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Health

What Is Salicornia? Health Benefits, Nutrition Facts, and Salt Substitute Potential

by Chief Editor March 2, 2026
written by Chief Editor

The Rising Tide of Salicornia: Could This Salt-Loving Plant Feed the Future?

As traditional agriculture faces increasing challenges from soil salinization and freshwater scarcity, a surprising contender is emerging: Salicornia, a halophyte – a plant that thrives in salty environments. Once considered a niche coastal plant, Salicornia is gaining attention for its potential to revolutionize food production, offer novel nutritional benefits, and even provide a healthier alternative to table salt.

Salicornia: A Natural Solution to Salty Soils

Soil salinization, a growing problem exacerbated by climate change and irrigation practices, threatens crop yields worldwide. Most crops struggle in high-salt conditions, but Salicornia not only tolerates salinity, it requires it. It can grow in water with salt concentrations that would kill most other plants, opening up vast areas of previously unusable land for food production. Research indicates some species, like Salicornia europaea, can withstand salinity levels approaching 3% NaCl.

Beyond Survival: The Nutritional Powerhouse

Salicornia isn’t just about surviving in harsh conditions; it’s a nutrient-dense food source. Analyses show it’s rich in dietary fiber, minerals like potassium, magnesium, and calcium, and bioactive compounds. While protein content is moderate in the aerial parts, the seeds of some species, like Salicornia bigelovii, contain a significant amount of oil (28-33%), positioning it as a potential oilseed crop. It too contains phenolic acids, flavonoids, and caffeoylquinic acid derivatives, contributing to its antioxidant properties.

Potential Health Benefits: From Weight Management to Blood Pressure

Early research suggests Salicornia may offer a range of health benefits. A study on Psammomys obesus showed that an extract of Salicornia arabica reduced body weight, cholesterol, and blood glucose levels. Compounds derived from Salicornia, like (9Z,11E)-13-oxooctadeca-9,11-dienoic acid (13-KODE), have demonstrated anti-inflammatory activity in laboratory settings. Perhaps most promising is its potential as a salt substitute. A pilot study using a closely related genus, Sarcocornia, showed that substituting regular salt with its powder reduced sodium excretion and lowered blood pressure in healthy adults.

Pro Tip: While the initial research is encouraging, remember that many studies are preclinical or involve small sample sizes. More large-scale human trials are needed to confirm these benefits.

Culinary Applications and a Growing Market

Known as “sea asparagus” or “samphire,” Salicornia is already gaining traction in the culinary world. Its succulent, salty flavor makes it a popular ingredient in gourmet kitchens. It can be eaten raw, steamed, pickled, or stir-fried. Beyond direct consumption, Salicornia oil is being explored for various applications, and the plant’s biomass could potentially be used for biofuel production. Processing methods impact nutrient retention, with freeze-drying preserving more beneficial compounds than heat-based methods.

Sustainability and the Future of Salicornia

Salicornia cultivation offers a sustainable solution for utilizing marginal lands and reducing reliance on freshwater resources. Growing Salicornia with saline or brackish irrigation avoids competition with traditional agriculture for precious freshwater. This approach aligns with growing demands for environmentally responsible food production. However, careful monitoring for heavy metal accumulation (cadmium, lead, and mercury have been detected in some samples) and anti-nutritional compounds (oxalates and saponins) is crucial.

Did you know? The mineral composition of Salicornia, including potassium and magnesium, may offer cardiovascular benefits compared to regular table salt, though further research is needed to confirm this.

FAQ

Q: Is Salicornia safe to eat?

A: Generally, yes, but it’s important to source it from reputable suppliers and be aware of potential heavy metal contamination. Proper processing can also reduce levels of anti-nutritional compounds.

Q: Can Salicornia grow in my garden?

A: If you have salty soil or access to brackish water, it’s possible! It requires full sun and well-drained soil.

Q: Is Salicornia a good source of protein?

A: Protein content in the aerial parts is moderate. However, the seeds contain a significant amount of protein and oil.

Q: What does Salicornia taste like?

A: It has a naturally salty, slightly succulent flavor, often described as similar to asparagus or green beans.

