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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

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    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

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    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

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    A Double-Edged Sword: Soaring Chinese Cabbage Imports into Zabaykalsky Bring Heightened Biosecurity Risks

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

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    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

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    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

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    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

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    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

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    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

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    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

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Peanut Power: How the Little Legume Plays a Big Role for Sustainability

by Tatyana Ivanovich
March 20, 2023
in AGROTECHNOLOGY
0
Peanut Power: How the Little Legume Plays a Big Role for Sustainability

#peanuts#sustainability#legumecrop#climate-smartagriculture#regenerativeagriculture#reducedtillage#soilfertility#zero-wastecrop# greenhousegas#emissions#waterfootprint

When you think of peanuts, you might picture them as a snack or sandwich spread, but they are actually a sustainable plant powerhouse. Peanuts are a legume crop that promotes soil fertility while producing a flavorful, protein-rich crop. They require minimal resources compared to other nuts, add up to 250 pounds of nitrogen per acre, and are naturally resistant to pests and diseases. Moreover, every part of the peanut plant is used in the growing process or consumer products. Growing peanuts is an excellent example of climate-smart or regenerative agriculture that supports reduced tillage, increases diversity, and keeps carbon in the ground.

According to the Peanut Institute, many farmers rotate their cotton and corn crops with peanuts to replenish the soil because of peanuts’ nitrogen-fixing ability. Peanuts enrich the earth with nitrogen, a key nutrient for growing fruits, vegetables, and other nutrient-intensive crops. While most crops deplete the soil of nitrogen, peanuts replenish nitrogen, fostering nutrient-rich loam. Peanuts naturally require less fertilizer to grow an abundant crop, which helps reduce agricultural inputs and greenhouse gas emissions from production.

Moreover, peanuts are truly a “zero-waste” crop, as every part of the plant is utilized in the growing process or consumer products. For instance, pelletized peanuts made from peanut hulls are used for animal feed and fuel. Peanut “hay” from discarded plant vines can be incorporated back into the soil as green manure or given to livestock as feed. Additionally, biodiesel to power vehicles is produced from used or discarded peanut oil, and peanut skins have uses for their antioxidant and polyphenol-rich properties.

Growing peanuts is an excellent example of climate-smart or regenerative agriculture that supports reduced tillage, increases diversity, and keeps carbon in the ground. For instance, rotating peanuts as a cover crop can support reduced tillage, increase diversity, keep soil covered and carbon in the ground. What’s more, the water needed to produce peanuts is another sustainability win for the little legume. Peanuts have the lightest water footprint of any nut grown in the US, according to the National Peanut Board. Because they are grown in the southeast regions of the US and have the benefit of plentiful rain, they require fewer gallons of water to produce 1 ounce of shelled nuts.

In conclusion, peanuts are an underrated sustainable plant powerhouse that plays a big role in supporting soil fertility, reducing agricultural inputs and greenhouse gas emissions, and promoting climate-smart or regenerative agriculture. Peanuts are a zero-waste crop, and every part of the plant is utilized in the growing process or consumer products. Therefore, growing peanuts is an excellent example of sustainability in agriculture.

Tags: climate-smart agriculturegreenhouse gas emissionslegume cropPeanutsreduced tillageregenerative agriculturesoil fertilitysustainabilitywater footprint.zero-waste crop
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