Did you know that pulses are a nutritional powerhouse, offering a wide array of benefits that often go unnoticed? These tiny seeds, such as chickpeas, peas, lentils, and beans, are not only delicious but also loaded with protein, and key minerals that many people fall short of in their diets.
Pulse crops also boast antioxidants, anti-carcinogenic, and even anti-cancer properties. It’s incredible how such a simple addition to your plate can make a substantial difference in your overall health. Picture this: a mere half cup of beans added to your dinner not only enhances the flavor but also contributes significantly to your daily nutrient intake.

Now, let’s talk about the financial aspect. While fancy meat cuts might burn a hole in your pocket, pulse crops, like the trusty chickpea, offer a cost-effective alternative. At around $1 to $2 per pound, they deliver a protein punch without breaking the bank. When looking at meat products like beef, grocery stores boast upwards of $5 to $12 per pound depending on the cut. These prices can be way out of line for the average American trying to make ends meet.

But the benefits don’t stop there. Opting for pulses over traditional meats isn’t just a financially savvy move; it’s an environmentally conscious one too. Pulse crops require less water and emit fewer greenhouse gases, making them a planet-friendly choice. Furthermore, meat based agriculture takes up significantly more land, more water, and emits around 14% of total U.S. greenhouse gas emissions per year.

So, by choosing pulses, you’re not just making a wallet-friendly decision; it’s a tasty, eco-conscious, and health-savvy choice that benefits both you and the world. In a world where every choice matters, the humble pulse crop emerges as a versatile and nutritious superstar that checks all the boxes. How can you resist saying yes to such a fantastic addition to your meals?

Charlie Kresser is a freshman in the PES department at Clemson university. Eager to make the most of his college experience, he actively sought out opportunities for undergraduate research. His dedication led him to Dr. Dil of the Pulse Quality and Breeding Lab, who recognized his potential and welcomed him onto the team. Despite being the youngest member, Charlie has quickly proven himself, immersing himself in lab work and learning alongside experienced peers. His lab mates have been supportive, guiding him through lab protocols, paper writing, presentation skills, and the intricacies of plant breeding.

Over the past semester, Charlie has not only adapted to lab life but has also made significant contributions. He is now the lead author on his first research poster, presenting his findings at the NAPIA & BIC conference. The poster speaks on the nutritional benefits of pulses, emphasizing their abundance in essential vitamins and minerals, their role in reducing disease risk, and the under-consumption of pulses in the United States despite their affordability. Charlie’s conclusion underscores the importance of raising awareness about pulse crops to promote healthier dietary habits nationwide.

It’s remarkable that Charlie, at such an early stage in his college career, has already achieved publication and presentation success. With his determination and ambition, the future holds boundless opportunities for him beyond undergraduate studies. Overall, Charlie’s journey exemplifies a promising start to his academic endeavors, setting the stage for a bright and impactful future. He looks to the horizon and knows he wants to continue his higher education experience past the undergraduate level. Wish Charlie your best as he continues to grow and experience what research and the lab have to offer!”

Turkiye’s journey with pulses spans centuries, deeply rooted in its rich cultural and agricultural history. The country’s strategic geographical position, coupled with a robust pulse trade strategy, has positioned it as a global hub for the import and export of these essential crops.
The cultivation and consumption of pulses in Turkiye trace back thousands of years, with ancient civilizations like the Hittites and Phrygians incorporating these dry seed legumes into their diets. The amalgamation of diverse culinary traditions during the Ottoman Empire laid the foundation for iconic Turkish dishes featuring lentils, chickpeas, and beans. Today, pulses are an integral part of Turkish cuisine, reflecting a deep-rooted historical connection.

Turkiye’s geographical advantage is a key driver behind its success in the pulse trade. Positioned at the crossroads of Europe and Asia, the country acts as a strategic hub for the distribution of pulses. The efficiency of supply chains, coupled with the ability to meet diverse market demands, reinforces Turkiye’s status as a key player in the global agricultural landscape. This geographical centrality facilitates the flow of pulses from Western nations to neighboring Middle East countries, solidifying Turkiye’s role as a vital trade intermediary.

