Institute·Est. 1947·Verified
Rodale Institute
Organic Agriculture
Rodale Institute is a nonprofit research and education organization best known for advancing organic and regenerative organic agriculture through long-term, field-scale experiments and farmer-focused outreach. Based in Kutztown, Pennsylvania, it runs some of the longest continuously operating side-by-side comparisons of organic and conventional farming systems in the U.S., generating multi-decade datasets on soil health, crop productivity, nutrient cycling, and environmental outcomes. Alongside research, it supports on-farm technical assistance, training programs, and education to help producers transition to organic and adopt practices like diverse rotations, cover cropping, reduced tillage strategies, and compost/manure-based fertility management.
Impact Score
64/100
Strong research impact, driven by community trust.
- Publications
- 18
- Citations
- 2.1k
- States
- 4
- Added
- 18
avg 117/paper
8% of US
linked in last 30 days
Hub Briefing
Hub Description
Rodale Institute is a nonprofit research and education organization best known for advancing organic and regenerative organic agriculture through long-term, field-scale experiments and farmer-focused outreach. Based in Kutztown, Pennsylvania, it runs some of the longest continuously operating side-by-side comparisons of organic and conventional farming systems in the U.S., generating multi-decade datasets on soil health, crop productivity, nutrient cycling, and environmental outcomes. Alongside research, it supports on-farm technical assistance, training programs, and education to help producers transition to organic and adopt practices like diverse rotations, cover cropping, reduced tillage strategies, and compost/manure-based fertility management.
Evidence Depth
18
total papers
Citation Efficiency
116.6
citations per paper
Local Fit
4 states
geographic coverage
Actionability
89%
papers with outcomes or takeaways
Key Topics
Recent Papers
CNV–RT had highest grain ERGO/partitioning with higher OSEI, while organic systems stored more soil ERGO but partitioned less. Reduced tillage boosts grain ERGO; uptake is oxidative stress-regulated.
An analysis of the carbon footprint of organic and conventional arable crop production systems in a long-term trial.
Globe artichoke (Cynara cardunculus L.) is a high-value crop traditionally cultivated in Mediterranean climates, yet organic production using living mulches and cover crop mulches remains underexplored. This study evaluated the effects of five mulching systems on soil health, weed suppression, microclimate, and yield under reduced tillage on Camarillo loamy soils: (i) white clover (Trifolium repens L.), (ii) crimson clover (T. incarnatum L.), (iii) Kurapia (Lippia nodiflora L.), (iv) a roller-crimped buckwheat (Fagopyrum esculentum M.) and pea (Pisum sativum L.) mixture, and (v) polyethylene (PE) plastic mulch (control). Significant treatment differences were observed across soil organic matter, microbial active carbon, nitrate, ammonium, soil moisture, and artichoke yield. Plastic mulch retained the highest soil moisture (+25 %) and elevated spring temperatures (+1.5 °C), supporting the highest artichoke yield in 2023 (9.7 t/ha) but reducing soil biological activity. White clover improved SOM (+0.3 %), OC (+35.5 ppm), MAC (+77.6 %), and infiltration but reduced yield (3.4 t/ha in 2024) due to crop competition. Crimson clover offered early-season weed suppression and SOM enhancement (+0.2 %) but lost soil health benefits after senescence. Kurapia achieved the highest yield (11.4 t/ha in 2023), though its soil health effects were limited. The buckwheat–pea system suppressed early weeds and promoted intermediate yield performance. Overall, living mulches improved soil health but reduced yield, while plastic and Kurapia maximized productivity. These results underscore the trade-offs between soil conservation and crop yield, suggesting that site-specific integration of mulching strategies is needed to optimize sustainability and performance in organic artichoke systems.
No summaries available.
Saffron (Crocus sativus L.): The golden spice — management, challenges, and opportunities for sustainable production in the United States.
Follow this hub
Get a weekly update with new evidence from this hub.
Who Gets Value
Farmers & Advisors
Find locally relevant practices and outcomes before changing field strategy.
Researchers
Identify evidence gaps, leading topics, and collaborator hubs.
Funders & Program Teams
Assess momentum, concentration risk, and portfolio coverage.
Strategic Snapshot
Primary topic: Organic Agriculture
Primary outcome: Soil Health
Top funder concentration: 22%
Established 1947
Visit websiteTop Contributors
1. Andrew Smith
52 citations
2. Saurav Das
124 citations
3. Dinesh Panday
119 citations
4. Arash Ghalehgolabbehbahani
117 citations
5. Gladis Zinati
18 citations