Organic Matter
Determine whether the soil contains enough organic material
to support nutrient cycling, water retention, and sustained
biological activity.
Disturbed and depleted soils often lack the organic matter,
nutrients, biological activity, and moisture-holding capacity
required for sustainable vegetation. Engineered soil media help
rebuild the growing environment without relying solely on
imported topsoil.
A successful vegetation plan begins below the surface.
Construction activity, grading, compaction, erosion, and the
removal of native topsoil can leave behind a substrate that
cannot reliably support germination, root development, or
long-term plant health.
Determine whether the soil contains enough organic material
to support nutrient cycling, water retention, and sustained
biological activity.
Evaluate pH, soluble salts, nutrient availability, and other
chemical conditions that can limit germination and healthy
plant development.
Review compaction, texture, infiltration, moisture retention,
rooting depth, and the ability of the soil to support
developing vegetation.
Consider slope access, staging space, installation equipment,
trucking requirements, schedule, and the practicality of
placing imported material.
Poor soil conditions do more than slow germination. They can
lead to thin vegetation, exposed soil, repeated erosion,
additional maintenance, delayed stabilization, and difficulty
achieving final project closeout.
Adding seed and mulch without addressing the underlying
growing environment may treat the visible surface while
leaving the fundamental limitation untouched.
01
Inadequate nutrients, moisture, and biological activity
delay germination and root development.
02
Variable soil conditions create patchy vegetation and
leave vulnerable areas exposed.
03
Weak vegetation provides limited protection against
rainfall, runoff, and surface soil loss.
04
Failed establishment can trigger repair cycles,
maintenance costs, and additional inspection concerns.
The appropriate solution depends on the severity of soil
depletion, erosion exposure, installation constraints, and
whether soil building and surface protection must occur
separately or in one application.
Approach 01
Targeted amendments may improve soil chemistry,
fertility, biological activity, or moisture performance
where the existing soil remains reasonably functional.
Approach 02
Imported topsoil can create a traditional growing layer
where suitable material, equipment access, placement
depth, trucking, and grading are practical.
Approach 03
Engineered biotic soil media can add organic matter and
soil-building components where imported topsoil is
difficult, expensive, inconsistent, or impractical.
Approach 04
Integrated systems address depleted soils while also
protecting seed and the surface against rainfall and
erosion during vegetation establishment.
ProGanics® Biotic Soil Media™ is a hydraulically applied
topsoil alternative designed to accelerate the development of
depleted soils and substrates with low organic matter, limited
nutrients, and reduced biological activity.
The system provides renewable soil-building components that
improve the growing environment and support sustainable
vegetation establishment, particularly where transporting and
placing conventional topsoil is difficult.
Builds organic matter
Supports nutrient cycling
Improves moisture retention
Hydraulically applied
Reduces topsoil dependence
Reaches difficult terrain
Material cost is only one part of the decision. Availability,
consistency, trucking, staging, placement, grading, site access,
erosion exposure, and installation time can materially affect
the real project cost.
Engineered soil media can be particularly effective where
conventional topsoil creates access, cost, quality, scheduling,
or constructability challenges.
Rebuild disturbed roadside soils while reducing trucking,
grading, and material placement requirements.
Deliver soil-building media to terrain where conventional
placement equipment cannot operate efficiently.
Improve severely depleted substrates across large disturbed
areas and demanding reclamation environments.
Address compacted or stripped construction soils before
landscape establishment and final stabilization.
Support vegetation establishment on pond slopes, berms,
conveyances, and surrounding disturbed areas.
Reintroduce organic matter and biological function where
existing substrates cannot support the restoration goal.
ProGanics® DUAL™ combines the soil-building benefits of a
biotic soil media with bonded fiber matrix erosion-control
performance. The integrated approach can reduce tank loads,
installation steps, logistics, and time on suitable projects.
R.H. Moore helps connect soil conditions, vegetation goals,
erosion-control requirements, constructability, and installation
planning before products arrive at the jobsite.
01
Evaluate soil chemistry, organic matter, fertility,
compaction, and physical limitations.
02
Match soil-building and erosion-control systems to the
project requirements and vegetation goals.
03
Support contractors with quantities, equipment planning,
application sequencing, and field guidance.
04
Help create the soil conditions and surface protection
required for durable vegetation performance.
Connect with R.H. Moore for soil evaluation, product selection,
specification support, application planning, contractor
coordination, or project-specific technical assistance.
LET’S GET TO IT TOGETHER
Work with R. H. Moore for sustainable erosion and stormwater solutions

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