Turkiye’s role in the global pulse trade is multifaceted. The country not only exports pulses, including lentils, chickpeas, and beans, to various regions such as Europe, the Middle East, and North Africa but also engages in imports from Western nations like Canada, the United States, and Australia.
The concentration of factories, processors, and producers in specific areas, such as Mersin or Anatolia, coupled with significant investments in technology, ensures Turkiye’s competitiveness in the pulse industry. The country’s know-how plays a crucial role in maintaining its position as a middleman, where experience allows anticipation of consumer preferences. For example, the practice of polishing red lentils heavily for the African market showcases Turkiye’s adaptability to regional preferences.

Syria and Iraq emerge as significant importers from Turkiye, with a daily influx of trucks being filled to meet their demand. Despite challenges in the region, Turkish suppliers, such as Bashan, continue to efficiently fulfill orders. In the case of Iraq, the government’s project to distribute pulses to its people further highlights Turkiye’s role in supporting humanitarian efforts through pulse exports.

Looking ahead, Turkiye’s pulse industry shows promise. The combination of historical expertise, technological advancements, and adaptability positions the country for continued success. Investments in crushing factories and plants by other nations have not overshadowed Turkiye’s know-how, which remains a key factor in its industry dominance. As Turkiye navigates changing global dynamics, its established position in the pulse trade and commitment to quality ensures a bright future for this essential agricultural sector.

In conclusion, Turkiye’s history, geographical advantage, import-export dynamics, and future prospects in the pulse industry paint a comprehensive picture of a nation deeply connected to the pulse of global trade. As the country continues to evolve in the global pulse trade, its commitment to quality, adaptability, and strategic positioning ensures a prominent role in shaping the future of this essential agricultural industry.

How often do you think about where your food comes from? In this country of bountiful harvest, the people who grow our food often go underappreciated. When we have grocery stores filled with such a huge variety of food at our fingertips, the process of growing crops from seed to harvest and raising livestock from birth to slaughter can be lost on the average consumer.

We have to remember as consumers that farmers in this country have the very important responsibility of feeding our population and ensuring that their crops are ready for shipment to markets. You are probably thinking, what does this have to do with pulses? The answer speaks to the many different ways pulses can make a farmer’s job much easier and more lucrative at the same time!

In off seasons for a monoculture farmer, their land remains unused and is not properly recharging its nutritional bank. Crops need their soil to be filled with nutrients like nitrogen to grow big and healthy. Pulses can be the solution to their monoculture problem. After harvesting their growing season crop (could be wheat, corn, soy, or any other cash crop they depend on), instead of just waiting until the next growing season, the farmer can plant a pulse crop like chickpeas or lentils to help fix nitrogen into their soil!

The benefit of having these crops fix the nitrogen into the soil comes in the next growing season after the pulse crop has been harvested. Now that there is a renewed bank of nitrogen in the soil, the farmer can use much less fertilizer on their new cash crop cycle. Cash crops like wheat, corn, and soybeans need a lot of nitrogen to grow. Soil abuse can cause farmers to lose out on yields and money. When yields excel with the assistance of pulse crops, farmers can save their wallets in terms of soil health and reduced fertilizer costs!

On top of that, as pulses become a more popular source of food in terms of plant-based protein and/or people switching to a vegetarian/vegan diet, farmers can sell these pulse crops on top of their cash crops! This helps the farmer stay on their land longer, take back their soil, and make extra income along with their cash crop!

As our society evolves, we have to make sure our agriculture evolves with it. Everyone needs to be able to eat to survive, so remember to thank your farmers for growing your food and eat more pulses to help them in the long run!

