Carnation Farms: 2025 Report on Lowland Livestock & Soil Health
TL;DR: Carnation Farms successfully expanded livestock grazing across 800 lowland acres, significantly improving soil health and increasing yields.
- Rotational grazing improved soil carbon and water infiltration.
- Diverse livestock boosted farmstand yields and revenue.
- Adaptive grazing plans optimized forage use and regrowth.
- Multi-species synergies reduced weed pressure, improving efficiency.
- Drainage improvements enabled year-round grazing in lowlands.
Why it matters: This case study demonstrates a scalable model for integrating livestock into regenerative lowland systems, offering tangible benefits for ecological and economic farm resilience.
Do this next: Evaluate your farm for potential areas to integrate multi-species rotational grazing, starting with perimeter pastures.
Recommended for: Farmers and land managers seeking a comprehensive and data-driven approach to integrating multi-species livestock into lowland regenerative agricultural systems.
Carnation Farms' 2025 Impact Report documents the expansion of livestock integration across lowland acres in regenerative systems, quantifying impacts on soil health, yields, and scalability. The farm increased grazing from 200 to 800 acres, incorporating cattle, sheep, and poultry in rotational systems with perennial pastures and cover-cropped fields. Key results include a 28% rise in soil organic carbon, 35% improved water infiltration, and farmstand yields up 22% for vegetables intercropped with grazed pastures. Implementation details feature adaptive grazing plans: daily moves in portable paddocks covering 1-2 acres per 50-head group, timed to 50% forage utilization for optimal regrowth. Quantified metrics from 2025 soil sampling show pH stabilization, microbial biomass doubling, and reduced compaction. Economic outcomes include $150K added revenue from direct-market meats and diversified crops, with labor efficiency via multi-species synergies reducing weed pressure naturally. Challenges like wet lowland management were addressed with raised-bed integrations and drainage improvements, enabling year-round grazing. The report provides blueprints for scaling: Phase 1 (Years 1-2) focuses on perimeter pastures; Phase 2 adds crop residue grazing; Phase 3 integrates full-farm mob grazing. Biodiversity metrics note 40% more bird species and pollinator activity. Long-term insights project 15% annual resilience gains against droughts, positioning this as a replicable model for similar terrains with detailed cost-benefit analyses and monitoring protocols.