Sign on and get a ringside seat to some of the world’s best plant science research– facilitated by cutting-edge technologies which expand the traditional limits of communication, collaboration, and networking–and now available to the plant science community all over the world. Following on from the huge success of last year’s Plant Biology 2020 conference, which welcomed attendees from 56 countries, our theme from 2021 is FROM a global audience TO a global audience and that international perspective will be reflected throughout the program.
We can’t wait for you to join us in July.
The Plant Biology Annual meeting is brought to you by the Program Committee of ASPB, the American Society of Plant Biologists. Here’s just a sample of what you’ll find here.
World renowned speakers – The program will provide a rich mix of scientific content from all over the world in plenary talks and concurrent symposia.
Virtual posters – The online environment provides the opportunity for poster presenters to expand the content of their posters with video and other enhanced features, while continuing to network via live chat.
Professional development and other topical workshops providing participatory experiences facilitated by many plant scientists from our community.
A content-rich exhibitor showcase – To help you find the tools and technologies you need for your research while visiting with vendors in real-time.
Group Networking and social activities – A variety of structured and ad hoc opportunities for small-group networking, group discussions and fun ways to connect with fellow scientists at all career levels.
One-on-one networking. After you register, please fill out your online profile as you’ll see several ways to find others in your specific field or geographic location, for example.
All of these features can be accessed through your computer, tablet, or smartphone. Find answers to any technical questions here [COMING SOON!].
@RishiMasalia @KT_PlantScience @Dowell_VOC @melonhelen2 @kymorales11 @maizeBDG @ASPB_ECPS @halfbeet It was spectacular! We had a great turnout with over 300 registrants and 150+ attendees! 💯🌟
You can check out the recording and keep the conversation going on our @Plantae_org
blog. https://plantae.org/plantae-webinar-what-i-wish-i-had-known-when-i-started-grad-school/
Really looking forward to the #PlantBio21 version! 10/10 recommend👍
If you missed yesterday's #PlantaeWebinar check out the event recording 📽 https://plantae.org/plantae-webinar-what-i-wish-i-had-known-when-i-started-grad-school/
@ASPB_ECPS will be holding a similar workshop at #PlantBio21 where there will be many opportunities to network and meet new people. 🌱🤝 https://plantbiology.aspb.org/workshops/
Don't forget to register for our next Plantae Webinar - What I Wish I had Known When I Started Grad School. Organized by @ASPB_ECPS http://dlvr.it/RxH1tl http://dlvr.it/RxH1v5
Else given the current funding crunch in India and maybe most of the countries, it will be extremely hard for most of the students to attend this year #PlantBio21.
University of California, Riverside
Xuemei Chen got her B.S. degree from Peking University and Ph.D. degree from Cornell University. After postdoctoral training at California Institute of Technology, she started her assistant professor position in 1999 at the Waksman Institute at Rutgers University. She was promoted to associate professor in 2005 and won the Board of Trustees Research Fellowship for Scholarly Excellence at Rutgers University. She moved to University of California, Riverside in 2005 as an associate professor and was promoted to full professor in 2009 and distinguished professor in 2013. In 2006, she received the Charles Albert Shull award from American Society of Plant Biologists. She was elected an AAAS Fellow in 2011 and a member of the National Academy of Sciences in 2013. She studied chloroplast gene expression in Chlamydomonas during her Ph.D. training and floral patterning mechanisms during her postdoc research. Her lab has focused on the molecular mechanisms underlying the biogenesis, degradation, and modes of action of small RNAs in plants and has recently begun to study RNA modifications.
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World is committed to making participation in the event a harassment free experience for everyone, regardless of level of experience, gender, gender identity and expression
George Kantor
This session will address new and emerging AI tools for plant science, with a particular emphasis on agricultural applications such as plant breeding and production management. Robotic platforms now have the ability to get around autonomously in field environments, with modalities that include drones that can fly over crops, over-row tractors, and small under-row ground vehicles. These machines can carry sensing payloads capable of automatically collecting measurements at scale, such as imagery, hyperspectral measurements, and even measurements such as leaf clamps that require contact with the plant. When combined with genotype data and environmental data from in-situ sensor networks, the result is a massive heterogeneous data set that has the potential to provide new insights into problems such as plant physiology, crop improvement, and crop management. But processing that data set presents a number of AI challenges, ranging from extracting useful features from individual images to big-data analysis to understand GxExP relationships and provide actionable decision support. This is a large vision, with many facets. The talks in this session will explore some of the key aspects, including field robotics, AI for sensing, rapid phenotyping, AI-driven plant modeling, and AI informatics.
Xuemei Chen
RNAs are versatile molecules that serve informational, structural, catalytic, regulatory, and signaling roles in cells. Mechanisms that generate, process, modify, utilize and degrade RNAs are central to nearly all biological processes. This session focuses on recent findings on novel functions of small regulatory RNAs and metabolic processes on long RNAs.
Kris Niyogi
The productivity of our major staple crops needs to increase to meet future demand. However, the different environments in which these crop plants grow are changing. This symposium will cover research into the factors that impact crop productivity and diverse approaches to increase and sustain productivity in a changing world.
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Take a moment to imagine what the ideal professional society would be.
Are we there yet? We hope we’re close, but we know that the best ASPB will be the one that continues to grow with our community.
That’s why we’re turning to you. By asking you to share your comments, wishes, goals, and ideas for the best ASPB possible we invite you to join us in making it a reality, and for you to tell us where we can do better.