Regenerative Nutrition: How Soil Health Impacts Nutrient Density and Human Wellbeing
In recent years, the field of nutrition has expanded beyond simply focusing on individual food choices towards a broader understanding of how the environment, particularly soil health, affects the quality of food and, in turn, human health. Regenerative nutrition is an emerging concept linking the practice of regenerative agriculture with the nutrient density of foods and long-term wellness. This article explores the definitions of regenerative nutrition, why soil health matters for nutrient quality, how to avoid greenwashing claims in sustainable food purchases, practical shopping and cooking tips, and ways to improve soil health when growing your own food.
PCOS Case Study
Client Case Study
Every client is treated as an individual and assessed on that basis, this clients personalised recommendations were specifically for her.
A 32-year-old female with a fresh diagnosis of PCOS presented came to see me last year. She had a history of being overweight (BMI 31), irregular menstrual cycles, and had difficulty conceiving for over the prior year. A diet analysis showed above average consumption of ultra-processed foods (UPFs) like white bread, crisps, biscuits, packet snacks, and takeaways, very little fibre and low omega-3. Twinned with this she had limited physical activity and used the car to get around. Her goals when we first met were weight loss, menstrual regularity, and improving her chances of fertility.
Dietary and Lifestyle Recommendations
Recommendation 1
Replaced high-GI foods (white rice, pastries) with low-GI alternatives:
Whole grains, brown rice, barley, and quinoa.
Non-starchy vegetables, lots of leafy greens, broccoli, and peppers.
Incorporated chromium sources like broccoli, barley, lentils, and apples.
Fruits to include berries and apples for fibre and slower sugar absorption.
Low-GI diets improve insulin sensitivity and reduce blood sugar spikes. Low GI supports weight loss, critical for managing PCOS-related insulin resistance.
Supplement Recommendation
Vitamin D
Daily supplement (2000 IU) to address deficiency. Vitamin D deficiency is common in PCOS; supplementation improves menstrual regularity and ovulation.
Magnesium
400 mg/day of magnesium glycinate. This reduces insulin resistance, lowers testosterone, and alleviates anxiety/sleep issues.
Lifestyle Adjustments
Physical Activity
Daily 30-minute walks to boost insulin sensitivity and aid weight loss.
UPF Reduction
Minimised processed snacks, opting for whole-food snacks like nuts and fruit with nut butter.
Outcomes
Weight Loss
Lost 12% body weight over 6 months (BMI reduced to 27).
Menstrual Cycle
Regular cycles resumed within 4 months.
Fertility
Conceived naturally after 9 months of dietary/lifestyle changes.
Symptom Improvement
Reduced acne, improved energy, and fewer sugar cravings.
Key Takeaways
This case highlights the effectiveness of combining low-GI nutrition, targeted micronutrient support (chromium, vitamin D, magnesium), and moderate exercise in managing PCOS. The client’s success stemmed from a structured yet flexible plan focusing on sustainable swaps (e.g., whole grains over refined carbs) and addressing insulin resistance holistically.
Need guidance tailoring a PCOS-friendly diet to your needs?
The Importance of Lymphatic Drainage and the Anti-Inflammatory Diet for Chronic Conditions
What to Expect:
- Personalised Care: Choose between a nutritional therapy session or a lymphatic massage tailored to your needs.
- Educational Workshops: Learn about the science behind anti-inflammatory practices during our nutrition workshop.
- Movement & Relaxation: Enjoy yoga sessions focused on mobility and breathwork for inflammation reduction.
- Healing Foods: Savour an anti-inflammatory lunch featuring nutrient-dense ingredients that align with wellness goals.
- Mindfulness Activities: Engage in meditation sessions to support mental clarity and stress reduction.
Fuelling Teenagers
The report reveals a shocking statistic: a huge 66% of the average teenager's calorie intake comes from ultra-processed foods (UPFs). Compared to adults, who consume over 50% of their calories from UPFs, and it's clear our teens are in the danger zone.
So, what's driving this trend? As a nutritional therapist, I strongly believe it’s being spearheaded by misleading branding and advertising, confusing health claims and messages and the addictively designed nature of these "tasty" but nutritionally ambiguous and often void foods.
It's a perfect storm that's fuelling the rising obesity rates among our Z and Alpha generations who are mainly parented by the Millennials, the first generation of UPF consumers.