What are your thoughts on the potential of Salicornia? Share your comments below!

March 2, 2026 0 comments
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World

soil health, youth and climate

by Chief Editor February 9, 2026
written by Chief Editor

Africa’s Food Future: Soil, Youth, and Climate Resilience Seize Center Stage

Dakar, Senegal recently hosted nearly 6,000 participants from 106 countries at the 2025 Africa Food Systems Forum (AFS Forum), signaling a pivotal moment for the continent’s agricultural transformation. The forum underscored a growing consensus: the future of food security in Africa hinges on prioritizing soil health, empowering youth, and building climate resilience.

The Soil is the Foundation

A central theme emerging from the AFS Forum was the critical importance of soil health. Commissioner for Agriculture at the African Union Commission, Moses Vilakati, framed soil health not merely as a technical issue, but as a strategic priority for food sovereignty, climate adaptation, and rural employment. With 65% of Africa’s land already degraded, the urgency of addressing this challenge is paramount.

Discussions centered on the Africa Fertilizer and Soil Health Action Plan, exploring how continental commitments can translate into tangible action at the country level. Restoring and mapping Africa’s soils is seen as essential, requiring robust data, sustained investment, and collaboration across science, policy, and farmer practice.

A farmer harvests rice, illustrating how research and policy discussions translate into practices that support food production and rural livelihoods. Photo by Axel Fassio / CIFOR-ICRAF.

Youth as Drivers of Change

The AFS Forum highlighted a shift in perspective regarding youth involvement in agriculture – from viewing them as beneficiaries to recognizing them as co-creators. Young professionals, like Jenice Achieng of YPARD Kenya, emphasized the power of soil data and digital tools (GIS mapping, mobile applications, drones, and artificial intelligence) to empower young farmers, reduce costs, and increase profits.

The need for innovative financing and inclusive policies that support youth-led agricultural ventures was a recurring message. The forum underscored that youth leadership is not just desirable, but fundamental to building resilient food systems.

Bridging Science, Policy, and Finance

The Forum showcased successful examples of how science, finance, and governance can converge to scale proven solutions. Case studies included the IsDB Food Security Response Program and Uganda’s Local Economic Growth support program, demonstrating the impact of targeted public investment.

AfricaRice presented climate-resilient rice varieties yielding up to nine tonnes per hectare in the Senegal River basin. CIFOR-ICRAF highlighted its Land Degradation Surveillance Framework (LDSF), deployed in 45 countries to provide actionable soil health data for decision-makers and farmers.

Multilateral Partnerships for a Sustainable Future

Speakers consistently emphasized the importance of multilateral partnerships and co-investment frameworks to accelerate innovation in key value chains, including millet, sorghum, potato, and livestock. The IsDB–CGIAR partnership was cited as a model for aligning science, policy, and finance in support of resilient food systems.

Speakers and partners at the Africa Food Systems Forum 2025 in Dakar, following a session on accelerating food systems transformation through collaboration and innovation. Photo by CIFOR-ICRAF.
Panelists standing on stage at the IsDB–CGIAR Supporting Food System Transformations session at the Africa Food Systems Forum 2025 in Dakar.
Panelists at the IsDB–CGIAR session Supporting Food System Transformations: Accelerating Impact through Innovation and Partnership during the Africa Food Systems Forum 2025 in Dakar. Photo by CIFOR-ICRAF.

Looking Ahead: A Call for Action

The AFS Forum 2025 in Dakar represents a turning point, signaling a collective commitment to translate ambition into action. The focus on soil health, youth empowerment, and climate resilience is not merely a set of priorities, but the fundamental pillars upon which Africa’s future food systems will be built.


Acknowledgements

Africa Food Systems Forum is the world’s premier forum for African agriculture and food systems, bringing together stakeholders to take practical actions and share lessons that will move African food systems forward.

