A discussion of how social media is used to harm scientists' reputations. A discussion of current issues in genetic engineering. Presented as part of a night with Skeptic Society of St. Louis, 6/10/2016
A presentation to the Beef Cattle Short Course at the University of Florida, discussing the new techniques in animal and plant breeding, along with understanding the public, and how to communicate these concepts with them.
Lessons Learned in Communicating Plant Science Topics to a Concerned PublicUniversity of Florida
The current state of genetic engineering technologies and how to effectively talk about them to the public. Presented on 6/4/2016 at the annual conference of American Public Gardens.
Modern Ag Tecnologies in Plants and Animals- Conversations with a Concerned P...University of Florida
A discussion of strategies to discuss modern facets of science with a concerned public, with an emphasis on biotechnology. Presented at Michigan State University for graduate students, and a group or regulators from Mexico and Costa Rica.
Florida Food Crop Industries and GMO: talking to a concerned publicUniversity of Florida
1) The document discusses communicating with the public about genetic engineering and agricultural innovations. It notes that while GE has benefits for farmers, there is significant public pushback.
2) It recommends focusing the message on shared values like food safety and the environment. Tell personal stories to establish trust. Emphasize specific innovations that could help farmers and consumers.
3) Examples discussed include virus-resistant papaya and cassava, 'Golden Rice' for vitamin A deficiency, and research on citrus greening and bacterial wilt in tomatoes. The document argues Florida producers could benefit from new technologies and greater public engagement.
This was the presentation given at the Trottier Symposium in Montreal, Canada, September 27, 2015. The session was "A Question of Evidence" and discussed major scientific topics of public controversy.
The document discusses effective strategies for agricultural experts to communicate with the public about farming practices. It notes that consumers have concerns about how food is produced but experts have not adequately engaged in the conversation. The key strategies discussed are to lead conversations by emphasizing shared values like food safety and animal welfare, use personal stories to build trust, provide credible sources to back up scientific facts, and engage proactively through social media to shape the public narrative. The goal is for experts to have an open dialogue to increase understanding of new technologies and address misinformation.
The document discusses strategies for scientists to communicate effectively with the public about genetically modified foods and biotechnology given that public records laws have been abused by activists to intimidate and harass scientists. It provides recommendations for scientists to be transparent in their work, emphasize shared values with the public around issues like health and the environment, and highlight examples of how biotechnology has benefited farmers and consumers. The document also outlines missed opportunities from biotechnology research that has not reached the public due to opposition.
New Strategies in Communicating Biotechnology Topics to Concerned ConsumersUniversity of Florida
July 29, 2015 seminar at Monsanto Company, discussing what has been learned from teaching concepts in biotechnology to farmers, dietitians and scientists.
A presentation to the Beef Cattle Short Course at the University of Florida, discussing the new techniques in animal and plant breeding, along with understanding the public, and how to communicate these concepts with them.
Lessons Learned in Communicating Plant Science Topics to a Concerned PublicUniversity of Florida
The current state of genetic engineering technologies and how to effectively talk about them to the public. Presented on 6/4/2016 at the annual conference of American Public Gardens.
Modern Ag Tecnologies in Plants and Animals- Conversations with a Concerned P...University of Florida
A discussion of strategies to discuss modern facets of science with a concerned public, with an emphasis on biotechnology. Presented at Michigan State University for graduate students, and a group or regulators from Mexico and Costa Rica.
Florida Food Crop Industries and GMO: talking to a concerned publicUniversity of Florida
1) The document discusses communicating with the public about genetic engineering and agricultural innovations. It notes that while GE has benefits for farmers, there is significant public pushback.
2) It recommends focusing the message on shared values like food safety and the environment. Tell personal stories to establish trust. Emphasize specific innovations that could help farmers and consumers.
3) Examples discussed include virus-resistant papaya and cassava, 'Golden Rice' for vitamin A deficiency, and research on citrus greening and bacterial wilt in tomatoes. The document argues Florida producers could benefit from new technologies and greater public engagement.
This was the presentation given at the Trottier Symposium in Montreal, Canada, September 27, 2015. The session was "A Question of Evidence" and discussed major scientific topics of public controversy.