Nathan Windsor’s journey in the CU Pulse Quality and Breeding Lab began when he enrolled in Dr. Agudelo’s introductory PES class during the spring semester of 2021. Dr. Agudelo, impressed by Nathan’s exceptional work ethic in the class, recognized his potential and recommended him to Dr. Dil, the lead professor of the CU Pulse Quality and Breeding Lab. Following a 20-minute conversation, Nathan was warmly welcomed into the lab that summer, marking the commencement of his exploration into the realm of plant breeding.

In the lab, Nathan has gained valuable insights into plant breeding, with a focus on greenhouse work, fieldwork, and plant crosses. While he leans towards fieldwork, Nathan has also participated in lab research, acquiring skills in operating the FTIR spectrophotometer. Although he hasn’t published his own research yet, he has contributed to two other research projects within the lab and presented findings at plant/pulse breeding conferences.

Nathan is gearing up to publish his work, which centers on field peas and protein analysis. The paper will encompass fundamental information such as genetic background and production areas, offering an overview of field peas. Additionally, it will delve into protein digestibility, examining both qualitative and quantitative data points. This includes exploring protein sources, the digestion of other nutrients, and the levels of digestibility concerning yield.

As Nathan continues his work in the lab, he reflects on his future goals. He aspires to secure a faculty position, whether at Clemson or another land grant university. His ultimate goal is to become a professor, establishing his own breeding program and mentoring students in the realm of pulses and plant breeding. Nathan recognizes the importance of fostering academic relationships with students, drawing inspiration from Dr. Agudelo’s impact on him in 2021.

Expressing a commitment to the public good, Nathan envisions teaching at a land grant university. He believes these institutions, unlike industries, prioritize community resources and assist farmers in performing their jobs more efficiently. Nathan emphasizes the importance of maintaining a balance between profit and accessibility, stating that land grant universities “keep the spirit of assisting farmers alive.”

Recently, Nathan successfully completed his first committee meeting, gaining approval for his proposal on the first attempt. With a promising trajectory in the lab, extend your blessings and wishes of luck to Nathan!

Want to learn more about Nathan’s contributions and read up field peas? Read this paper: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10096185/#:~:text=Overall%2C%20this%20study%20shows%20organic,future%20plant%2Dbased%20food%20production.

Pulses have a rich history in the United Kingdom, stretching back through the ages. Beans and peas served as essential dietary staples, particularly during times when meat and dairy were considered luxuries.

Additionally, these crops were commonly used as high-protein feed for horses, earning them the label of “poor people food” due to social stigmas associated with their consumption.

The Black Death, a significant historical event, played a pivotal role in altering food dynamics in the UK. With the drastic reduction in population, meat and dairy became more accessible, further distancing the populace from pulse crops as even commoners could afford more luxurious diets.

The era of colonization, especially in the Americas, brought about a renaissance for pulse crops in the UK. The introduction of new varieties such as kidney beans, black beans, and navy beans from American soil expanded culinary horizons. Trade routes established by the UK facilitated the importation of these crops, leading to their integration into British cuisine.

During the Industrial Revolution, the working class faced long, grueling hours in factories. Companies like Heinz capitalized on this by marketing canned baked beans as a convenient meal option, further solidifying their popularity in the UK and driving significant imports from the Americas. Even today, baked beans on toast is one of the most popular breakfast options in the UK due to its low price, decent nutritional value, and ease of preparation.

Despite their historical significance, pulses still face underutilization in the UK today. While the country’s growing conditions may not be as favorable as those in the Americas, there’s a growing movement to promote pulse crops as cover crops. This not only improves soil quality and production but also provides farmers with an additional income stream.

Efforts to increase pulse consumption in the UK are underway, albeit with some challenges. Researchers are actively seeking suitable pulse cultivars, while consumers are encouraged to consider the environmental and health implications of their dietary choices. Finding a balance between plant-based and animal-based protein sources is essential, and pulses offer a promising solution to achieve this equilibrium.

