Backyard Stream Installation: Costs, Design Options & What to Expect

There is something primal about moving water. The gentle babble of a stream triggers relaxation responses that psychologists have documented reduced stress hormones, lowered blood pressure, improved mood. Perhaps that is why, when homeowners dream of the perfect backyard retreat, a meandering stream so often appears in that vision.

A backyard stream brings your landscape to life in ways static features cannot match. Water flowing over rocks, pooling in quiet eddies, cascading over small drops the movement creates constantly changing light patterns, sounds that mask neighborhood noise, and an irresistible draw for birds, butterflies, and beneficial wildlife. Unlike a pond that you look at, a stream creates a journey through your landscape, inviting exploration and discovery.

Whether you envision a naturalistic brook winding through woodland gardens, a dramatic stream connecting a waterfall to a koi pond, or a sleek contemporary water channel complementing modern architecture, professional stream installation transforms landscape dreams into flowing reality.

This guide covers everything you need to know about backyard stream installation: costs, design options, construction process, and ongoing care. Whether you are adding a stream to an existing pond, creating a standalone pondless stream, or envisioning a complete water feature ecosystem, this information helps you plan effectively and invest wisely.

Stream Installation Costs at a Glance

Stream installation costs vary significantly based on length, complexity, features included, and site conditions. Here is what Chicago-area homeowners typically invest:

Stream Type	Length	Typical Cost Range	Includes
Short pondless stream	8–12 ft	$3,000–$5,000	Waterfall head, short run, basin, pump
Medium pondless stream	15–25 ft	$5,000–$9,000	Waterfall, stream with drops, basin, pump
Long pondless stream	30–50+ ft	$9,000–$15,000+	Extended run, multiple drops, larger basin
Stream addition to existing pond	10–20 ft	$3,500–$7,000	Stream connecting to pond, pump upgrade if needed
Stream addition to existing pond	25–40+ ft	$7,000–$12,000+	Extended stream, multiple features
Pond + stream + waterfall (complete)	15–25 ft stream	$12,000–$20,000	Full ecosystem, integrated design
Premium/complex stream	Varies	$15,000–$30,000+	Extensive length, multiple waterfalls, pools, bridges
Formal/architectural stream	Varies	$8,000–$20,000+	Custom materials, precise geometry, specialty finish

Costs reflect 2026 Chicago-area averages including excavation, liner, rock work, pump, plumbing, and professional installation. Actual costs depend on specific design, site conditions, access, and feature complexity.

What Drives Stream Installation Costs

Understanding cost factors helps you make design decisions that align with your budget:

Length is the primary cost driver. Longer streams require more excavation, more liner, more rock, more plumbing, and larger pumps. Cost per linear foot typically ranges from $200-$400 depending on width and complexity.

Width affects material quantities and labor. Narrow streams (18-24 inches) cost less than wide, river-like flows (3-4+ feet).

Grade changes along the stream path increase complexity. Natural slopes are ideal; creating grade on flat sites requires more excavation and material.

Number of drops and cascades adds dramatic effect but increases construction complexity. Each waterfall or cascade requires careful rock placement, liner work, and attention to prevent leaks.

Pooling areas along the stream add visual interest and create habitat but require additional excavation and rock work.

Rock selection significantly impacts cost. Locally sourced fieldstone costs less than imported boulders or specialty stone. Larger boulders require equipment for placement.

Access and site conditions affect labor time. Easy equipment access reduces costs; hand-carrying materials through gates and around obstacles increases them.

Pump and equipment costs scale with stream length and lift height. Longer, higher-flow streams require more powerful pumps.

For comparison with complete pond installations, see our pond installation cost guide for 2026.

Types of Backyard Streams

Different stream configurations suit different landscapes, budgets, and goals. Understanding your options helps you choose the right approach.

Pondless Streams

Pondless streams appear to flow naturally through your landscape, with water seemingly disappearing into the ground at the stream’s end. In reality, water collects in a buried basin filled with rock and recirculates to the stream’s headwater.

Pondless stream advantages:

• No open water (safer for small children, reduces liability)
• Lower maintenance than ponds with fish
• Smaller footprint than pond-fed streams
• Ideal for tight spaces or sloped lots
• Can run intermittently without fish concerns
• Water loss from evaporation is minimal

Pondless stream considerations:

• No fish-keeping capability
• Smaller water volume means less biological stability
• Basin must be sized for stream volume during operation
• Still requires pump operation for visual/audio effect

For detailed information about pondless systems, see our guide to pondless waterfall installation and maintenance.

