Bayer CropScience Gives $100,000 to Sponsor Project Apis m.’s Honey Bee Forage Program

Every year, more than 1.7 million honey bee colonies are brought to California’s Central Valley to pollinate the vast expanses of almond orchards. Many bees arrive in the fall when little is in bloom to escape their native cold temperatures in anticipation of the world’s largest pollination event.

Prior to and after the almond orchard’s bloom in late winter and spring, there is a shortage of food to help the bees survive. Bees’ food consists of nectar and pollen gathered from blooming plants.

To help address the pre- and post-bloom food challenge, Bayer CropScience is giving $100,000 to Project Apis m., a nonprofit organization dedicated to better bee health through its work with growers. Project Apis m. will use the funds to provide seed mixes to growers in California and Washington who have agreed to plant cover crops for honey bees before and after almond bloom and other key seasons. The project will help build a healthier bee population to support crop pollination nationwide as bee colonies are transported to other states for other growing seasons.

“This initiative is a direct response to the lack of adequate forage needed to keep honey bees healthy and thriving,” said Jim Blome, president and CEO of Bayer CropScience LP North America. “In 2015, Bayer CropScience is committed to research and partnerships that will make a positive impact on honey bees.”

Bayer’s expanded partnership with Project Apis m. will complement its joint field research projects conducted on fence rows near almond orchards at Bayer’s Western Bee Care Technology Station in Fresno, California. Findings from Bayer’s research with Project Apis m. show that forage plantings also can have benefits for growers.

If growers allow forage plantings adjacent to fields, rather than planting from fence row to fence row, they can reduce the loss of irrigation water, better manage soil quality and weeds, and help support wildlife, including pollinators. Local growers and landowners will plant the provided seeds on land with crops and on nearby plots to help ensure direct benefit to them and nearby bee colonies.

“With funding from Bayer, Project Apis m. will be able to work with growers to plant more acres of honey bee habitat right where it can be accessed by honey bees before the almond crop’s first bloom around Valentine’s Day,” said Christi Heintz, executive director of Project Apis m. and liaison to the Almond Board of California’s Bee Task Force. “Additionally, with Bayer’s help from its Fresno Research Station, we know the best plant species and mixes to use to feed bees and save them from starving.”

Project Apis m. will work with almond and other growers to get commitments for cover crops that will be planted in Fall 2015.

Patrick Cavanaugh2016-05-31T19:30:30-07:00February 17th, 2015|

Bayer CropScience and National FFA Organization Announce Grants to Encourage Students to Seek Careers in Agriculture and Apiculture

Partnership will provide $50,000 in grants that promote career paths in science and challenge students to make advancements in improving honey bee health

Next year, Bayer CropScience, in partnership with the National FFA Organization, will provide grants to inspire interest in agriculture and apiculture professions among America’s youth. The grant program will help FFA members develop their unique talents and explore science, technology, engineering and mathematics (STEM) careers with a focus on finding solutions that will help honey bees thrive. The program is a demonstration of Bayer’s continued commitment to engage with partners who focus on developing future STEM leaders, improving science literacy and driving bee health awareness.

“Bayer CropScience has been a long-standing advocate of FFA and supports its mission of building the next generation of farming leaders across America,” said Dr. Becky Langer, manager of Bayer‘s Bee Care Program. “Through this new initiative, we can help inspire young people to learn more about agriculture, create innovative solutions to some of our greatest industry challenges and pave the way for the future of farming.”

“We are excited about the opportunities that this partnership will give to our members,” said Molly Ball, president of National FFA Foundation. “Thanks to supporters like Bayer CropScience, FFA continues to grow future leaders in the agricultural industry.”

As a special project of the National FFA Foundation, Bayer’s investment of $50,000 will go toward three types of grants: Supervised Agricultural Experience (SAE) grants, Environmental Chapter grants and State grants.

SAE Grants

Ten SAE grants worth $1,000 each will be awarded to students proposing projects focused on bee health. These grants feature hands-on learning opportunities as students work with their agricultural teachers to plan and execute their projects.

Environmental Chapter Grants

Bayer will give $20,000 in Environmental Chapter grants to support selected FFA chapters in implementing year-long, service-learning projects that address local environmental needs. Service-learning is a method of teaching and learning that challenges students to research, develop and implement solutions to identified needs in their school or community. Projects will be encouraged to focus on increasing forage by planting pollinator-friendly gardens and other pollinator-focused health initiatives.

