FFAR Blog2020-11-09T01:12:09-05:00

From the FFAR Blog

Wetlands: Agricultural Soil & Water Management for a Changing Climate

By Chantel Chizen, 2021-2024 FFAR Fellow
at University of Saskatchewan

Like the seasons, there are natural drought-flood cycles where we experience a back and forth between years of little precipitation leading to drought and other years with heavy precipitation that can cause flooding. However, with climate change these weather extremes are expected to be more intense and the patterns may become difficult to predict.One strategy that can increase crop production’s resilience to extreme weather is maintaining wetlands within cropland.

Continue reading at the FFAR Blog.

December 30th, 2022|

Throwing a Wrench in the Pesticide Treadmill

By Swati Mishra, 2021-2024 FFAR Fellow

Adorned in beautiful black and golden stripes, the Colorado potato beetle (CPB) is a perfect example of the saying, “all that glitters isn’t gold.” These charming and seemingly innocuous beetles cost potato farmers tens of millions of dollars annually. A single young beetle can eat up to 40 centimeters of leaf surface every day, which is about half the size of a sheet of copy paper. Combine that with a reproduction rate of about 500 eggs per female, leaving a potato field with nothing but plant skeletons.

Continue reading at the FFAR Blog.

November 16th, 2022|

Building Tools for Plant Genome Editing

By Simon Sretenovic, 2020-2023 FFAR Fellow

Researchers and plant breeders are diligently working to secure global food security. While the population increases, the amount of arable land is decreasing. Climate change is also contributing to the growing uncertainty about future food supplies due to its impact on crop yields. Yet, all is not lost. My research at University of Maryland is addressing this problem at a fundamental level by improving the gene editing toolkits that are at the center of cutting-edge research to develop high-yield and climate-resilient crops.

Continue reading at the FFAR Blog.

October 26th, 2022|

Archea, Microbial Superheroes?

By Jabeen Ahmad, 2021-2024 FFAR Fellow

Food insecurity is a concern now and in the future. Globally, the United Nations estimates that about 690 million people are food insecure. By the year 2050, the world population is expected to reach nine billion people, requiring food supplies to double. While the demand for food grows, fertile, arable land is decreasing and extreme weather events are increasing, making the task of feeding everyone more difficult. With climate change, the problem is further exacerbated as pest and pathogen ranges expand and habitable zones for crops change. Plants need to be stronger and hardier. At the same time, we need to implement more sustainable crop management practices that lessen chemical inputs such as fertilizers and pesticides. The challenge seems intractable.

Continue reading at the FFAR Blog.

September 27th, 2022|

Tackling Malnutrition with Biofortification

By Aichatou Djibo Waziri, 2021-2024 FFAR Fellow

Sometimes, minor details can have the biggest impact. For example, zinc is a mineral nutrient recommended in small proportions; just 12 to 15 milligrams per day suffices. Yet, a diet that’s deficient in zinc can cause a plethora of dysfunctions, including neural defects and delayed growth in infants. The solution to this challenge requires more than the development of supplements and fortified foods. Although the products from supplementation and fortification are relatively cheap in high-income countries, they are still unaffordable in many low-income countries. Additionally, the prevalence of malnutrition is further exacerbated in low-income countries due to their reliance on cereal grains, such as wheat and rice, that are inherently low in mineral nutrients.

Continue reading at the FFAR Blog.

August 29th, 2022|

Wheat: already delicious and now nutritious

By Addison Carroll, 2021-2024 FFAR Fellow

Strict dieters probably save the empty calories from pastas and breads for their ‘cheat’ days, but now wheat-based products can be both healthy and tasty. Historically, wheat production has primarily focused on yield – more wheat produced per hectare. Yet, the focus on increased production unintentionally resulted in reduced nutritional quality. Breads, noodles and the like are not considered to be particularly high in protein and micronutrients. Specifically, iron and zinc are the micronutrients that are most important to human health, yet are found in low quantities in wheat. Given growing threats to food and nutrition security in the face of population growth and a changing climate, scientists are tackling the challenge of producing wheat varieties that are both high yielding and rich in protein and nutritional quality.

Continue reading at the FFAR Blog.

July 26th, 2022|

Reducing water scarcity by improving water productivity in the United States

By Gambhir Lamsal, 2021-2024 FFAR Fellow

Water is a scarce resource utilized by farmers, cities and industries to advance their economic activity. As population increases and the effect of climate change intensifies, competition among multiple stakeholders will exert additional pressure on already over exploited resources. According to the US Government Accountability Office, four out of five states in the United States will face water scarcity somewhere in their state in the coming decade.

Continue reading at the FFAR Blog.

May 24th, 2022|

Manure – Waste or Resource?

By Manny Sabbagh, 2020-2023 FFAR Fellow

Many people view manure as just a pile of waste, yet this combination of feces, urine and bedding material is so much more than that. An inevitable byproduct of the livestock industry, manure can be an inexpensive tool to improve the soil and the plants we grow for food, fiber and fuel. With some supplementation from synthetic sources, manure can supply plants with the macro- and micro-nutrients needed for proper growth and production. My research as a Rockey FFAR Fellow at the University of Minnesota focuses on identifying optimal manure management strategies, with a specific focus on the use of cover crops, to help growers while also protecting the environment.

