Services
Microbial Strategies for Regeneration & Remediation
Microbial Mud LLC works with land stewards, farmers, communities, and institutions to restore soil function, rebuild biological integrity, and support long-term ecological resilience. Our work centers on microbial and fungal ecology, observation-based soil management, and place-specific design. Rather than applying generic inputs, we assess living soil systems and develop custom biological strategies that support regeneration after disturbance, contamination, or intensive land use. We integrate modern soil microscopy, field observation, Indigenous land-based knowledge, and regenerative practices—including IMO, JADAM, compost ecology, fungal systems, biochar, and permaculture design—to guide land back toward functional, self-organizing ecosystems.
Remediation Project Packages
We design and support nature-based remediation and recovery strategies for land impacted by PFAS, hydrocarbons, heavy metals, nutrient runoff, and physical disturbance such as excavation or compaction, with an emphasis on restoring biological function rather than forcing chemical correction.Each project is approached as a biological reconstruction process, not a one-time treatment. The goal is to re-establish a resilient soil food web capable of cycling nutrients, buffering contaminants, and improving ecosystem stability over time. Every remediation effort begins with site context and baseline assessment, which may include land-use history, disturbance patterns, hydrology, and available soil or contaminant data. Where appropriate, soil and compost microscopyis used to directly observe existing microbial communities—bacteria, fungi, protozoa, aggregate structure, and overall food web balance — before any interventions are applied. Typical project scope may include:
Site assessment and history review
Evaluation of soil condition, compaction, disturbance patterns, vegetation history, and contaminant context to understand both chemical and biological constraints.
Baseline soil and compost microscopy
Establishing a biological reference point to identify missing functional groups, fungal:bacterial balance, predator activity, and indicators of soil stress or dormancy.
Development of a custom microbial and fungal strategy
Design of site-specific inoculation plans using Indigenous Microorganisms (IMO), fungal integrations, compost tea extracts, and aerobic or anaerobic brews selected to rebuild targeted portions of the soil food web.
Compost tea extracts and biological delivery systems
Use of compost teas and extracts to rapidly multiply beneficial organisms already adapted to the site and deliver them efficiently to soil and plant surfaces during key recovery windows.
Hemp, fungal, and plant-based remediation planning
Strategic use of deep-rooted plants, mycorrhizal fungi, and biomass cycling to support contaminant uptake, immobilization, or transformation while feeding soil biology.
Biochar design and carbon-based filtration concepts
Integration of inoculated biochar as microbial habitat, contaminant sorbent, and long-term carbon reservoir within soil or water treatment zones.
Pre- and post-inoculation monitoring frameworks
Follow-up field observation and microscopy to track microbial establishment, fungal expansion, and overall soil food web recovery after each major intervention.Projects are tailored for private land, farms, community spaces, demonstration sites, and collaborative municipal or institutional efforts. Implementation support can range from advisory guidance to hands-on field integration, with ongoing observation used to refine strategies as biological function improves.
Agricultural & Soil Consulting
We offer on-site and remote consulting focused on restoring soil biology, improving nutrient cycling, and reducing reliance on synthetic inputs, using direct observation and microscopy to guide every recommendation. This work is especially suited for regenerative farms, homesteads, orchards, agroforestry systems, and livestock operations recovering from disturbance, compaction, excavation, or transitioning management styles. Each engagement begins with site context and baseline assessment, which may include soil history, management practices, visual field indicators, and—where appropriate—soil and compost microscopy. Microscopy allows us to directly observe bacterial and fungal populations, protozoa activity, aggregate structure, and overall soil food web balance before interventions begin. Areas of support include:
Soil biology assessment and recovery planning
Pre- and post-inoculation microscopy to identify biological gaps, track microbial recovery, and ensure the soil food web is moving toward greater complexity and balance.
Compost ecology and biologically active compost systems
Design and evaluation of compost and vermicompost systems using microscopy to assess maturity, fungal:bacterial ratios, and suitability for different crops.
Compost tea extracts and microbial teas
Aerobic compost tea and extract strategies designed to multiply existing beneficial organisms, reintroduce missing functional groups, and deliver biology efficiently to soil and foliage.
JADAM, Korean Natural Farming, and Indigenous microbial practices
Integration of IMO collections, JADAM microbial solutions, and fermented inputs adapted to local conditions and verified through observation rather than assumptions.
Custom microbial brewing protocols (aerobic and anaerobic)
Recipes and timing tailored to soil condition, crop stage, and desired biological outcomes, with follow-up observation to confirm effectiveness.
Soil amendment and foliar application timing
Application strategies aligned with plant phenology, moisture conditions, and microbial activity to maximize biological uptake and minimize waste.