The document discusses effective strategies for agricultural experts to communicate with the public about farming practices. It notes that consumers have concerns about how food is produced but experts have not adequately engaged in the conversation. The key strategies discussed are to lead conversations by emphasizing shared values like food safety and animal welfare, use personal stories to build trust, provide credible sources to back up scientific facts, and engage proactively through social media to shape the public narrative. The goal is for experts to have an open dialogue to increase understanding of new technologies and address misinformation.
The document discusses strategies for scientists to communicate effectively with the public about genetically modified foods and biotechnology given that public records laws have been abused by activists to intimidate and harass scientists. It provides recommendations for scientists to be transparent in their work, emphasize shared values with the public around issues like health and the environment, and highlight examples of how biotechnology has benefited farmers and consumers. The document also outlines missed opportunities from biotechnology research that has not reached the public due to opposition.
New Strategies in Communicating Biotechnology Topics to Concerned ConsumersUniversity of Florida
July 29, 2015 seminar at Monsanto Company, discussing what has been learned from teaching concepts in biotechnology to farmers, dietitians and scientists.
Florida Food Crop industries and GMO: Talking to a Concerned PublicUniversity of Florida
Presentation for Certified Crop Advisor extension meeting on how to effectively discuss crop biotechnology with concerned clientele. How to empower producers with information to effectively communicate the information.
Kevin Folta speaks to the American Seed Trade Association, clarifying subjects in plant genetic improvement. What are the differences between traditional breeding, mutagenesis, transgenic crop technology and other mechanisms? What does the future hold? This talk compares and contrasts the current state of the art of plant genetic improvement.
Address to Florida Fruit and Vegetable Association 2015 annual meeting in Palm Beach, FL. Discusses the role of biotechnology in the future of the state's ag crops and how our industries and farmers can better communicate the topic to a concerned public.
NACM Agricultural Suppliers Meeting, Jan 20, 2017 at the Hilton Conference Center in Gainesville, FL. The slides accompany a presentation about how to explain agricultural concepts to the public, borrowing from what has been learned from psychology, crisis communication and public service.
2015 Florida Farm Bureau Young Farmers and Ranchers symposium discusses how to engage public dialog in the area of transgenic (GMO) technology. Animal and plant biotech are discussed, along with ways to hone the messaging to communicate effectively with a concerned audience.
This was a keynote address to Food and Farm Care in Saskatoon, SK Canada, December 14, 2016. The talk centered on strategies for ag producers to be more effective in communication at the public interface about any "hot button" issue in farming and food, issues like hormones, antibiotics, GMO or pesticides. There is a clear method to help the public understand how these technologies work, as well as their relative risk and benefit. A lot has to do with trust. This strategy speaks about these topics as well as how to be an improved voice in social media.
Presentation on science communication for scientists and ag producers, with a focus on the proper way to engage public audiences. Some of the contemporary issues in contentious-issues science communication are discussed, primarily with the use of Freedom of Information Act implementation to harm scientists that present their interpretations.
Presentation to the Cornell Alliance for Science on the genetic engineering (GMO) innovations in fruits and vegetable crops.
Another presentation provided in an effort to demonstrate my interests in full transparency, and free distribution of my developed resources. Please use in any way that is helpful to you.
A talk for an agriculture audience to introduce them to new gene editing technologies and how they are changing plant and animal breeding. Presented June 6, 2016 at GCREC in Balm, FL
This presentation is a 45 minute talk to a plant biology faculty at North Carolina State University, 4/21/2015. The presentation speaks of the mechanisms that underlie the current biotech traits, what are the new opportunities, and why there is resistance to good technology-- along with how to get past it.
A discussion on science communication, especially around the area of plant biotechnology. Presented to officials from the Limagrain Corporation, March 12, 2015.
Communicating Concepts in Genetic EngineeringKevin Folta
This document provides guidance on effectively communicating about genetic engineering and GMOs to the general public. It begins by explaining that most people lack understanding of the science and are influenced by manufactured risk. It recommends starting discussions by establishing common ground and values, then using logic and evidence while also appealing to emotion. Key points to convey include: genetic improvement is a continuum that predates GMOs; GMOs extend precise breeding; few commercially available GMOs focus on virus/insect resistance and herbicide tolerance; strengths and limitations should be acknowledged. Lost opportunities from GMO opposition like golden rice are highlighted. Farmers are suggested as credible communicators. Overall it emphasizes understanding audiences, focusing on the unsure middle, and discussing benefits of applications like disease
Presented to the University-Industry Consortium on March 3, 2015. Kevin M. Folta speaks about his experience at the public interface of GMO education and why there is resistance to good technology.