State Grants

Bayer will give $20,000 for state-specific grants focusing on improving bee health through habitat and forage.

How to Apply

Environmental and state grants will be awarded in the spring of 2015 and work can begin immediately after notification. SAE grants will be awarded in fall of 2015 for activities to be conducted in 2016.

For more information about the Bayer and FFA grant program, please visit the FFA website.

The National FFA Organization provides leadership, personal growth and career success training through agricultural education to 610,240 student members who belong to one of 7,665 local FFA chapters throughout the U.S., Puerto Rico and the Virgin Islands.

Patrick Cavanaugh2016-05-31T19:32:11-07:00December 15th, 2014|

Bayer CropScience Will Honor a Leader in the Produce Industry

Bayer CropScience Produce Innovation Award Goes to Grower with A Great Idea

Bayer CropScience will honor a leader in the produce industry whose thinking, practices and use of technology enhance the role of produce in creating better lives. The Bayer CropScience Produce Innovation Award will recognize a grower whose innovative efforts improve yield and quality of a produce crop; increase accessibility of produce to a broader group of people; or increase demand for produce by expanding awareness and appreciation for the health benefits of fruits and vegetables, including tree nuts and potatoes.

“Bayer CropScience is proud to honor a grower with this award demonstrating the power of ‘Science For A Better Life,’” said Rob Schrick, horticulture lead, Bayer CropScience. “‘Science For A Better Life’ is our mission at Bayer, and we’re excited to spotlight an innovator that deploys methods in the field, across their operations or within the supply chain to enhance the positive contribution of produce on individual lives and society overall.”

“There currently is a great deal of discussion surrounding the nation’s health, and there are many challenges regarding nutrition and produce availability among economically and culturally diverse communities. One thing is for certain: fruits and vegetables, including potatoes and tree nuts, provide crucial nutrients to positively impact health and enhance lives.”

Bayer announced the new award program during the Produce Marketing Association’s Fresh Summit Convention and Expo in Anaheim, California. Entries will be accepted now through January 5, and the winner will be announced during Bayer’s 10^th annual Ag Issues Forum, being held February 24 – 25, 2015, in Phoenix, Arizona.

The award is open to any grower who receives a significant portion of income from the production of a crop within the citrus, grape, pome fruit/stone fruit, tree nut, vegetable or potato industry. The winner will receive an all-expense paid trip to the 2015 Ag Issues Forum in Phoenix, a $10,000 grant to advance their award-winning innovation or to support a project in their local community that also increases the positive contributions of produce in people’s lives, a $2,000 gift card to the Apple Store to further efforts in business technology, and recognition as a produce innovator.

“We are looking for individuals and operations who aren’t afraid to try new things and who embrace technology to advance the industry and enhance the positive contributions of produce,” Schrick said.

Bayer CropScience aims to leave a better world, harnessing cutting-edge agricultural innovations to deliver on Bayer’s mission: Science For A Better Life. Bayer’s Horticulture group offers customized, integrated crop solutions based on high-quality vegetable seeds, effective chemical and biological crop protection, and complementary services.

Visit www.bayercropscience.us/ProduceInnovationAward for more information or to submit an application. See official rules for more details.

Patrick Cavanaugh2016-05-31T19:32:18-07:00October 23rd, 2014|

Bayer CropScience Offers Biologic ‘Serenade’ to Fight Pests

Serenade Offers Big Dividends to Growers Fighting Pests

By Kyle Buchoff, CaliforniaAgToday Reporter

In this new frontier of pest and disease controls with biological fungicides and insecticides, Dr. Jonathan Margolis, the Vice President of Biologics Research for Bayer CropScience at the company’s new West Sacramento Research Facility, recently commented on Serenade, a major biologics product used by many growers. “When I joined Bayer in 2005, I would never have expected that we would still be spending this much effort on fundamental basic research on understanding Serenade and its mode of action, and ultimately on improving it.”

“We’ve invested a tremendous amount of resources on characterization of the chemistry that’s produced by the microbe,” Margolis explains, “on understanding how it interacts with plants—the signals it exchanges with plants to stimulate their growth and turn on host defense responses. Even more importantly, we want to understand the fundamental genetics of the organism so, in the future, we can use physiological cues, nutrients and growth conditions to change the way it produces these biologic chemicals in terms of increased efficiently.”