CIFOR–ICRAF contributed to advancing critical discussions on soil health, agroforestry and climate-resilient landscapes, reinforcing its commitment to science-based, equitable and youth-inclusive agricultural transformation

February 9, 2026 0 comments
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Health

Voices from the Field: The Real Costs of the Government Shutdown

by Chief Editor December 11, 2025
written by Chief Editor

The Looming Shadow of Instability: How Government Disruptions and USDA Changes Threaten America’s Farms

The recent 43-day government shutdown served as a stark reminder of the fragility of support systems for American farmers. While services have resumed, the underlying vulnerabilities remain, amplified by ongoing staff reductions and a significant USDA reorganization. This isn’t a one-time event; it’s a harbinger of potential future disruptions that could fundamentally reshape the agricultural landscape. The question isn’t *if* another crisis will occur, but *when*, and whether we’ll be better prepared.

The Cycle of Crisis: Shutdowns, Staffing, and Reorganization

Government shutdowns, while politically driven, have a demonstrably negative impact on agricultural programs. As the National Sustainable Agriculture Coalition (NSAC) highlighted, even a temporary pause in operations creates a ripple effect, delaying loan approvals, conservation program reimbursements, and critical nutrition assistance. But shutdowns are only one piece of the puzzle. The concurrent and accelerating loss of USDA staff – roughly 20,000 employees since January 2025 – creates a chronic capacity issue. This isn’t simply about fewer hands on deck; it’s about losing institutional knowledge and the ability to respond effectively to farmer needs.

Adding to this complexity is the USDA’s ongoing reorganization plan. While framed as an effort to streamline operations, the lack of stakeholder input raises serious concerns. Without careful consideration of on-the-ground realities, the reorganization risks exacerbating existing problems and creating new bottlenecks in service delivery. A 2024 report by the Government Accountability Office (GAO) criticized similar reorganization efforts in other agencies for lacking clear goals and measurable outcomes.

Did you know? The Natural Resources Conservation Service (NRCS) has lost at least 22% of its staff, severely impacting its ability to provide crucial conservation assistance to farmers.

The Rising Cost of Uncertainty for Farmers

The cumulative effect of these factors is a growing sense of uncertainty for farmers. Stories like Molly’s from MoSo Farms in Ohio, waiting for $4,000 in conservation contract reimbursement, and Lindsay’s from Trouvaille Farm, unable to access information about a $5,000 CSP contract, are not isolated incidents. They represent a widespread pattern of financial strain and operational disruption. These delays force farmers to rely on personal credit, jeopardize farm viability, and ultimately impact the food supply chain.

The impact extends beyond direct program payments. Farmers like Celeste of Free Range Flowers in Washington, rely on timely FSA operating loans to bridge seasonal cash flow gaps. Delays in loan processing can force difficult decisions about staffing and long-term planning. The ripple effect extends to agricultural communities, impacting local economies and employment.

SNAP and the Interconnectedness of Food Systems

The shutdown’s impact on the Supplemental Nutrition Assistance Program (SNAP) highlighted the critical link between farm support and food access. Delays and reductions in SNAP benefits not only harm vulnerable populations but also directly impact farmers who rely on those benefits for a portion of their income. Caroline of Chez Nous Farm in Ohio, a SNAP recipient and CSP contract holder, exemplifies this interconnectedness. Bradley of Full Hollow Farm in Michigan, saw a potential $500-$800 monthly loss in SNAP purchases at farmers markets.

This underscores a crucial point: a healthy food system requires a robust safety net for both producers and consumers. Weakening either side of the equation jeopardizes the entire system. A recent study by the USDA’s Economic Research Service found that SNAP benefits generate $1.79 in economic activity for every $1 spent, demonstrating the program’s significant economic impact.

Future Trends and Mitigation Strategies

Looking ahead, several trends suggest that the risk of future disruptions will remain high:

  • Increased Political Polarization: The current political climate makes government shutdowns more frequent and prolonged.
  • Budgetary Constraints: Ongoing debates over federal spending could lead to further cuts in USDA funding and staffing.
  • Climate Change Impacts: Extreme weather events will likely increase demand for disaster assistance programs, straining USDA’s capacity.
  • Aging Farmer Population: A growing number of farmers are nearing retirement, creating a need for increased support for new and beginning farmers.

