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AGRO 50th Timeline Brainstorming

Join us for a fun Zoom brainstorming event to add more material to the AGRO 50th Anniversary Timeline. To submit new items to the timeline, please use this on-line form. Time: May 5, 2021 03:00 PM Eastern Time Join Zoom Meeting https://american-chemical-society.zoom.com/j/85233444521?pwd=WVlGWE5qTWcwRVA2eGcxaWdiK2ZNQT09 Meeting ID: 852 3344 4521 Password: 266432 One tap mobile +13017158592,,85233444521# US (Washington DC) +13126266799,,85233444521# US (Chicago) Version One of the timeline has been completed. You can Download the interactive Timeline File in PowerPoint format and view it in Slide Show mode .  

LAPRW 2021

LAPRW 2021 is the ideal platform to keep scientists, analysts, and administrators from governmental and private laboratories, regulatory bodies, health authorities, universities, research institutes, agrochemical and food industries, consumer associations, and other interested parties informed about the most important developments occurring in Latin American and elsewhere in the world. This conference will be virtual.

North American Chemical Residue Workshop

The North American Chemical Residue Workshop (NACRW) formerly the Florida Pesticide Residue Workshop (FPRW) conducts an annual meeting for scientists particularly interested in trace level analysis of pesticides, veterinary drug residues, and other chemicals in food, animal feed, and environmental samples.  The purpose of the meeting is to provide training, develop and improve technical knowledge, facilitate development and distribution of new analysis methods and techniques, and establish networking to promote professional cooperation between scientists of these interests. 2021 Submission Deadlines  Oral Presentations:  May 14, 2021 Poster Presentations: May 28, 2021 

Pacifichem 2021

Honolulu, HI Honolulu, HI, United States

AGRO is Hosting Eleven Pacifichem Symposia Proteomics and metabolomics in agricultural, environmental,and public health sciences (131), Qing Li (USA) and John Johnston (USA) Pesticide Residues in Food: Advancing global standards that facilitate trade and ensure consumer safety (126), Jason Sandahl (USA), John Johnston (USA), and Ken Racke (USA) Deciphering chemical signals and omics for sustainable pest management (130), Charles Cantrell (USA) Rodenticide Environmental Fate and Nontarget Effects (141), Katie Swift (USA) Emerging technologies and advances in measuring and assessing the environmental fate of pesticides and other agrochemicals (146), Mingming Ma (USA) and Amy Ritter (USA) Developments in pesticide ecological risk assessment approaches in the Pacific Rim (144), Amy Ritter (USA) Wenlin Chen (USA) and Pat Havens (USA) Recent developments in the analysis of pesticide residues in foods: advances and challenges (23), Yelena Sapozhnikova (USA), Lijun Han (China) and Machiko Saka (Japan) New formulations & application technologies of pesticides in sustainable plant protection: From theory to practice (143), Pat Havens (USA) Toward the chemistry of plant growth regulators (136), Yunde Zhao (USA) Agricultural Sustainability: The critical links between chemistry, exposure assessment, risk assessment, and regulations (151), Jeanette Van Emon (USA) Chemistry and the Rice Field Ecosystem (138), Kevin Armbrust (USA

National Academy of Sciences, Engineering, and Medicine Webinar: Advancing Agricultural Herbicides through Chemistry

May 12, 2022, 11:00AM - 12:30PM ET Synthetic chemical herbicides are considered by many to be essential for productive American agriculture. Many farmers rely on the widespread application of herbicides throughout the growing cycle of various crops in order to combat weeds. However, herbicide resistance is a growing problem that is becoming increasingly concerning. Herbicides with new modes of action have been slow to emerge, and some of the most widely applied herbicides today are nearing half a century in use. One current technique to combat resistance is to use mixtures of herbicides with different modes of action, however this is only a short-term solution. New classes of herbicides will be needed in the long term. Several barriers exist to the development and deployment of a new herbicide class, including: high development costs, the length of time needed to develop, test, and secure approval for a new class, as well as evolving weed resistance. This webinar, hosted by the Chemical Sciences Roundtable, will discuss the nature and magnitude of herbicide resistance and explore opportunities and directions needed to better control weeds in agriculture.

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