💡 Pro Tip: Pondless streams are perfect for front yards where pond liability concerns exist, for families with young children, or for anyone wanting the stream experience without pond maintenance responsibilities.

Pond-Fed Streams

Pond-fed streams connect a waterfall or water source at higher elevation to a pond at lower elevation. Water circulates continuously pumped from the pond to the stream head, flowing down through the stream, and returning to the pond.

Pond-fed stream advantages:

• Integrated ecosystem with pond and stream
• Fish can access stream pools (depending on design)
• Larger water volume provides stability
• Stream adds aeration and filtration benefit to pond
• Most dramatic overall effect

Pond-fed stream considerations:

• Requires existing or new pond
• More complex installation
• Higher overall investment
• Full pond maintenance responsibilities

Standalone Recirculating Streams

Standalone streams begin and end without connecting to a visible pond. Water recirculates through underground plumbing from the stream terminus back to the headwater. These differ from pondless streams in that they may feature visible beginning and ending pools or reservoirs.

Standalone stream advantages:

• Flexible design options
• Can be designed as complete circuits
• Varying visibility of water source and terminus

Natural/Naturalistic Streams

Designed to mimic nature, naturalistic streams feature irregular courses, varied widths, natural stone placement, and native or natural-looking plantings. They appear as though they have always existed in the landscape.

Naturalistic stream characteristics:

• Curved, meandering paths
• Mixed stone sizes and types
• Irregular edges
• Varied water depth and speed
• Natural plantings integrated with stream
• Blend seamlessly with surrounding landscape

Formal/Architectural Streams

Formal streams suit contemporary and architectural landscapes. They feature geometric precision, consistent widths, defined edges, and often incorporate materials like cut stone, concrete, or metal.

Formal stream characteristics:

• Straight lines or precise curves
• Consistent width throughout
• Clean, defined edges
• Uniform materials
• May feature channels, runnels, or spillways
• Complement modern architecture

💡 Pro Tip: Your stream style should complement your home’s architecture and existing landscape. A rustic naturalistic stream can feel out of place against a modernist house, just as a geometric formal stream might clash with a cottage garden.

Stream Design Elements and Features

The most captivating streams incorporate multiple design elements that create visual interest, varied sounds, and natural appeal.

Waterfalls and Cascades

Most streams begin with a waterfall or include cascades along their length. These drops create the dramatic sound and visual interest that make streams so appealing.

Waterfall options:

• Main waterfall at stream head: The primary drop that launches water into the stream
• In-stream cascades: Smaller drops along the stream run
• Multi-tier falls: Series of drops in succession
• Spillway falls: Water sheeting over flat stones
• Boulder cascades: Water tumbling through and around large rocks

Design considerations:

• Drop height affects sound higher falls are louder
• Multiple smaller drops often sound better than one large fall
• Rock placement controls water pattern and spray
• Waterfall width relative to stream width affects visual balance

Pooling Areas

Pools along the stream create quiet zones where water slows, providing contrast to faster-moving sections and creating habitat opportunities.

Pool benefits:

• Visual variety and interest
• Quiet water for reflection
• Wildlife watering and bathing
• Plant habitat for aquatics
• Spaces where fish can rest (pond-fed systems)
• Dramatic lighting opportunities

Pool considerations:

• Pools require additional excavation depth
• Must be integrated into overall water flow
• May accumulate debris requiring periodic cleaning
• Deeper pools can support small fish populations

Boulder and Rock Placement

Rock work defines stream character. Professional placement creates natural appearance while ensuring proper water flow and preventing leaks.

Rock work principles:

• Mix sizes: Combine boulders, medium rocks, and gravel for natural look
• Bury edges: Rocks should appear to continue below ground
• Direct flow: Strategic placement controls water path and creates sounds
• Protect liner: Rocks shield liner from UV and physical damage
• Create diversity: Varied placement creates visual interest

Rock types commonly used:

• Native fieldstone (most natural in Chicago area)
• River rock and cobbles
• Moss rock for aged appearance
• Granite boulders for durability
• Flagstone for flat surfaces

⚠️ Warning: Rock placement over liner requires padding to prevent punctures. Sharp rocks placed directly on liner will eventually cause leaks as settling and water pressure create pressure points. Professional installation includes proper underlayment and padding at all rock contact points.