World Pulses Day, an annual observance on February 10, traces its roots to the UN General Assembly’s recognition of the inherent value of pulses in 2013. This global celebration emerged from the International Year of Pulses (IYP), declared in 2016, during which the Food and Agriculture Organization (FAO) of the UN played a pivotal role in raising public awareness about the numerous benefits of pulses.

The journey towards World Pulses Day took a significant step forward with Burkina Faso, a West African landlocked country, proposing its establishment. Finally, in 2019, the UN General Assembly officially dedicated February 10 to recognize and celebrate the profound significance of pulses on a global scale.

At the heart of World Pulses Day lies a multifaceted significance deeply rooted in both nutritional and agricultural domains. Pulses, encompassing various legumes, stand out as nutrient-rich powerhouses and stellar sources of protein. Their impact goes beyond mere nutrition, as they play a crucial role in lowering cholesterol, controlling blood sugar, and managing non-communicable diseases like diabetes and heart conditions.

For farmers, pulses present a dual-purpose crop, offering economic sustenance through both sale and consumption. Their ease of cultivation, requiring minimal water, coupled with resilience to drought and climate-related adversities, provides a foundation for economic stability within the agricultural sector.

Moreover, pulses contribute to environmental sustainability. Their nitrogen-fixing properties not only enhance soil fertility but also elevate farmland productivity. This environmental resilience reinforces the importance of celebrating World Pulses Day, serving as a global platform to spread awareness about the indispensable role of pulses in nutrition, agriculture, and environmental equilibrium.

In essence, World Pulses Day transcends its calendar date. It symbolizes a collective acknowledgment of the crucial role pulses play in shaping a healthier, more sustainable world. As this annual celebration gains momentum, it fosters a global community dedicated to embracing and promoting the manifold benefits of pulses

Ash Terry, a senior undergraduate student, is dedicated to studying chickpea adaptation to South Carolina cropping systems. Alongside fellow undergrad lab member Jacob Johnson (Junior), they conducted thorough testing of two cropping systems, organic and conventional, to assess chickpea adaptation in SC. The cultivation process involved growing various cultivars, collecting data on height and other phenology characteristics, and conducting nutritional quality trait analysis in the lab. Despite minimal variation between cultivars, Ash and Jacob observed notable differences between the organic and conventional cropping systems. In collaboration with lab leader Dr. Dil and grad student Sonia, cultivars selected from these findings will undergo field trials in the upcoming spring semester (January). This process aims to determine the viability of chickpeas in South Carolina and involves the typical breeding procedures and trials. In an interview, Ash expressed a profound passion for chickpeas, highlighting their potential as a more affordable protein source to address South Carolina’s food insecurity issue. They emphasized the growing popularity of chickpeas and other plant-based proteins in the broader context. Ash also acknowledged the rarity of undergraduates leading such projects, considering it a valuable opportunity for professional development in the fields of plant breeding and research. During discussions about challenges, Ash candidly admitted to not initially knowing that chickpeas were not grown locally and acknowledged the difficulty of cultivating them. They also shared the struggles of working with a partner, appreciating the support received from another undergrad and grad students. Ash underlined the positive impact of teamwork on their professional development, gaining valuable insights into the entire process of field trials and experiments. Looking ahead, Ash discussed potential applications of chickpeas as a cover crop, benefiting soil health and providing an additional income source for farmers. They emphasized the importance of local cultivation to reduce shipping and production costs, making chickpeas more accessible. Regarding the project’s future outcomes, Ash predicted that locally grown pulses, including chickpeas, would gain recognition, necessitating effective marketing strategies to boost their popularity. For the upcoming semester, Ash plans to conduct field trials for the selected cultivar and commence writing a corresponding paper, aspiring to see their work published online alongside contributions from grad students in the lab. Ash remains optimistic about the prospect of South Carolinian chickpeas becoming available in the near future. Best of luck to Ash in their endeavors!