Will Potato Growers be Allowed to Benefit from New Technology? Kevin Folta
The document discusses issues around new potato technologies and communicating with the public. It provides background on the speaker's research funding and department. It then discusses challenges with potato breeding, benefits of past GM potatoes, and new genetic solutions on the horizon. The rest of the document outlines strategies for effectively communicating with the public, such as appealing to shared values, personalizing the message, and discussing opportunities rather than focusing only on risks. The goal is to have more engagement from the agricultural community to provide accurate information to non-experts.
This presentation was delivered to a group from Kansas Farm Bureau in Wichita KS, October 14, 2016. The main theme is how do ag producers communicate what they do using a values-based approach. How can we better discuss farming science and technology, including the seeds used in growing cattle feed and human food products.
Presentation at Oregon State University to faculty, students and postdocs on January 20, 2015. The topic is a basic primer on GMO technology and how to communicate it with the public.
Agriculture has greatly benefited from biotech crops, yet these technologies have a poor public perception. Farmers are among the most trusted professionals in society, and they benefit from these innovations, yet they are less likely to engage a curious, concerned and sometimes critical public. This slide show was presented at InfoAg 2015 with the goal of encouraging farmers and other producers to join the conversation, and providing the tools and philosophy to discuss science in public space.
How to Change the Hearts and Minds of a Concerned PublicKevin Folta
Slides from 2016 Crop Connect in Winnipeg, Manitoba. The presentation talks about the current problem in the discussion of genetic engineering, and how farm producers need to be part of the solution. presented February 11, 2016
The document discusses various topics related to wellness during the COVID-19 pandemic. It promotes regenerative agriculture practices that improve soil health and food resilience. It provides information on organizations working on agroforestry and permaculture in Guatemala and East Africa. The document also discusses early treatment protocols for COVID-19 that include vitamins, minerals, and repurposed drugs. It notes the importance of lifestyle factors like nutrition, exercise, stress reduction, and time in nature for wellness.
This presentation is the basic layout of the Bio-talk-knowledgey presentation by Dr. Kevin Folta of the University of Florida. The slides present several levels of material 1. What is ag biotech (GMO) technology? 2. What are the myths about dangers? 3. What are the next products on the way? 4 How do you talk to a concerned public?
Any questions? Send email to kfolta@ufl.edu
Florida Food Crop industries and GMO: Talking to a Concerned PublicUniversity of Florida
Presentation for Certified Crop Advisor extension meeting on how to effectively discuss crop biotechnology with concerned clientele. How to empower producers with information to effectively communicate the information.
Kevin Folta speaks to the American Seed Trade Association, clarifying subjects in plant genetic improvement. What are the differences between traditional breeding, mutagenesis, transgenic crop technology and other mechanisms? What does the future hold? This talk compares and contrasts the current state of the art of plant genetic improvement.
Address to Florida Fruit and Vegetable Association 2015 annual meeting in Palm Beach, FL. Discusses the role of biotechnology in the future of the state's ag crops and how our industries and farmers can better communicate the topic to a concerned public.
NACM Agricultural Suppliers Meeting, Jan 20, 2017 at the Hilton Conference Center in Gainesville, FL. The slides accompany a presentation about how to explain agricultural concepts to the public, borrowing from what has been learned from psychology, crisis communication and public service.
2015 Florida Farm Bureau Young Farmers and Ranchers symposium discusses how to engage public dialog in the area of transgenic (GMO) technology. Animal and plant biotech are discussed, along with ways to hone the messaging to communicate effectively with a concerned audience.
This was a keynote address to Food and Farm Care in Saskatoon, SK Canada, December 14, 2016. The talk centered on strategies for ag producers to be more effective in communication at the public interface about any "hot button" issue in farming and food, issues like hormones, antibiotics, GMO or pesticides. There is a clear method to help the public understand how these technologies work, as well as their relative risk and benefit. A lot has to do with trust. This strategy speaks about these topics as well as how to be an improved voice in social media.