Stream Plantings

Plants soften stream edges, provide wildlife habitat, and integrate the water feature into the surrounding landscape.

Planting zones:

• Marginal/edge plants: Grow in shallow water or saturated soil at stream edges
• Bog plants: Thrive in consistently moist soil near stream
• Upland plants: Frame the stream from dry ground beyond edges
• Aquatic plants: Grow in stream pools or slower sections

Popular stream-side plants for Chicago:

• Cardinal flower (Lobelia cardinalis)
• Blue flag iris (Iris versicolor)
• Marsh marigold (Caltha palustris)
• Japanese iris varieties
• Rushes and sedges
• Astilbe varieties
• Hostas (shaded areas)
• Ferns (shaded areas)

Bridges and Crossings

Bridges add charm and functionality, allowing paths to cross streams and creating viewing platforms.

Crossing options:

• Arched wooden bridges: Classic appearance, various sizes
• Flat stone slabs: Natural stepping stones across narrow sections
• Boulder crossings: Large flat-topped rocks as steps
• Formal bridges: Architectural materials matching formal streams
• Stepping stones in water: For interactive crossings

Bridge considerations:

• Support requirements depend on span and load
• Height must allow water flow during high-water events
• Railings may be required by code depending on height
• Material durability in wet environment

Stream Lighting

Lighting transforms streams into evening focal points, revealing water movement and extending enjoyment hours.

Stream lighting approaches:

• Underwater lights: Illuminate from within pools and cascades
• Waterfall lights: Behind or above falls for dramatic effect
• Path lights: Along stream-side walkways
• Spotlights: Accent lighting on boulders, plants, bridges
• Moonlighting: Downlights in trees creating natural shadow effects

Planning lighting during construction allows wire routing before final rock placement. Adding lighting later requires more disruptive installation.

Site Considerations for Stream Installation

Your site’s characteristics influence what stream design will work best and how installation will proceed.

Grade and Slope

Streams require elevation change between headwater and terminus. This grade can be natural or created.

Natural slope (ideal): If your property naturally drops from one area to another, a stream can follow that contour with minimal earthmoving.

Created slope: On flat sites, excavation creates grade. Soil removed from the stream bed can often be used to build up the headwater area, minimizing material hauling.

Grade requirements:

• Minimum 1-2% slope for water movement (roughly 1-2 inches per 10 feet)
• Steeper grades create faster flow and more dramatic sound
• Very steep grades require multiple drops to control water speed
• Gentle grades create peaceful, meandering flow

Space Requirements

Streams require adequate space for both the water feature and surrounding landscape integration.

Width considerations:

• Stream itself: Typically 18 inches to 4+ feet wide
• Edge zone for rocks and plants: 1-3 feet on each side
• Total corridor: Plan 6-10 feet wide minimum for naturalistic streams
• Path access alongside if desired

Length considerations:

• Minimum effective length: 8-10 feet
• Typical residential streams: 15-40 feet
• Maximum practical length depends on pump capacity and site
• Very long streams may require multiple pumps

Access for Equipment

Professional installation uses equipment that needs site access:

• Mini excavators require 3-4 foot wide access
• Skid steers need wider access but handle larger rocks
• Crane or boom equipment may be needed for large boulders
• Material delivery needs reasonable proximity to work area

Limited access alternatives:

• Hand excavation (increases labor cost significantly)
• Smaller rock sizes
• Equipment staged at property edge with hand-carrying

💡 Pro Tip: Discuss access during initial consultation. Sometimes temporary fence removal, careful routing across landscape, or phased construction can solve access challenges. Knowing limitations early allows realistic planning.

Proximity to Structures

Streams near foundations, patios, or other structures require additional attention:

• Splash and humidity near structures can cause issues
• Water direction must be contained away from foundations
• Permits may have setback requirements
• Underground utilities must be located and avoided

Underground Utilities

Before any excavation:

• Call JULIE (811) for utility location
• Private utilities (irrigation, low-voltage lighting, septic) must be identified
• Utility conflicts may require route adjustment

Equipment and Materials

Quality materials and properly sized equipment ensure long-term stream performance.