To mitigate these risks, several strategies are essential:

  • Advocacy for Stable Funding: Farmers and agricultural organizations must advocate for consistent and adequate funding for USDA programs.
  • Increased Staffing and Training: Investing in USDA staff is crucial to ensure the agency has the capacity to meet the needs of farmers.
  • Stakeholder Engagement: USDA must prioritize meaningful engagement with farmers and other stakeholders in policy development and program implementation.
  • Diversification of Farm Income: Farmers should explore opportunities to diversify their income streams to reduce their reliance on government programs.

Pro Tip: Stay informed about USDA programs and policies by subscribing to NSAC’s newsletter and following their blog.

FAQ: Navigating Uncertainty in Agriculture

  • Q: What can farmers do to prepare for a potential government shutdown?
    A: Maintain detailed records, proactively communicate with USDA staff, and explore alternative funding sources.
  • Q: How does the USDA reorganization affect farmers?
    A: The reorganization could lead to delays in service delivery and reduced access to programs if not implemented carefully.
  • Q: Where can I find more information about USDA programs?
    A: Visit the USDA website at https://www.usda.gov/ and the NSAC website at https://sustainableagriculture.net/.

The challenges facing American farmers are complex and multifaceted. Addressing these challenges requires a proactive and collaborative approach, prioritizing stability, investment, and meaningful engagement. The future of our food system depends on it.

What are your biggest concerns about the future of farming? Share your thoughts in the comments below!

Explore more articles on sustainable agriculture here.

December 11, 2025 0 comments
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Business

UH research: Living libraries could save our food

by Chief Editor May 29, 2025
written by Chief Editor

Climate-Resilient Crops: The Future of Food Security

The world is changing, and so must our approach to food production. Recent advancements in plant science are offering a beacon of hope, highlighting how we can adapt crops to thrive in a rapidly evolving climate. This is about more than just agriculture; it’s about ensuring food security for future generations. A study published in Nature Climate Change showcases a groundbreaking approach, and it’s a game-changer.

Genebanks: The Living Libraries of Tomorrow

At the heart of this innovation are plant genebanks. Think of these as vast, invaluable libraries holding the genetic blueprints of countless plant species. These “living libraries” are not just repositories; they’re vital resources for plant breeders. They provide the raw material needed to develop new crop varieties that can withstand the challenges of climate change – from drought to disease.

Scientists at the University of Hawaiʻi are at the forefront, exploring new methods using environmental genomic selection. This powerful technique combines genetic data with climate information, enabling researchers to predict which plants are best suited for future environmental conditions. This speeds up the breeding process, ensuring that climate-resilient crops are developed faster.

Sorghum and Beyond: Applying the Science

While the study uses sorghum as a key example, the principles are widely applicable. This technique can be used for crops like barley, cannabis, pepper, and many others. The goal is to identify and cultivate plants that can withstand the effects of climate change.

seeds on a table

Did you know? Sorghum is a staple crop in many parts of the world, used for food, fuel, and livestock feed. Its adaptability is crucial in regions heavily impacted by climate change.

The Power of Mini-Cores: Speeding Up the Process

Traditional methods of breeding crops can be time-consuming. By using a “mini-core” group – a smaller, diverse set of plants – researchers can forecast how crops will perform in various environments. This approach dramatically reduces the time needed to select the best parent plants for creating new, climate-resilient varieties.

Pro tip: Supporting research into plant genebanks and breeding programs is an investment in a secure food future. Get involved by donating to relevant organizations or advocating for policy changes.

People in the field

Global Collaboration: The Key to Success

The research highlights the need for international collaboration. Countries heavily reliant on specific crops may need to draw on genetic resources from other nations to effectively adapt to climate change. This underscores the importance of a united global effort in securing the world’s food supply. The Food and Agriculture Organization (FAO) actively promotes these efforts.

Frequently Asked Questions

What is a plant genebank?

A plant genebank is a facility that stores seeds and other genetic material to preserve the diversity of plant species.

How does environmental genomic selection work?

It combines genetic data with climate information to predict which plants are best suited to future environmental conditions.

What are the benefits of climate-resilient crops?