Presentation on science communication for scientists and ag producers, with a focus on the proper way to engage public audiences. Some of the contemporary issues in contentious-issues science communication are discussed, primarily with the use of Freedom of Information Act implementation to harm scientists that present their interpretations.
Presentation to the Cornell Alliance for Science on the genetic engineering (GMO) innovations in fruits and vegetable crops.
Another presentation provided in an effort to demonstrate my interests in full transparency, and free distribution of my developed resources. Please use in any way that is helpful to you.
A talk for an agriculture audience to introduce them to new gene editing technologies and how they are changing plant and animal breeding. Presented June 6, 2016 at GCREC in Balm, FL
This presentation is a 45 minute talk to a plant biology faculty at North Carolina State University, 4/21/2015. The presentation speaks of the mechanisms that underlie the current biotech traits, what are the new opportunities, and why there is resistance to good technology-- along with how to get past it.
A discussion on science communication, especially around the area of plant biotechnology. Presented to officials from the Limagrain Corporation, March 12, 2015.
Communicating Concepts in Genetic EngineeringKevin Folta
This document provides guidance on effectively communicating about genetic engineering and GMOs to the general public. It begins by explaining that most people lack understanding of the science and are influenced by manufactured risk. It recommends starting discussions by establishing common ground and values, then using logic and evidence while also appealing to emotion. Key points to convey include: genetic improvement is a continuum that predates GMOs; GMOs extend precise breeding; few commercially available GMOs focus on virus/insect resistance and herbicide tolerance; strengths and limitations should be acknowledged. Lost opportunities from GMO opposition like golden rice are highlighted. Farmers are suggested as credible communicators. Overall it emphasizes understanding audiences, focusing on the unsure middle, and discussing benefits of applications like disease
Presented to the University-Industry Consortium on March 3, 2015. Kevin M. Folta speaks about his experience at the public interface of GMO education and why there is resistance to good technology.
Will Potato Growers be Allowed to Benefit from New Technology? Kevin Folta
The document discusses issues around new potato technologies and communicating with the public. It provides background on the speaker's research funding and department. It then discusses challenges with potato breeding, benefits of past GM potatoes, and new genetic solutions on the horizon. The rest of the document outlines strategies for effectively communicating with the public, such as appealing to shared values, personalizing the message, and discussing opportunities rather than focusing only on risks. The goal is to have more engagement from the agricultural community to provide accurate information to non-experts.
This presentation was delivered to a group from Kansas Farm Bureau in Wichita KS, October 14, 2016. The main theme is how do ag producers communicate what they do using a values-based approach. How can we better discuss farming science and technology, including the seeds used in growing cattle feed and human food products.
Presentation at Oregon State University to faculty, students and postdocs on January 20, 2015. The topic is a basic primer on GMO technology and how to communicate it with the public.
Agriculture has greatly benefited from biotech crops, yet these technologies have a poor public perception. Farmers are among the most trusted professionals in society, and they benefit from these innovations, yet they are less likely to engage a curious, concerned and sometimes critical public. This slide show was presented at InfoAg 2015 with the goal of encouraging farmers and other producers to join the conversation, and providing the tools and philosophy to discuss science in public space.
How to Change the Hearts and Minds of a Concerned PublicKevin Folta
Slides from 2016 Crop Connect in Winnipeg, Manitoba. The presentation talks about the current problem in the discussion of genetic engineering, and how farm producers need to be part of the solution. presented February 11, 2016
The document discusses various topics related to wellness during the COVID-19 pandemic. It promotes regenerative agriculture practices that improve soil health and food resilience. It provides information on organizations working on agroforestry and permaculture in Guatemala and East Africa. The document also discusses early treatment protocols for COVID-19 that include vitamins, minerals, and repurposed drugs. It notes the importance of lifestyle factors like nutrition, exercise, stress reduction, and time in nature for wellness.
This presentation is the basic layout of the Bio-talk-knowledgey presentation by Dr. Kevin Folta of the University of Florida. The slides present several levels of material 1. What is ag biotech (GMO) technology? 2. What are the myths about dangers? 3. What are the next products on the way? 4 How do you talk to a concerned public?