Cover cropping, green manures, and residue management
Species selection and termination methods chosen specifically to feed targeted microbial groups and support long-term soil aggregation.
Integration of Indigenous and place-based agricultural knowledge
Practices that respect local ecology, climate, and cultural land relationships while enhancing biological function.Rather than prescribing fixed recipes, recommendations are continuously refined through observation and follow-up microscopy, allowing soil biology to compound and improve season after season as the system becomes more self-regulating and resilient.
Indoor Grow Support: Transition to Microbial Cultivation
Many indoor cultivation systems rely on sterile media and salt-based nutrient programs. While productive in the short term, these systems often suppress biological complexity and lock growers into ongoing chemical dependency.We help cultivators transition toward biologically active systems that support plant health, expression, and resilience while maintaining consistency and yield. Support may include:
Transition planning away from salts and bottled inputs
Gradual step-down strategies that reduce EC and synthetic inputs while introducing biology in phases, preventing nutrient shock, lockout, or yield loss during the transition.
Microbial and fungal feeding schedules aligned with growth stages
Custom tea and ferment timing tied to vegetative growth, flowering, and root development to support nutrient cycling, terpene expression, and stress resilience.
Soil and media rebuilding
Reactivation of living systems using IMO, biologically active composts, inoculated biochar, and humic substances to rebuild aggregation, microbial habitat, and long-term fertility.
Small-scale, indoor-appropriate brewing system design
Guidance on equipment, recipes, and workflows for clean, consistent brewing in limited indoor spaces without introducing contamination or excess moisture.
Biological plant immunity and disease suppression strategies
Use of beneficial bacteria and fungi to occupy root and leaf niches, outcompete pathogens, and reduce dependence on chemical fungicides and pest controls.This work is tailored for both commercial and small-scale growers seeking deeper alignment between plant health and living soil systems.
Bulk Orders & Product Scaling
For partners requiring larger volumes of biological inputs or system setup guidance, we offer custom brewing support and bulk preparation built around the specific biology, soils, and management goals of your land. All bulk preparations are informed by site context and microscopy-supported observation rather than generic formulas. Where possible, soil and compost microscopy is used to assess existing microbial balance, fungal presence, protozoa activity, and overall soil food web structure. These observations guide what organisms are encouraged, what substrates are used, and how brews are scaled. This may include:
Site-specific microbial inoculants
Developed using local inputs, Indigenous Microorganisms (IMO), and biology observed on-site to reinforce native, well-adapted communities.
Fermented plant and microbial preparations
Custom ferments designed around crop type, soil condition, nutrient cycling needs, and biological gaps identified through observation.
Brewing system design and workflow guidance
Scalable brewing strategies matched to your infrastructure, labor capacity, and application methods, ensuring biological vitality at the time of use.Work is coordinated with farms, nurseries, conservation groups, tribal nations, and ecological organizations to ensure biological relevance and freshness at the time of application.
Permaculture & Agroforestry Landscape Design
Our permaculture and agroforestry design services treat soil biology as the foundation of landscape resilience, using the soil food web as a primary design driver rather than an afterthought. Designs are built to support long-term productivity, ecological stability, and low external inputs across perennial and working landscapes. Every project begins with farmer-centered goal setting and whole-site assessment. We start by listening—clarifying the land steward’s short-term needs and long-term vision, identifying constraints (labor, equipment, cash flow, time, markets), and mapping priorities so the plan is both ecologically sound and economically viable. The goal is a system that can be implemented step-by-step without having to “redo the farm” in five years. Alongside observation and site analysis, we incorporate soil and compost biology evaluation where appropriate. Pre-design soil analysis and microscopy allow us to directly observe microbial and fungal communities—bacteria, fungi, protozoa, and overall biological balance—establishing a biological baseline that informs system layout, species selection, fertility strategy, and implementation sequencing. Designs integrate food production, ecological restoration, water management, and fertility cycling into cohesive systems that actively support a complete and functional soil food web. This approach is especially well-suited to agroforestry systems, where trees, understory crops, livestock, and soil biology function as an interconnected whole.Design elements may include:
Goal alignment + phased roadmap (built with the farmer)
A practical, stepwise implementation plan tied to the farm’s timeline, labor reality, and profitability targets—so improvements compound over time instead of creating future rework.
Whole-site analysis
Zones, sectors, soils, slope, hydrology, disturbance history, compaction, access, and edge effects—interpreted through both landscape patterns and biological conditions.
Agroforestry system design
Including food forests, forest farming systems, alley cropping, and silvopasture, designed to enhance perennial productivity while building soil carbon, fungal dominance, and structural diversity over time.
Soil biology assessment and monitoring
Pre- and post-intervention soil analysis, with optional microscopy before and after earthworks, planting, grazing integration, or major system changes to ensure soil biology is recovering rather than stalling.
