Our Blog - Pro Landscape

28
Apr

How Permeable Pavers Reduce Patio Runoff

bhavya gada
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Permeable pavers are a smart way to manage stormwater and reduce patio runoff. Unlike solid concrete or standard pavers, these systems allow rainwater to soak into the ground instead of running off into storm drains. Here’s why they matter: Runoff Reduction: Permeable pavers cut runoff by 70–90%, preventing flooding, erosion, and pollution. Water Filtration: They

28
Apr

SWPPP vs. Local Stormwater Rules: Key Differences

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When managing stormwater compliance in Maryland, you need to understand two systems: federal SWPPP requirements under the NPDES permit and Maryland’s local stormwater rules. Both aim to control water pollution but differ in scope, focus, and requirements. Here's what you need to know: SWPPP (Stormwater Pollution Prevention Plan): Federally required under the NPDES system. Focuses

28
Apr

Best Temporary Dust Control Solutions for Landscaping

bhavya gada
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Managing dust during landscaping projects is essential for health, safety, and compliance. Activities like grading, soil movement, and concrete cutting release fine particles, including harmful respirable crystalline silica (RCS). Dust can irritate workers and nearby residents, harm plants, and worsen air quality. Here are four effective methods for temporary dust control: Water Spraying: Simple and

27
Apr

Cistern Sizing Checklist for Maryland Homes

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Want to size a cistern for your Maryland home? Here’s a quick guide to get started: Measure Your Roof Area: Calculate the horizontal footprint of your roof (not the slope) to estimate how much rainwater it can collect. Include only sections with gutters. Estimate Rainwater Collection: Use local rainfall data (40–45 inches/year) and the formula:

27
Apr

Native Plants vs. Turf Grass for Erosion Control

bhavya gada
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When it comes to erosion control, native plants outperform turf grass in most scenarios. Native plants have deeper roots (2–3 feet), which stabilize soil better, reduce runoff, and improve water infiltration. Turf grass, with its shallow roots, is less effective on slopes or in areas prone to heavy erosion but works well in flat, high-traffic

27
Apr

How Ventilation Protects Foundations from Stormwater

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Stormwater can damage your foundation in multiple ways, but proper ventilation offers a practical solution. Here’s what happens: Heavy rain increases soil pressure against your foundation, causes erosion, and traps moisture in crawl spaces. This leads to cracks, shifting, mold growth, and even structural failure. Ventilation systems help by balancing water pressure, improving airflow to

26
Apr

Sump Pump Placement for Maryland Homes

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Maryland homeowners face unique challenges with basement flooding due to fluctuating water tables, heavy rainfall, and diverse soil types. Proper sump pump placement is critical to prevent water damage, mold, and structural issues. Here's what you need to know: Ideal Placement: Install the sump pump at the lowest point in your basement to collect water

26
Apr

Natural Stone Features for Mini-Golf Courses

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Natural stone is a top choice for mini-golf courses, offering durability, visual appeal, and the ability to handle Maryland's challenging weather. Here's a quick breakdown of the best options: Granite: Extremely durable, low-maintenance, and great for high-traffic areas. Ideal for retaining walls and bridges. Limestone: Affordable and visually appealing but better for decorative features due

26
Apr

How to Choose Plants for Bioretention Landscaping

bhavya gada
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Bioretention landscaping helps manage stormwater by using soil and plants to filter runoff and improve water quality. Choosing the right plants is key to ensuring these systems work effectively while looking good. Here's what you need to know: Understand Your Site: Assess soil, drainage, sunlight, and rainfall. Divide the area into moisture zones - low

26
Apr

How Soil Type Impacts Retaining Wall Stability

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When building a retaining wall, the soil type beneath it determines its stability and longevity. Here's what you need to know: Clay soils: Retain water, expand and contract, causing pressure changes that can crack or shift walls. Sandy soils: Drain water well but lack cohesion, leading to risks of sliding or settling without proper compaction.