The history of pulse crops in Canada is a rich tapestry woven with threads of agricultural adaptation, economic expansion, and nutritional importance. It traces its origins back to the traditional practices of indigenous peoples, who recognized the value of these crops long before European settlers arrived on Canadian shores. With the arrival of settlers, the cultivation of pulse crops began to flourish, bringing about a transformation in Canada’s agricultural landscape.

As the 20th century dawned, Canada experienced a period of profound agricultural evolution. Pulse crops such as lentils, peas, and chickpeas emerged as key players in this transformation, contributing significantly to crop rotations, soil health, and nitrogen fixation. Their inclusion in agricultural practices not only diversified crop production but also bolstered the sustainability of farming methods across the country.

Government-led research initiatives played a crucial role in fostering the growth and development of pulse crops in Canada. Through strategic investments in research and development, policymakers and agricultural experts propelled these crops to new heights, positioning Canada as a global leader in pulse crop production and exports. This concerted effort not only enhanced the economic viability of Canadian agriculture but also solidified the country’s reputation as a reliable supplier of high-quality pulse crops on the world stage.

Today, the legacy of pulse crops continues to reverberate throughout Canada’s agricultural sector. Their resilience and adaptability in diverse environmental conditions have made them integral to sustainable farming practices, mitigating soil degradation and reducing dependence on synthetic fertilizers. Moreover, their nutritional value and versatility in culinary applications have endeared them to consumers worldwide, further bolstering Canada’s prominence in the global food market.

In essence, the history of pulse crops in Canada serves as a testament to the ingenuity, perseverance, and foresight of farmers, researchers, and policymakers alike. As these crops continue to thrive and evolve, they remain emblematic of Canada’s enduring commitment to agricultural innovation and sustainable food production.

The CU Pulse Lab is making waves, recently featured on WYFF 4 for their groundbreaking work on introducing chickpeas to South Carolina. Dr. Dil Thavaraja, Tristan Lawrence, and Sonia Salaria shared insights into the project’s progress and its future implications. The aim is clear: bring chickpeas to South Carolina as a winter cover crop, planting in January and harvesting in May. It will provide an additional income source for local farmers and allow for a cheaper non-animal protein source to be available for the public.

In the interview, Sonia Salaria emphasized the comprehensive impact of the initiative, stating, ‘It’s covering all of the aspects of the consumer, grower, and industries as well. So, we are trying to bring everything on the same ground, so everyone can benefit from our program.’ By adding a new source of protein to the South East, many different doors will be open for farmers and consumers alike which may even lead to new booming industries.

Tristan Lawrence highlighted a crucial point—winter fields often lie empty, but chickpeas change the game. Planted in January, they act as a steady source of nitrogen fixation, rejuvenating fields for subsequent cash crops. On top of that, when they are harvested, they can act as a separate source of income for the farmer! This will overall give farmers a steady source of income throughout the entire year while keeping their fields happy and healthy for their spring/summer cash crops. As an added bonus, they can reduce the amount of fertilizer they use because the chickpeas will naturally accumulate nitrogen in the soil during the winter. Chickpeas can only help farmers who want to look into the possibility of a winter cover crop.

Dr. Dil, with a visionary outlook, foresees South Carolina becoming the East Coast’s chickpea giant in a decade. She makes a good point in her interview by stating, “We thought having a chickpea substitute for animal protein and having a lot of population in the east coast, instead of importing them from the Midwest to here.” Importing from the Midwest sends money out there when southern soil may be capable of making the money in the exact same way. Hopefully by growing in this part of the country, the south can diversify their agricultural profile and become a real hard hitter in the plant protein market, an emerging market that grows by the year.

This initiative goes beyond a new crop; it’s a strategic move to transform South Carolina’s agricultural landscape. By harnessing the potential of chickpeas, the CU Pulse Lab is not just cultivating crops; they’re sowing the seeds of a more resilient, sustainable future for local farmers. Get ready, South Carolina – chickpeas are about to revolutionize your fields and your economy!

Make sure to catch the interview: 
https://www.wyff4.com/article/south-carolina-clemson-chickpeas/45997308