Any questions? Send email to kfolta@ufl.edu
Kevin Folta's Biotalknowledgey Presentation at NC State 4/22/2015University of Florida
This is the presentation to industry scientists in Research Triangle Park on 4/21/2015.. Dr. Kevin Folta from the University of Florida presented the bio-talk-knowledgy workshop, a three-hour workshop on science communication around biotech topics.
“The FDA has placed the interest of a handful of biotechnology companies ahead of their responsibility to protect public health. By failing to require testing and labeling of genetically engineered foods, the agency has made consumers unknowing guinea pigs for potentially harmful, unregulated food substances.”
- Andrew Kimbrell, executive director of Center for Food Safety
Searching for Clinical Trials using clinicaltrials.gov and specialized search
engines
Rob Camp goes through various online tools and search engines which enable
patients to search for clinical trials. Rob’s background includes serving as
Executive Director of the EATG (European AIDS Treatment Group), the creation
of an HIV organisation in Barcelona, the creation of national groups in Spain
and other countries (organising seminars on how to create organisations in EU
Eastern States, Southern States), leading projects supported by the European
Commission department for Public Health (DG SANCO), working on funding for
NGOs. Rob is currently working half time in the US as liaison between patient
organisations and the FDA, and spends the rest of his time in Europe. Rob
speaks English and Spanish
Kevin M. Folta guest lectures in a crop improvement course at North Carolina State University, the topic is how bad science is used to deceive the public, and how good science is manipulated to manufacture risk where none exists.
This presentation was delivered to the American Farm Bureau National Conference in Nashville, TN. January 6, 2018. The talk covers the technology of gene editing (genome editing), its potential applications, and how farmers can communicate better about it to ensure faster use of the newest tools.
This document discusses transgenic crops and biotechnology. It begins by explaining how transgenic crops work by either turning genes off or on. It notes that transgenic crops have been extensively tested and have not been shown to cause any illnesses, while decreasing pesticide use and helping farmers. However, some claim transgenic crops are unsafe without evidence. The document argues that biotechnology can help farmers, consumers, the environment and those in need by developing disease-resistant and more nutritious crops, but opportunities are lost due to unfounded opposition based on fear rather than science.
How to Change the Hearts and Minds of a Concerned PublicKevin Folta
This document discusses strategies for communicating about agricultural biotechnology and genetically engineered crops. It begins by outlining common concerns people express about farming practices and corporate control of the food system. It then explains that the reality is our food supply is the safest and most abundant in history due to technologies like genetic engineering. The document provides tips for effective communication, such as starting discussions by emphasizing shared values like feeding the hungry and protecting the environment. It also recommends focusing on scientific facts and personal stories to build trust. Examples are given of genetically engineered crops that could help farmers and consumers but face opposition, like golden rice which could reduce vitamin A deficiency. The document concludes by discussing the promise of new technologies like gene editing.
The document provides 6 questions and their solutions related to applications of biotechnology. It discusses topics like induced pluripotent stem cells, Biotechnology Innovation Organization, applications of gene therapy, orphan drugs, bioprospecting, and the Human Genome Project. The questions aim to test the reader's understanding of these concepts and recent developments in biotechnology.
Genetic engineering innovations in fruits and vegetables that are poised to help farmers, consumers, the environment and the needy. A compilation of existing strategies and future deployments.
Ventria Bioscience faced controversy for producing plant-made pharmaceuticals. Stakeholders like environmentalists and farmers opposed Ventria's work due to concerns about contaminating crops and unknown health risks. Ventria's CEO Scott Deeter worked to address these concerns through transparency, addressing risks, and political action. However, their efforts were unsuccessful and expansion was blocked. Ventria now has few options and unhappy investors as it has been unable to expand since starting.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
Azure Interview Questions and Answers PDF By ScholarHat
E-sassination, GMO and Q&A
1. Kevin M. Folta
Professor and Chairman
Horticultural Sciences Department
kfolta.blogspot.com
@kevinfolta
kfolta@ufl.edu
www.talkingbiotechpodcast.com
slideshare.net/kevinfolta
Skeptics in the Pub
June 10, 2016
2. eSassination – A new weapon in the War
on Science
The National Academies Report on
Genetically Engineered Crops
Q&A
3. How does it work?
Social media, activist-friendly websites, low-quality
publication used to spread false information about a
scientist in an attempt to harm their credibility.