Liner and Underlayment

Liner: 45-mil EPDM rubber liner is the industry standard flexible, durable, and long-lasting (20+ year lifespan typical). Liner must be sized as a single piece where possible to minimize seams.

Underlayment: Geotextile fabric beneath liner protects against punctures from rocks and roots. Essential everywhere liner contacts soil.

Liner considerations:

• Width must accommodate stream width plus sides plus edge allowance
• Continuous liner through pools, drops, and transitions
• Seams, if required, must be properly bonded
• Edges must extend well above high-water level

Pumps

Pump selection depends on stream length, width, lift height, and desired flow rate.

Pump sizing factors:

• Flow rate: Measured in gallons per hour (GPH); wider streams need more flow
• Head height: Total vertical lift from pump to stream top
• Friction loss: Longer pipe runs and fittings reduce effective flow
• Operating cost: Energy-efficient pumps save money over years of operation

Typical pump sizing:

• Short narrow stream: 2,000-3,000 GPH
• Medium stream with waterfall: 3,000-5,000 GPH
• Long or wide stream: 5,000-8,000+ GPH

Aquascape AquaSurge and AquaForce pumps are commonly specified for their efficiency, reliability, and warranty coverage.

Plumbing

Pipe types:

• Flexible PVC or kink-free tubing for most runs
• Rigid PVC for specific applications
• Proper diameter for flow rate (typically 1.5-2 inch)

Fittings:

• Check valves prevent backflow when pump stops
• Ball valves allow flow adjustment
• Union fittings enable pump service without cutting pipe

Filtration Integration

Streams can incorporate biological filtration, particularly in pond-fed designs:

• BioFalls filters at stream headwater provide biological and mechanical filtration
• Skimmers at pond end remove surface debris
• Wetland filtration areas can be integrated into stream design

For filtration details, see our complete pond filtration systems guide.

Electrical Requirements

Stream pumps require reliable electrical supply:

• Dedicated circuit recommended for larger pumps
• GFCI protection required for outdoor outlets near water
• Outdoor-rated outlets and covers
• Consider capacity for future additions (lighting, additional pumps)

We coordinate with licensed electricians when new circuits or significant electrical work is required.

The Stream Installation Process

Understanding how stream installation proceeds helps you prepare and know what to expect.

Design and Planning

Every stream begins with design:

• Site evaluation: Assessing grade, space, access, utilities
• Design development: Stream path, features, materials
• Equipment specification: Pump, liner, plumbing sizing
• Proposal and approval: Detailed scope and pricing

Thorough planning prevents costly mid-project changes and ensures the finished stream matches your vision.

Site Preparation

Before construction begins:

• Utility location confirmed
• Access routes established
• Materials staged
• Existing landscape protected where possible

Excavation

The stream bed is excavated following the designed path:

• Grade established for proper water flow
• Pool areas excavated deeper
• Shelves created for rock placement
• Spoil soil used for building headwater elevation or removed

Excavation timeline:

• Short stream: 1/2-1 day
• Medium stream: 1-2 days
• Long/complex stream: 2-3+ days

Liner Installation

With excavation complete:

• Underlayment fabric placed throughout
• EPDM liner positioned and adjusted
• Excess liner trimmed (leaving adequate edge)
• Any seams bonded if required

⚠️ Warning: Liner must extend well above the maximum water level throughout the stream. Water can “wick” through capillary action in rock work, escaping over inadequate edges. Professional installation accounts for these dynamics; DIY installations often fail at edges.

Rock Work

Rock placement is both technical and artistic:

• Larger boulders placed first to establish structure
• Medium rocks fill spaces and direct water flow
• Smaller stones and gravel complete the natural look
• Careful positioning ensures water stays in channel
• Waterfall construction requires particular attention for proper flow

This phase transforms the excavation into a natural-appearing stream. Quality rock work distinguishes professional installation from amateur attempts.

