Profile® Vegetation Establishment Systems

Protect the Seed.
Build the Vegetation.

Hydraulic mulches protect seed, retain moisture, moderate surface
conditions, and support vegetation establishment across disturbed
soils. The right system depends on slope, rainfall exposure,
application conditions, and the level of erosion protection the
site requires.


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More Than Seed and Water

Vegetation Establishment Begins With Surface Protection

Newly seeded soil is vulnerable to drying, rainfall impact,
runoff, displacement, and temperature swings. Hydraulic mulch
creates a protective environment that helps hold seed in place
and preserve the moisture needed for germination.

01

Moisture Retention

Fibers absorb and retain water around the seedbed, helping
reduce rapid drying during the critical germination period.

02

Seed Protection

Applied fibers help hold seed against the soil surface and
reduce movement caused by wind, rainfall, and shallow runoff.

03

Surface Moderation

The mulch layer helps moderate temperature and moisture
fluctuations that can interfere with consistent establishment.

04

Application Efficiency

Hydraulic application allows seed, mulch, amendments, and
tackifier to be distributed over large or difficult areas.

Start With Site Exposure

The Mulch Must Match the Conditions It Will Face

Hydraulic mulch selection should begin with the site rather
than the product. A flat, protected area with limited runoff
does not require the same system as a long slope exposed to
heavy rainfall.

Slope gradient, slope length, soil condition, seasonal weather,
drainage patterns, establishment time, and maintenance access
all influence the appropriate level of performance.

A mulch that is adequate for germination may not provide adequate erosion control.

The goal is to match both vegetation needs and surface
protection requirements.

01

Slope Geometry

Evaluate gradient, slope length, transitions, and the
potential for water to accelerate across the surface.

02

Rainfall Exposure

Consider seasonal storm intensity, installation timing,
and the duration of exposure before vegetation matures.

03

Runoff Conditions

Identify sheet flow, concentrated flow, drainage outlets,
low points, and other locations with greater erosion risk.

04

Project Duration

Determine how long the mulch must perform before vegetation
can provide meaningful surface protection.

Hydraulic Mulch Selection Guide

Increase Protection as Site Demands Increase

Basic mulches support seed establishment on lower-risk sites.
Tackified and engineered fiber systems add greater surface
stability as slopes, exposure, and erosion risk increase.

Level 01

Cellulose Mulch

Cellulose-based mulch provides economical seedbed cover
for relatively flat, protected, and lower-risk areas.

  • General seeding
  • Short slopes
  • Limited runoff exposure
  • Accessible applications

Level 02

Wood Fiber Mulch

Wood fiber creates a more substantial mulch layer with
increased water-holding capacity and improved surface cover.

  • Moderate slopes
  • Greater moisture demand
  • Longer establishment periods
  • Improved seedbed protection

Level 03

Mulch With Tackifier

Tackifier helps bond the mulch to the soil surface and
improves resistance to rainfall and shallow runoff.

  • Longer slopes
  • Greater rainfall exposure
  • Moderate erosion risk
  • Improved surface adhesion

Level 04

Engineered Fiber Matrix

Reinforced fiber matrices provide stronger erosion
protection and vegetation establishment performance for
more demanding conditions.

  • Steeper slopes
  • High rainfall exposure
  • Longer slope lengths
  • Enhanced erosion control
Featured Engineered Fiber Matrix

Step Up to ProMatrix™ EFM™ When the Site Demands More

ProMatrix™ Engineered Fiber Matrix™ bridges the performance
gap between conventional hydraulic mulch and higher-end erosion
control systems. It combines thermally refined wood fibers,
interlocking fibers, mineral activators, and water-management
components in a hydraulically applied matrix.

The system is designed to provide improved erosion control and
vegetation establishment while supporting efficient loading and
installation.

Reinforced fiber matrix
Improved surface protection
Supports vegetation establishment
Hydraulically applied
Efficient tank loading
Suitable for demanding slopes


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Compare the Performance Level

Not Every Green Fiber Performs the Same Way

Appearance alone does not indicate erosion-control capability.
Fiber type, application rate, tackifier, matrix structure, slope
geometry, and installation quality all affect performance.

System Type
Primary Function
Typical Site Conditions
Relative Protection
Cellulose mulch
Economical seedbed cover
Flat or short, low-risk slopes
Basic
Wood fiber mulch
Moisture retention and surface cover
Moderate slopes and exposure
Moderate
Wood fiber with tackifier
Added surface adhesion
Longer slopes and greater rainfall exposure
Enhanced
Engineered fiber matrix
Vegetation establishment and erosion control
Steeper or more demanding slopes
High
Flexible growth medium
High-performance erosion control
Severe slopes and demanding hydraulic exposure
Highest vegetated system
Important:
These categories provide general guidance only. Final product,
application rate, additives, and installation requirements should
be confirmed using project specifications, manufacturer data,
site conditions, and applicable engineering criteria.
Common Applications

Flexible Installation Across Disturbed Sites

Hydraulic mulch systems can be adapted to a wide range of
construction, infrastructure, development, and restoration
conditions.

01

Roadway Slopes

Establish vegetation across roadside cuts, fills, medians,
shoulders, and transportation rights-of-way.

02

Commercial Development

Stabilize disturbed soils during grading, infrastructure
installation, landscape establishment, and project closeout.

03

Stormwater Facilities

Support vegetation on pond slopes, berms, drainage swales,
embankments, and surrounding disturbed areas.

04

Utility Corridors

Reestablish vegetation along pipelines, transmission
corridors, access routes, and utility construction zones.

05

Large Disturbed Areas

Apply seed and protective fiber efficiently across extensive
sites where conventional placement would be labor intensive.

06

Environmental Restoration

Support revegetation following soil disturbance, reclamation,
shoreline work, or habitat restoration.

Application Matters

The Right Product Still Requires the Right Installation

Mixing sequence, tank loading, water volume, application rate,
hose reach, nozzle technique, surface preparation, and weather
conditions all influence the final result.

R.H. Moore works with contractors and project teams to connect
product selection with practical equipment and jobsite
requirements.

Confirm soil preparation
Calculate application quantities
Match product to equipment
Follow proper mixing sequence
Apply at the specified rate
Inspect coverage and continuity
R.H. Moore Technical Support

From Site Evaluation Through Application

Our team helps align site exposure, vegetation requirements,
specifications, quantities, equipment, and contractor execution.

01

Evaluate

Review soils, slopes, rainfall exposure, runoff conditions,
and establishment requirements.

02

Select

Match the hydraulic mulch or matrix to the project’s
performance and specification requirements.

03

Plan

Confirm quantities, loading, additives, equipment,
application rate, and installation sequencing.

04

Establish

Create consistent coverage that supports germination,
erosion resistance, and long-term vegetation.

Need Help Selecting a Hydraulic Mulch?

Bring Us the Site Conditions.
We’ll Help Match the System.

Connect with R.H. Moore for product selection, specification
assistance, quantity calculations, application planning,
contractor support, or project-specific technical guidance.


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