Legitimate journalists duped into publishing stories that
seem to be based on good information, yet they are not.
Questions are raised about funding, collaborations, even
though they have no influence on data or positions taken.
4. Conflict of Interest / Misconduct?
If funding comes from an organization or company to
perform a scientific study, it is perceived of and promoted
as a Conflict of Interest
There is no evidence of scientific misconduct,
falsification, omission (typically)
If there is, then that is a major problem.
5. Why do most study outcomes favor the
funder’s position?
~90% of results of independent studies result in
outcomes that are favorable to the funding body.
Independent research is most often contracted to
perform a confirmatory test or a well established
hypothesis with reasonable preliminary data.
It is likely rare that a company would contract to an
independent researcher to perform research based
on no preliminary data or to confirm failure.
6. Why do most study outcomes favor the
funder’s position?
What researcher is going to perform analysis on
something unlikely to possibly work or with no chance to
publish/patent etc?
DrugCo wants us to
do this test that will
never work!
Count me in, I don’t
really want a career
anyway!
7. Dr. Ray Hilborn
Professor, University of Washington
Specialist in measuring fish
populations and modeling projected
growth/depletion.
Respected expert. Well cited.
8. He has reported that some
populations are on the decline.
He has reported that some
populations are rebounding from
conservation efforts.
Some are stable, doing well and may
be harvested.
9.
10.
11.
12.
13.
14. Research Use of light to increase fruit quality
USDA $500,000
Past funding for work in photomorphogenesis, plant
photoreceptors and light – USDA $500,000, NSF
$1,065,000, NIH - $100,000; Light Emitting Computers
$5000.
Past funding for work in strawberry genomics, strawberry
flavors, disease resistance, USDA $470,000, NSF
$1,550,000, FDACS - $550,000, FSREF - $310,000, UF
Plant Molecular Breeding Program - $180,000, JR Simplot
Co - $135,000; Driscoll’s $10,000; Roche/454 $10,000,
Graduate students supported by CAPES
(Brazil); Malaysian Government, Chinese
Scholarship Fund (2); Islamic Development
Fund, Belgian Graduate Student
Development Fund.
Internal grants: $145,000
Dean for Research toward strawberry
genome sequencing $40,000
15. Outreach
www.talkingbiotech.com Communicating the Science of Science Communication
National Science Foundation - $32,000
Modules for schools- Citrus greening disease,
crop domestication, plants and light
Modules for extension agents – how to teach
about citrus disease, talking about
biotechnology
Monsanto Co, $25000
16. 43 Scientists get FOIA requests –
Funded by Organic Consumers Association
I turned over 4600 pages
17. Numberoffundedtravels
Year
Monsanto and its industry partners have also
passed out an undisclosed amount in special
grants to scientists like Kevin Folta, the
chairman of the horticultural sciences
department at the University of Florida, to
help with “biotechnology outreach” and to
travel around the country to defend
genetically modified foods.
“While Dr. Folta was not personally
compensated, Monsanto paid for his
trips to testify in Pennsylvania and
Hawaii.”
Dr. Folta, the emails show, soon became part
of an inner circle of industry consultants,
lobbyists and executives who devised strategy
on how to block state efforts to mandate
G.M.O. labeling and, most recently, on how to
get Congress to pass legislation that would
pre-empt any state from taking such a step.
ERIC LIPTON New York Times, 9/5/15
Every outreach written piece, seminar,
lecture, etc, all costs reimbursed
Kfolta.blogspot.com 9/19/2015
20. Outreach
www.talkingbiotech.com Communicating the Science of Science Communication
National Science Foundation - $32,000
Modules for schools- Citrus greening disease,
crop domestication, plants and light
Modules for extension agents- how to discuss
citrus disease and biotechnology
Monsanto Co, $25000
21.
22. Total Distributed
6000 + pages given to USRTK
-- including Gmail
-- including personal emails between friends
2707 pages sent to Vani Hari – “food babe” that is cross-referencing them
against USRTK
The same sent to many other media outlets, reporters, etc. One wrote on Twitter
– “I went through his emails, the guy is a saint”
-- Copy cat requests, probably a dozen more
Total paid by requestors- ~$5000, total
cost to taxpayer, >$100,000
23.
24.
25.