Plumbing and Equipment

Pump, plumbing, and controls are installed:

• Pump positioned in basin (pondless) or pond
• Pipe run from pump to stream head
• Connections made with appropriate fittings
• Electrical connections completed
• Controls (timer, photocell) installed if included

Fill and Testing

With construction complete:

• Stream filled with water
• Pump started and flow observed
• Adjustments made to rock placement for optimal flow
• Leak check throughout system
• Water level stabilization confirmed
• Edge rock placement finalized

Final Details

Completing the installation:

• Edge concealment ensuring no visible liner
• Initial plantings if included
• Mulch and landscape integration
• Equipment access concealment
• Site cleanup

Client Walkthrough

Before we leave:

• Demonstration of system operation
• Control programming explanation
• Maintenance instruction
• Warranty information
• Question answering

Project Timelines

Stream installation timelines vary based on scope and complexity:

Project Type	Typical Duration
Short pondless stream (8-12 ft)	2-3 days
Medium stream (15-25 ft)	3-5 days
Long stream (30-50 ft)	5-7 days
Pond + stream + waterfall	5-10 days
Complex/premium stream	7-14+ days

Factors affecting timeline:

• Weather (rain delays excavation and rock work)
• Site access limitations
• Rock availability and delivery
• Complexity of features
• Electrical work requirements

💡 Pro Tip: Schedule stream installation during dry weather periods when possible. While we can work around light rain, significant precipitation makes excavation difficult and extends project duration.

Stream Maintenance Requirements

Streams require less intensive maintenance than ponds with fish but do need regular attention to perform well.

Routine Maintenance

Weekly/As needed:

• Remove leaves and debris from stream and pools
• Check pump intake for debris accumulation
• Observe water flow for changes indicating issues

Monthly:

• Clean pump intake screen
• Check water level in basin (pondless) or pond
• Verify equipment operation
• Trim plants encroaching on stream

Seasonally:

• Spring startup after winter shutdown
• Periodic deep cleaning of accumulated debris
• Fall leaf management (more frequent debris removal)
• Winterization before freeze

Seasonal Considerations

Spring:

• System inspection after winter
• Pump cleaning and testing
• Debris removal from winter
• Liner and rock inspection
• Initial beneficial bacteria treatment

Summer:

• Monitor for algae in pools
• Maintain water levels during evaporation
• Trim aggressive plants
• Enjoy your stream!

Fall:

• Increased debris removal as leaves fall
• Netting consideration over pools
• Pre-winter cleaning
• Winterization planning

Winter:

• Most Chicago streams are shut down for winter
• Pump removed or properly winterized
• Pipes drained or protected
• Optional: Small recirculating section for winter interest

For maintenance services, see our professional pond repair services.

Algae Management

Streams can develop algae, particularly in slower sections and pools:

Prevention:

• Adequate water flow prevents stagnation
• Shade from plantings reduces algae-promoting sunlight
• Beneficial bacteria compete with algae
• Avoid fertilizer runoff into stream

Treatment:

• Manual removal of string algae
• Beneficial bacteria additions
• Barley straw products
• Professional treatment for persistent problems

Our guide on how to keep pond water clear covers water quality management principles.

Common Issues and Solutions

Issue	Likely Cause	Solution
Water loss	Leak, splash, evaporation	Inspect edges, check for splash points, verify evaporation rate
Reduced flow	Pump clog, debris in line	Clean pump intake, check for restrictions
Algae growth	Sun, nutrients, stagnation	Increase flow, add shade, treat appropriately
Pump noise	Air in system, debris, wear	Prime pump, clean, assess for replacement
Cloudy water	Disturbed sediment, runoff	Allow settling, address runoff source
Erosion at edges	Water escape, splash	Repair edge work, adjust rock placement

Why Homeowners Choose Streams

Understanding why others have installed streams helps clarify whether a stream is right for you.

Sound and Sensory Experience

The sound of flowing water is streams’ greatest appeal. Unlike the static presence of a pond, streams create continuous, ever-changing soundscapes that:

• Mask unwanted noise (traffic, neighbors, equipment)
• Create peaceful ambiance for outdoor living
• Provide natural white noise that aids relaxation
• Change character with flow adjustments

Visual Interest and Movement

Streams add dynamic visual interest:

• Light plays differently on moving water than still
• Reflections constantly shift and change
• Water movement draws the eye
• Seasonal changes affect appearance

Wildlife Attraction

Moving water attracts wildlife more effectively than still water:

• Birds prefer running water for drinking and bathing
• Butterflies and beneficial insects visit stream edges
• Frogs and salamanders may colonize naturalistic streams
• Dragonflies patrol streams for mosquito control

Property Value and Appeal

Well-designed water features enhance property value:

• Unique landscape features differentiate properties
• Outdoor living amenities appeal to buyers
• Quality hardscape adds lasting value
• Professional installation adds more value than DIY

Extending Outdoor Living

Streams enhance outdoor spaces used for:

• Entertaining and gathering
• Quiet contemplation
• Morning coffee rituals
• Evening relaxation
• Working from home in outdoor offices

💡 Pro Tip: Position streams where you actually spend time outdoors. A beautiful stream hidden in a back corner you rarely visit provides less enjoyment than a modest stream near your patio where you relax daily.