Fungal and soil-building systems
Wood-based fungal installations, mulch and residue management, compost ecology, and perennial root systems designed to increase aggregation, improve nutrient cycling, and support long-term carbon storage.
Water and edge management
Water harvesting, infiltration strategies, and riparian buffer zones designed to protect waterways, stabilize soils, and support microbial and root-zone function.
Protective buffer and transition zones
Vegetated buffers to reduce runoff, airborne pollutants, road impacts, and cross-pollination pressure from neighboring land uses, while creating habitat corridors and microclimate stability.
Closed-loop fertility strategies
Rooted in natural and Indigenous land stewardship practices, using on-site biomass, compost systems, IMO-based biology, and fermented inputs to cycle nutrients locally and reduce dependency on off-farm inputs.
Companion planting and integrated cropping systems
Annuals, perennials, and understory species selected to feed soil biology year-round through root exudates, litter fall, and managed disturbance. Where implementation support is included, we provide follow-up monitoring and adaptive management, using field observations and optional soil biology assessments to keep the system on track as it matures. Services are available as design-only packages or as phased implementation projects with ongoing technical support and biological monitoring.
5-Year & 10-Year Soil Health Plans
For landowners and organizations committed to lasting transformation, we develop multi-year soil regeneration frameworks that guide biological recovery, system maturity, and increasing ecological function over time. These plans are built around the understanding that soil health improves cumulatively and exponentially when biology is observed, supported, and allowed to compound year after year. Rather than repeating the same inputs annually, each season builds on the biological gains of the previous one. Every long-term plan begins with baseline soil assessment, including physical observation, management history, and—where appropriate—soil and compost microscopy to evaluate the existing soil food web (bacteria, fungi, protozoa, aggregate structure, and overall balance). Plans may include:
Seasonal and annual microbial intervention schedules
Carefully timed applications of microbial teas, ferments, fungal inoculants, and organic amendments designed to match crop stages, climate cycles, and soil biology needs for each year of the plan.
Pre- and post-inoculation microscopy analysis
Microscopic evaluation before and after major biological inputs to track changes in microbial populations, fungal development, predator-prey balance, and overall soil food web function.
Organic matter and carbon-building benchmarks
Clear targets for residue management, compost inputs, biochar integration, and root-driven carbon deposition, adjusted annually as soil structure and biology improve.
Cover crop, fallow, and rotation planning
Species selection and sequencing chosen specifically to feed targeted microbial groups, encourage fungal dominance where appropriate, and increase system resilience over time.
Custom IMO cultivation and expansion strategies
Year-by-year plans for collecting, expanding, and deploying Indigenous Microorganisms that are increasingly adapted to the site as conditions improve.
Detailed documentation of inputs and intent
Clear explanation of what is being applied, why it is being used, what biological function it supports, and how it fits into the larger multi-year trajectory.
Ongoing reassessment and adaptive refinement
Periodic field observation and microscopy-informed check-ins used to refine inputs, reduce unnecessary interventions, and allow biology to self-organize more efficiently each season.Over time, these frameworks shift management away from reactive inputs and toward biological momentum, where healthier soil requires fewer corrections, greater nutrient self-regulation, and increasing productivity with lower external dependency. These frameworks support farms transitioning away from synthetics, land trusts, sacred land projects, and long-term stewardship efforts focused on deep, lasting land repair.
Educational Events, Private Talks & Workshops
Regeneration is both a technical discipline and a relational practice. Education is central to rebuilding soil literacy and restoring connection between people, land, and living systems. Dr. Mudd’s Microbes offers hands-on learning experiences that combine microbial science, ecological design, and lived field practice.
Workshops & Skill Trainings
Half-day or full-day sessions covering topics such as:Indigenous Microorganism (IMO) collection and expansionMicrobial and fungal fermentation systems. Compost ecology and soil food web principles. Regenerative soil microscopy Bioremediation with fungi, plants, and carbon. Closed-loop fertility and regenerative system design
Talks & Speaking Engagements
For conferences, classrooms, community gatherings, and retreat spaces. Topics include:Soil as a living system Microbial stewardship and land repairNature-based remediation approaches Designing regenerative and sacred landscapesSite
Visits & Immersive Learning
Small-group visits to active project or demonstration sites, featuring live brewing systems, biochar integration, and in-field observation.
Custom Curriculum Development
Collaborative creation of lesson plans, workshops, or seasonal learning series tailored to schools, organizations, or community initiatives. Formats include in-person, virtual, and multi-day intensives by request. Ready to Begin?Book a free discovery call or send us a message to begin crafting a custom solution for your land, project, or community.
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