Continue reading at the FFAR Blog.

April 25th, 2022|

Dusting the Soil for Fungus-Prints: Spinach Seed Production and One of its Greatest Threats

By Alex Batson, 2019-2022 FFAR Fellow

Spinach, one of the most popular dark-green leafy vegetables in the American diet, is grown across the United States and the world. Yet spinach seed only can be produced in a few regions that share specific climatic conditions: summers characterized by long days, mild temperatures and low humidity with little rainfall. Consequently, the ideal climate in western Oregon and western Washington makes this the only spinach seed production region in the United States and the home of up to one-fifth of the global spinach seed supply.

Continue reading at the FFAR Blog.

March 29th, 2022|

A day on the Battlefield: Searching for Perennial defenses in wild places

By Kelsey Peterson, 2019-2022 FFAR Fellow

Punctuating the dust and dryness in my research plots is the sound of brown leaves scraping together – a sound typically heard in October when leaves begin to die on purpose as plants prepare for the winter. In July, however, the scrape of brown leaf on brown leaf is not good and the noise has nothing to do with the dry heat. Plants making this noise are infected – much like you would assume a person with a rattly cough is not well. Infections from pathogens – like rust – aptly named due to the amber, brown color of their reproductive pustules – push themselves into plant cells and leech on plant nutrients until the tissue dies.

Continue reading at the FFAR Blog.

January 25th, 2022|

Rockey FFAR Fellows Alumni Share Program Highlights

Established in 2018 by the Foundation for Food & Agriculture Research (FFAR) and North Carolina State University, the FFAR Fellows (recently renamed the Rockey FFAR Fellows), creates unparalleled opportunities for professional development and growth. As a trailblazing force in food and agriculture research, FFAR invests in scientific workforce development, including supporting the development of early-career scientists like the Rockey FFAR Fellows. 

We spoke with several Rockey FFAR Fellow alumni who spoke from personal experience about the benefits of the program and how it has prepared them for professional success in the agriculture industry.  

Continue reading at the FFAR Blog.

December 15th, 2021|

Can Adding Carbon to the Soil Help us Manage Weeds?

By Maria Gannett, 2019-2022 FFAR Fellow

Soil is alive with microorganisms and keeping the soil microbial community healthy is key to plant growth. But how exactly are soil microbes and plant growth related? And how might we use this knowledge to develop a useful weed management tool for growers? These are the fundamental questions my research is seeking to answer.

Continue reading at the FFAR Blog.

December 15th, 2021|

Gene Editing is a Real Solution for Climate Change

By Nicholas Karavolias, FFAR Fellow 2020-2023

As a plant biologist, I have continually been inspired by the work of peer researchers developing innovative solutions to the severe impacts of climate change in natural and agricultural environments. I have been especially inspired by the disruption that the new editing tool CRISPR/Cas has brought in fields ranging from human medicine to agriculture.

Continue reading at the FFAR Blog.

November 21st, 2021|

Taking Science Beyond the Bench: Critical Reflections for Change-Oriented Research

By Krista Marshall, 2019-2022 FFAR Fellow

The urgency of climate change mitigation and adaptation in agriculture coincides with a call for all of us to envision food systems that promote equity, justice and dignity for all people who produce, process, distribute and consume food. As scientists, we can play an important and collaborative role in generating solutions to these challenges. We should reflect a collective vision that represents a diverse range of stakeholders in our scientific work.

Continue reading at the FFAR Blog.

October 21st, 2021|

Soil is Not Dirt

By Aaron Prairie, 2020-2023 FFAR Fellow

Dirt is dead. Soil, on the other hand, is teaming with bacteria, fungi, algae and other tiny creatures that are the foundation of a symbiotic ecosystem. Like all living things, soil has health; defined as the continued capacity of soil to function as a diverse living ecosystem that sustains plants, animals and humans. This definition speaks to the importance of managing soils, so they are sustainable for future generations. Decades of conventional agriculture practices have damaged soil health resulting in the loss of soil biodiversity across the globe.

Continue reading at the FFAR Blog.

September 21st, 2021|

Heavy Metal and Chocolate: Not the Best Pairing

By Zachary Dashner, 2018-2021 FFAR Fellow

I study Theobroma cacao, the plant that produces a seed that, when fermented, becomes cocoa, the raw ingredient for one of the most popular treats in the world: chocolate. Unfortunately for cacao and chocolate lovers around the world, a rogue element is “passing” as iron and entering the plants’ root system, damaging its health and accumulating in the seeds. The culprit is cadmium, a non-essential heavy metal and an environmental toxin.

Continue reading at the FFAR Blog.