Frequently Asked Questions

How much does it cost to install a backyard stream?

Backyard stream installation typically costs $3,000-$15,000+ depending on length, complexity, and features. Short pondless streams (8-12 feet) start around $3,000-$5,000. Medium streams (15-25 feet) with waterfalls run $5,000-$9,000. Long streams (30-50+ feet) or those with multiple features range from $9,000-$15,000 or more. Complete systems combining ponds, streams, and waterfalls cost $12,000-$20,000+.

Do I need a pond to have a stream?

No. Pondless streams recirculate water from an underground basin, providing the stream experience without an open pond. These systems are ideal for those wanting moving water without pond maintenance, for families with small children concerned about open water, or for front yards where pond liability is a concern.

How long can a backyard stream be?

Stream length depends on pump capacity, site space, and budget. Residential streams typically range from 10-50 feet, though longer runs are possible with appropriate pumping systems. Very long streams may require multiple pumps or larger equipment. Practical limits usually relate more to available space and budget than technical constraints.

How much maintenance does a stream require?

Streams require less maintenance than fish ponds but more than typical landscaping. Expect weekly debris removal during fall (less in other seasons), monthly pump checks, seasonal startup and shutdown, and occasional algae management. Most homeowners find stream maintenance manageable perhaps 15-30 minutes weekly during active months.

Can fish live in a backyard stream?

In pond-fed streams, fish can access stream pools depending on design. Dedicated stream pools can support small fish populations. Pondless streams cannot support fish since water disappears into underground basins. If keeping fish is a priority, a pond with stream is more appropriate than a pondless stream.

How long does stream installation take?

Installation timelines vary by project scope. Short pondless streams typically complete in 2-3 days. Medium streams with waterfalls take 3-5 days. Long or complex streams require 5-7 days or more. Complete pond and stream systems may take 7-14 days. Weather and access conditions can affect actual duration.

Do streams waste water?

Properly constructed streams recirculate the same water continuously; no water is consumed except for evaporation and splash losses. Evaporation is typically modest since streams have less surface area than ponds. Occasional top-offs are normal, but water consumption is far less than maintaining the lawn the stream replaces.

Can I add a stream to my existing pond?

Yes, streams can be added to existing ponds, connecting a new waterfall or water source to your pond. This addition enhances both the pond (adding aeration and visual interest) and overall landscape appeal. Stream additions to existing ponds typically cost $3,500-$12,000 depending on length and features.

What happens to my stream in winter?

Most Chicago-area streams are shut down for winter. The pump is removed or winterized, pipes are drained, and the stream sits dormant until spring. Some homeowners maintain a small recirculating section for winter interest, but this requires attention to prevent ice damage. Spring startup brings your stream back to life.

Will a stream attract mosquitoes?

Moving water does not breed mosquitoes; they require still, stagnant water. Properly designed streams with adequate flow throughout, including pools, do not create mosquito habitat. In fact, streams attract dragonflies, which are voracious mosquito predators, potentially reducing mosquito populations in your yard.

Create Your Stream Experience

A backyard stream transforms your landscape into a living, breathing environment where water, sound, and nature create an ever-changing experience. Whether you envision a gentle brook meandering through woodland gardens, a dramatic cascade connecting a waterfall to a pond, or a contemporary water channel complementing modern architecture, professional installation brings your vision to flowing reality.

The investment in a quality stream pays dividends daily in relaxation, in beauty, in wildlife visits, and in the simple pleasure of watching and listening to moving water. Unlike many landscape investments that require constant renewal, a well-built stream provides decades of enjoyment with modest maintenance.

Midwest Pond Features designs and installs backyard streams throughout the Chicago metropolitan area, including the North Shore, DuPage County, and greater Chicagoland. From simple pondless streams to elaborate pond-and-stream ecosystems, we create water features that transform landscapes and enhance lives.

Contact us at (630) 407-1415 or through our website to discuss your stream vision. Let us help you bring the timeless appeal of flowing water to your backyard.