The company states that Serenade is a fungicide and bactericide that stops harmful spores from germinating, disrupts cell membrane growth, and inhibits attachment of the pathogen to the leaf. Biologic applications target Botrytis, Sclerotinia, Xanthomonas, and Erwina on grapes, strawberries, leafy vegetables, potatoes, pome fruit and tree nuts.

(Featured photo source: “Enhancing Global Food Security, Facts and Figures 2012-2013 Bayer CropScience”)

Patrick Cavanaugh2016-05-31T19:33:24-07:00September 23rd, 2014|

Bayer CropScience’s New West Sacramento Facility to Focus on Biopesticides

Biopesticides Are Valuable Part of Pest and Disease Control

By Colby Tibbett

Bill Stoneman is the executive director of the Biopesticide Industry Alliance, which is dedicated to fostering adoption of biopesticide technologies through increased awareness about their effectiveness and full range of benefits to a progressive pest management program.

“These are very important tools in terms of resistance management because they allow us to target alternative modes of action against pests. Biopesticide technologies are tools in the quiver, as well as the chemistries we are currently using and developing,” said Stoneman.

Biopesticides offer many other benefits, such as no maximum residue level (MRL) issues, reduced preharvest intervals and decreased reentry intervals.

Bill Stoneman, Biopesticide Industry Alliance Executive Director

“What you’re going to find, is that they will be used in rotation with the chemical pesticides or other cultural methods to prevent plant diseases and insects. I think you’re going to see more development in the seed treatment area. Again, seed is a good delivery mode to get things to the plant’s roots, and that’s where a lot of these materials are effective, from the plant-disease perspective,” said Stoneman.

With regard to insect control, Stoneman said, “We’re going to see new things coming into the marketplace. Some insect-specific viruses are going to be expanding in the U.S. soon, with applications on a variety of crops—but very insect specific—so in other woBill Stoneman Bayer Crop Science West Sacramentords, they kill only that insect, so there is no harm to pollinators or beneficials,” said Stoneman.

This will be more common in the future, according to Stoneman, “I think we will see as a trend going forward more reliance on the biologicals, pollinators, tailored pest control programs and IPM approaches to preventing any damage to those natural control forces in agriculture,” said Stoneman.

A big step for Biopesticides in California was the recent grand opening of the Bayer CropScience’s $80 million investment in their biologics and seed business in West Sacramento. It will focus on this new frontier of pest and disease control.

Adrian Percy, Bayer CropScience Global Research and Development (Source: www.bayercropscience.com)

Adrian Percy, global head of research & development (R&D) with Bayer CropScience, explained Bayer’s decision for the West Sacramento location, “First and foremost, California is an amazing hub of agricultural innovation. We have UC Davis just down the road, which we have close ties to. In 2012, we purchased AgraQuest, which was based in Davis, so basically we’re moving them into this new facility which is much bigger and more state-of-the-art than what they were using previously,” said Percy.

“We’re really excited because here we will be researching brand-new applications based on bacterial-based products, fungicides, insecticides, etc. In addition, we will be developing new vegetable seed varieties,” said Percy.

Among the advantages of these new biologic tools for growers is avoidance of MRLs, a big boon for vegetable growers. “We see a lot of advantages for these types of products. And this is one of the fastest growing sectors both for us as a company, but also in general. What we are seeking to do now is bring next generation products to the marketplace which are even better than the ones we have today,” said Percy.

“These kinds of products, I think from a stewardship and management perspective, are very advantageous to the grower,” he added.

Patrick Cavanaugh2016-05-31T19:33:25-07:00September 17th, 2014|

Bayer CropScience Plans Further US Growth, Opens New R&D Site in California

Bayer CropScience sees a positive long-term market development in North America and is committing significant resources to spur further growth. “We see future growth driven by increasing and sustained demand from customers for improved seeds and innovative crop protection products,” said Bayer CropScience CEO Liam Condon at the September 3, 2014 official inauguration of the company’s new integrated R&D site in West Sacramento, California.

Liam Condon, CEO of Bayer CropScience

“We are investing heavily in R&D infrastructure such as laboratories, greenhouses and breeding stations as well as new production capacities and seed processing facilities,” Condon explained. He said that the company aims to grow faster than the U.S. market.

