demand of the science, of the policy and of the stakeholder populations.
Suciu, N., Miras Moreno, M. B., XVI Symposium in pesricide chemistry - Advances in risk assessment and management, in XVI Symposium in pesricide chemistry - Advances in risk assessment and management, (Piacenza - Italia, 02-05 September 2019), Mattioli 1885, Fidenza (Parma) 2019: 1-149 [https://hdl.handle.net/10807/297336]
XVI Symposium in pesricide chemistry - Advances in risk assessment and management
Suciu, Nicoleta
Primo
Conceptualization
;Miras Moreno, Maria BegonaUltimo
Conceptualization
2019
Abstract
For over 80 years the scientists around the world have been conducting laboratory experiments to help understand the fate and the behaviour of pesticides in the ecosystem. “Once upon the time” the research based on simple observations, simple measurements and analysis. “Once upon the time” the copper and its salts while today we have hundred pesticide and metabolites with huge profile in safety and plant health protection. Much has been learned over this time. Mathematical models, analytical chemistry, applied biology have advanced maintaining the pesticide science the most advanced science-based regulation allowing the implementation of pest strategies as well the achievement of food safety, human security and health protection goals. However there still remain many things that we don’t know, or are not able to predict but we are confident, and this collection of paper is the evidence, that such unbelievable science - and its community - will remain also in the future pioneer on-demand of the science, of the policy and of the stakeholder populations.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.