August 24th, 2021|

Herbicide-Resistant Weeds: Looking Below the Soil Surface

By Sarah Kezar, 2020-2023 FFAR Fellow

Farmers have been fighting weeds for millennia. While the number and efficacy of tools to combat weed pressures have vastly improved, weed resistance is a continuing problem for crop productivity and profitability. Even when weeds appear to be destroyed, their seeds linger, hidden in the soil seedbank. A seedbank is the living memory of resistant weed species and the source for future weed infestations. They are the most impactful robber of yields worldwide and particularly destructive for cotton, which is the focus of my research.

Continue reading at the FFAR Blog.

July 29th, 2021|

Seeding a Resilient Wheat Microbiome

By Lindsey Becker, 2018-2021 FFAR Fellow

Plants, like all living things, have co-evolved along with microbes. Plants are complex ecosystems for microbes, where every part of the plant and every surface can host and be shaped by a distinct community of bacteria, fungi, viruses and other microorganisms.

While we have known for centuries that these microbes exist, only in the last few decades have researchers been able to understand the microbial communities associated with plants by identifying key species and estimating their abundance. We now know that there are microbial communities, “microbiomes,” that are intimately linked to different species of plants.

Continue reading at the FFAR Blog.

June 22nd, 2021|

Systems Thinking for Sustainable Manure Management

By Alison Deviney, 2018-2021 FFAR Fellow

Sustainability is a popular buzzword these days, but what does it really mean to be sustainable? That often depends on who you ask, particularly when it comes to the food animal industry. A livestock producer might think of maintaining economic viability in their farming operation, while their downwind neighbor may feel it is more about having fresh air to breathe and clean water to drink. Meanwhile, animal protein consumers generally focus on price, although their perceptions of quality or animal welfare could also impact purchasing choices. We can think of sustainability as a three-legged table where one leg represents the economy, one leg represents the environment and one leg represents society. If any of these legs fails – or alternatively, outsizes the others – the table falls over, unable to sustain its balance.

Continue reading at the FFAR Blog.

May 25th, 2021|

Climate Change Requires Novel Sweetpotato Breeding Approaches

By Camilo Parada Rojas, 2018-2021 FFAR Fellow

Fields of rotten sweetpotatoes are not an uncommon occurrence in growing regions that experience hurricanes. A week before harvest, heavy rain can sweep through the area, flooding fields and promoting infection by opportunistic soil pathogens. Higher humidity and temperatures can increase plant susceptibility to these pathogens. While hurricanes may be temporary, the looming threat of more intensified and frequent severe weather events is looming. These severe weather events can have a long-term impact on pathogen populations, plant susceptibility, farm productivity and profitability.

Continue reading at the FFAR Blog.

April 23rd, 2021|

Fine-tuning photosynthesis

By Dhruv Patel, 2019-2022 FFAR Fellow

The dimmer switch is one of the most underrated inventions. Whether you are in the mood for a cozy setting or facing an action-packed day of Zoom meetings, with the dimmer switch you can adjust the light setting freely. Having a finer level of control can add something extra to your life. My research hopes to do the same, but by fine-tuning the genes in the foods we eat.

Continue reading at the FFAR Blog.

March 30th, 2021|

Do Cows Count Their Steps?

By Miriam Martin, 2019-2022 FFAR Fellow

Have you ever wondered what your dog or cat does when you’re not around? Our team at Kansas State University has the same question, but we wonder about cows. Unlike nanny-cams, which might work well to see if your new puppy is doing okay, cattle have evolved to stoically conceal when they aren’t feeling well in order to avoid predation. Precision animal monitoring technologies (think of a super-charged Fitbit) allow us to collect data on how animals are spending every second of their day. This unlocks a wealth of information about their behavior such as rumination and activity – yes, how many steps they are getting in – and can help us better monitor their health and well-being.

Continue reading at the FFAR Blog.

January 28th, 2021|

Trait Selection, the Human Microbiome and Health

By Nate Korth, 2019-2022 FFAR Fellow

The plant breeders and geneticists I know all make the same joke, “We breed for three traits: yield, yield and yield”. The seeming hyperbole of this statement fades when you consider the traits improved in crops over the last thousand years. While we focus on disease or drought resistance, the trait we’re really talking about is yield. The work conducted to improve crop yield is truly amazing and must be continued; however, in the pursuit of yield, many traits related to food nutrition have been overlooked.

Continue reading at the FFAR Blog.

December 21st, 2020|

Biochar, A Negative Emissions Technology

By Danielle Gelardi, 2019-2022 FFAR Fellow

Scientific and entrepreneurial interest in biochar has grown dramatically in the last 10 years. Between 2009 and 2019, the number of research publications mentioning biochar grew from 47 to 3,209, and US patent applications increased from one to 120. It is no surprise that this incredible rise occurred simultaneously with an evolving consciousness around climate change, and the urgency with which the United States must act to address it. In 2018, the International Panel on Climate Change officially listed biochar as a negative emissions technology, signaling that it may hold the key to some of our most pressing environmental challenges.

Continue reading at the FFAR Blog.

November 23rd, 2020|
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