Bayer CropScience plans to invest close to US$ 1 billion (EUR 700 million) in Capital Expenditures (CAPEX) in the United States between 2013 and 2016, mainly to ramp up research and development and to expand a world-class product supply of its top crop protection brands. These expenditures are part of a global investment program Bayer CropScience started last year, with a total CAPEX for the period 2013 to 2016 of EUR 2.4 billion (approximately US$ 3.3 billion).

Consolidating and expanding R&D organization is key for Bayer CropScience

Bayer CropScience seeks to better leverage its full research and development capabilities by consolidating and expanding its global R&D organization. “Our integrated West Sacramento site represents a major step forward in our efforts to enhance our vegetable seeds and biological crop protection innovation efforts,” said Dr. Adrian Percy, Global Head of Research and Development at Bayer CropScience. “The investment into this state-of-the-art facility creates an environment where our researchers and experts can find the best possible conditions to discover solutions that growers across the globe can depend on to produce high-quality food in a sustainable manner.”

The new West Sacramento site, which also serves as the global headquarters of Bayer CropScience’s Biologics Business has the capacity to house up to 300 employees. The approximately US$ 80 million facility is situated on 10 acres of land and features a 100,000-square-foot building and a 35,000-square-foot pilot plant to support research and development of biological crop protection products, as well as a 30,000-square-foot Vegetable Seeds research building. The facility will also include a 2,000-square-foot greenhouse and five acres of nearby land for future greenhouse space.

Expansion of production capacities in the USA

Bayer CropScience’s New West Sacrmento Biologic Facility

In addition to building its R&D network in the USA, Bayer CropScience is also investing significantly in the production capacities of its crop protection products.

“Along with capacity expansions at our Muskegon, Michigan and Kansas City, Missouri sites, the construction of our new plant in Mobile, Alabama for the production of our herbicide Liberty™ will contribute significantly to our future growth plans,” stressed Condon, who pointed out that the increased production of Liberty™ will help U.S. growers fight weed resistance, a key challenge for U.S. farmers.

“The single biggest investment item in the USA is our planned capacity expansion of Liberty™ herbicide. This is a strong signal to the market as Liberty™ is the only nonselective herbicide that controls glyphosate-resistant weeds,” said Jim Blome, president and CEO for Bayer CropScience LP and Head of Crop Protection for the North American region. “Two-thirds of our planned investments in the United States between 2013 and 2016 are intended to expand our production capacities. This includes measures to further optimize our supply chain in order to increase flexibility and thrive despite market volatility,” Blome added.

Investments in Seeds business and U.S. infrastructure

Bayer CropScience is also investing constantly in its Seeds business. In June 2014, the company announced plans to expand its North American and global Seeds headquarters in Research Triangle Park (RTP), North Carolina. The RTP site has experienced significant operational growth in recent years, and approximately US$ 200 million will be invested through 2016. “The construction of greenhouses as well as the necessary infrastructure and land development represent our continued commitment to growth in RTP,” said Blome.

The overall RTP investment program includes further important projects, for example the construction of the Development North America facility dedicated to Crop Protection and Environmental Science research; renovations to Bayer CropScience´s North American headquarters, scheduled to be completed in 2015; construction of the 6,000 square-foot North American Bee Care Center; and the purchase of 70 acres of land to accommodate future growth, which includes a new 29,500 square-foot greenhouse.

Bayer CropScience also plans to invest approximately US$ 90 million in its Cotton Research and Development Laboratory in Lubbock, Texas. Founded in 1998, the company’s global cotton headquarters is focused on providing cotton growers with the products and solutions they need to meet the world’s growing demand for fiber. With a staff of around 120 experts, Bayer CropScience operates two breeding stations, a seed processing plant, a quality assurance lab, a seed warehousing facility, and a state-of-the art research and development lab.

Complementing this, the company also invested US$ 17 million in the expansion of its Memphis Research and Development site, bringing total greenhouse capacity to 76,000 square feet. Located in the heart of the Mississippi Delta, a world-class group of scientists, researchers, technicians and agronomists with a specialized set of skills is developing high quality cotton and soybean varieties as well as trait innovations. Their aim is to support Bayer CropScience’s growing global cotton and soybean seed businesses through molecular breeding and other innovative technologies.

Patrick Cavanaugh2016-05-31T19:33:27-07:00September 5th, 2014|