26. USRTK
Organic Consumers
Association $
Uses FOIA to
obtain emails
under reasonable
pretenses
Manufacture false
or questionable
stories,
“supporting”
emails
Distribute to
authors to
write stories
that appear
independent
Pieces published,
regardless of facts
Secondary
press, web
eSassination
Secondary
NGOs
27. Effects of eSassination
Scientists- do not participate in public discussion. Do not
take positions on controversial issues.
Spiral of Silence- National organizations fear reprisal for
members, remain quiet
Funding– independent scientists are less likely to accept
corporate funding for fear of being labeled as tainted.
Corporations– Less likely to fund initiatives of helpful
independent scientists
28. Conflict of Interest / Misconduct?
If funding comes from an organization or company to
perform a scientific study, it is perceived of and promoted
as a Conflict of Interest
There is no evidence of scientific misconduct,
falsification, omission (typically)
If there is, then that is a major problem.
29. Conflict of Interest / Misconduct?
Chuck Benbrook - Ag Economist
•Claims in YouTube video that GE crops cause allergies,
autism, arthritis, ADHD.
•Reported to PA House of Reps that Bt was found in
umbilical cords, etc (October 2015)
•Claims glyphosate detected in hair (I-squared debate, 12/2015)
•Published papers showing an increase in herbicide use
•Published paper claiming “no conflicts of interest”
30. Conflict of Interest / Misconduct?
Paper showing increased use only showed those trends
because of interpolated and projected data.
http://weedcontrolfreaks.com/2012/10/do-genetically-engineered-crops-really-increase-herbicide-use/
31.
32. Conflict of Interest / Misconduct?
Nobody really cares. The one person that the
FOIA efforts caught not disclosing funds and
then creating information that is contrary to
science– he gets a free pass.
33. Part 2 -
Synthesis of the
NAS Report
kfolta.blogspot.com
@kevinfolta
kfolta@ufl.edu
www.talkingbiotechpodcast.com
slideshare.net/kevinfolta
34. Part 2 - Synthesis of the NAS Report
•900 paper
•80 speakers at in person testimonies
•15 Webinars
•>700 public comments
The synthesis document was reviewed by dozens of
scientists.
36. What are the Three Main Traits?
Virus Resistance
Insect Resistance
Herbicide Resistance
37. Agronomic and Environmental Effects- Bt
1. Bt leads to a decease in crop losses
2. Increased numbers of insects (diversity)
3. Decreased insecticide use
4. Resistance to the Bt protein
38. Agronomic and Environmental Effects –
herbicide resistance traits
1. Yields are better because of better weed control
2. Lower impact than other herbicides
3. Number of kilos of herbicide has increased
4. Changes in weed populations
5. Resistance to the herbicide – major problem
39. Other effects
1. Help farmers by lowering costs of labor/fuel
2. No health effects identified.
44. Advantages
Decrease in broad-spectrum
insecticide use on corn and
cotton
Lower fuel and labor costs for
farmers
Solid dividends in the
developing world
No effect on beneficials
Limitations
Need to plant refugia to slow
resistance
Pockets of resistance are seen
and require use of insecticides
Requires careful scouting
45. Glyphosate-Resistant (Roundup Ready) Products
A gene is inserted that
allows plants to survive in
the presence of the
herbicide. Farmers can
spray to kill non-transgenic
plants.
50. Advantages
Switch to a low-toxicity
herbicide, cheap and effective
Lower fuel and labor costs for
farmers
Decreased tilling, saved
topsoil
Limitations
Weeds can evolve resistance,
requiring increased labor, lower
yields, and new control
strategies. New chemistries.
51. What is Glyphosate?
Non-selective herbicide. Kills all plants.
Pathway not present in animals
Acute toxicity is low (4320 -10,000 mg/kg)
52. Who’s technology is this?
Technology exists TODAY that can:
-Provide needed micronutrients to hungry populations
-Add virus resistance to key crops in the developing world
-Help plants grow in changing climates and weather extremes,
such as heat, drought, flooding, cold.
-Plants that protect themselves from pests, cutting need for
insecticides
-Why don’t we use them?
Success Stories (We Can’t Use)
57. Cassava
Virus Resistant Cassava (VIRCA)
Biocassava Plus (BC Plus)
250 million depend on cassava
50 million tons lost to virus.