They can withstand the challenges of climate change, ensuring food security and supporting sustainable agriculture.

What crops can benefit from this approach?

Many crops, including sorghum, barley, cannabis, and pepper, can benefit.

Are you interested in learning more about sustainable agriculture practices? Explore our related articles: [Internal Link to Article about Sustainable Farming Techniques] and [Internal Link to an Article on Global Food Security].

We’d love to hear from you! Share your thoughts and questions in the comments below. And don’t forget to subscribe to our newsletter for the latest updates on food security and climate change research!

May 29, 2025 0 comments
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Business

How to milk a potato? Start-up grows dairy protein inside potatoes

by Chief Editor February 8, 2025
written by Chief Editor

Could Tomorrow’s Cheese Be Grown Inside Potatoes?

In a groundbreaking development, a molecular farming company has unveiled genetically engineered potatoes capable of producing cow milk proteins, offering a promising reduction in greenhouse gas emissions while transforming the dairy industry. With such innovations, the possibility of ‘potato cheese’ in supermarkets could soon become a reality, maintaining the taste and functionality of traditional dairy.

The Potential of AI-driven Genetic Engineering

By leveraging AI to sift through genetic databases, Finally Foods, an Israeli innovation at the forefront of this agricultural revolution, has successfully integrated animal-derived DNA sequences into plant cells. This pioneering process could significantly reduce the environmental impact of dairy farming by shifting production from cows to bio-reactor-like potatoes.

Traditionally, cheese has been a staple in human diets for over 7,000 years due to its nutrient density and longevity as a food source. However, the dairy industry is a substantial contributor to greenhouse gas emissions, on par with the aviation and shipping industries. Innovations like those from Finally Foods hold the potential to facilitate a more sustainable future.

A New Frontier in Cheese Production

Clinching the spotlight, casein, a milk protein essential for cheese texture and structure, now grows naturally in these modified potatoes. This approach promises simpler, cost-effective, and scalable dairy production methods, making eco-friendly milk and cheese more accessible.

Growing such revolutionary crops could harness their high-yield potential in diverse climates, reducing the complexity typical in other protein extraction processes. Moreover, the company’s ability to produce all four key casein proteins in potatoes could result in dairy products that are indistinguishably similar to traditional dairy counterparts.

Scaling Synthetic Dairy Solutions

Synthetic milk is rapidly evolving, and precision fermentation is at the forefront of this market shift. It’s predicted to create an estimated one million jobs in the U.S. by 2035. While this potential is immense, molecular farming offers an even more affordable and scalable alternative. The economics of growing dairy proteins in plants like potatoes might lower barriers further, making this technology not just a possibility but an impending reality.

Genderberging this aspiration, though, are significant regulatory and marketing challenges. Genetically engineered crops face stricter governmental scrutiny compared to artificial fermentation products, with crop growth times significantly longer than microbes. Public acceptance remains a pivotal hurdle, even if the technology proves superior.

Steps Toward Regulatory Approval

With its first field trial slated for southern Israel, Finally Foods is on a quest for regulatory clearance not only in Israel but also in the U.S. Their approach of selling to companies rather than direct consumers underscores the need for these intermediaries to surmount public skepticism.

Frequently Asked Questions (FAQ)

  • What makes potato cheese environmentally friendly? Genetically engineered potatoes use less land and water resources compared to traditional dairy farming, significantly reducing associated emissions.
  • Will potato-cheese taste different? With the ability to produce all necessary casein proteins, potato-grown cheese could be remarkably similar to traditional dairy in taste and texture.
  • Can potato cheese be used in all dairy products? There are no current limitations, making it feasible for use across various dairy applications from cheese to yogurt.

Did You Know?

By integrating animal DNA into plants, Finally Foods is revolutionizing the understanding of biotechnology, potentially offsetting approximately 3% of global dairy industry emissions just through their potato plants.

A Call to Action

As this technology advances, staying informed and open to new innovations is key. We encourage our readers to explore more articles on sustainability in food technology and subscribe to our newsletter for the latest updates.

February 8, 2025 0 comments
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