X
X Farmers
Consumers
Environment
Needy
58. Golden Bananas Beta carotene producing
X
Farmers
Consumers
Environment
Needy
59. Bacterial Wilt in Bananas
>70% of carbohydrate calories for
some areas
GM trials in Uganda
X
X
Farmers
Consumers
Environment
Needy
X
63. GE chickens do not pass on Avian Influenza
Episode 007
X
Farmers
Consumers
Environment
Needy
X
X
X
X Animal welfare
64. AquaBounty Salmon – attains market weight in less time.
Salmon may be farmed on inland pools, generating high protein food
on fewer inputs.
Episode 008
X
Farmers
Consumers
Environment
Needy
X
X
X
X Wild populations
65. Thanks Alison Van Eenennaam for the slide!
Farmers
Consumers
Environment
Needy
X
66. Low Acrylamide, non Browning Potatoes
X
X
Farmers
Consumers
Environment
Needy
67. Non Browning Apples
Silencing a gene that leads to discoloration
X
X
Farmers
Consumers
Environment
Needy
Small Business!X
68. BS2 Tomato
A pepper gene in tomato eases bacterial wilt.
X
X Farmers
Consumers
Environment
Needy
69.
70. Grapes resistant to Pierce’s Disease
X
X
Farmers
Consumers
Environment
Needy
X
71.
72. One acre of omega-3 producing soybeans yields as much oil as
10,000 fish!
73. Stopping Citrus Greening
Spinach defensin
NPR1
Lytic peptides
Many show promise
Earliest deregulation is
2019
X
Farmers
Consumers
Environment
Needy
X
X
75. Mosquitoes– Mosquitoes are given a gene that is lethal.
In the lab they receive a treatment to repress that gene.
When released, they mate with existing populations and
produce non-viable offspring.
Episode 008
76. Gene Editing
Not adding a gene, changing the gene that is present
so that it stops function or creates a known change.
Still strong opposition from activist NGOs
Some countries have taken stands on the issue
Stands to generate rapid improvement of crop plants,
especially where traditional breeding is long (trees)
77. Gene Editing
CRISPR/Cas9 -- a bacterial system that can be used to change DNA
sequences, with no ‘genetic engineering’ sequences left behind.
78. Gene Editing
Horn Gene Horn Gene
NO HORNS!!!
Good beef
Bad milkHORNS!!!
Bad beef
Great milk
79. Gene Editing
Horn Gene Horn Gene
NO HORNS!!!
Good beef
Bad milkHORNS!!!
Bad beef
Great milk
Cross….
Mix of bad beef, bad milk production
80. Gene Editing
Horn Gene Horn Gene
NO HORNS!!!
Good beef
Bad milkHORNS!!!
Bad beef
Great milk
Horn Gene
NO HORNS!!!
Bad beef
Good milk
Episode 002
83. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
Lots of money to be made promoting bad
science
Anti corporate agenda
“These people hate corporations more
than they love people”
-Hank Campbell, Science 2.0
Expensive regulation that only favors
giant corporations
84. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
Bad science, low quality reports and
misinformation dominate the internet
and public discourse.
Reports that are not repeated, deeply
flawed, or have no consistency with
scientific consensus.
85. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
86. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
87. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
Based on a computer program
prediction.
Authors chose not to actually
measure the compound.
I’m going to do this, have
invited their participation.
88. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
Based on Aris and LeBlanc, 2011
89. Why Don’t We Use These Solutions?Why Don’t We Use These Solutions?
Big profits to be made from science
denial
Companies use greenwashing to differentiate
products claiming some qualitative difference
Companies like Chipotle fail to mention
inconvenient facts:
-Soda still contains HFCS from GE corn ($$$)
-Cheese uses a GE enzyme in production
-The switch from oil derived from GE soy to
non-GE sunflower changes to a crop with
substantially higher pesticide/herbicide inputs.
90. Conclusion:
Farm producers are the most trusted and competent sources
of information, but are among the least likely to engage.
When engaging in conversation, lead with your ethics. Build
the argument with evidence and bring in personal impacts and
emotion.
Know how ag innovations satisfy shared values.
Get involved in the conversation. It is happening online with or
without you, and we need your experience if we are going to
control the narrative, and maintain freedom to operate.