AL Landscape study plan

Outline the landscape design process from site analysis through construction documentation, listing key outputs at each stage

Compare and contrast the principles of design (unity, balance, scale, rhythm, sequence) using three residential landscape examples

Classify 30 common landscape plants by growth habit, mature size, sun and water needs, and hardiness zone

Draft a planting plan for a 1,000 sq ft residential yard that applies at least four design principles and specifies 15 appropriate plants

Develop a site analysis checklist covering topography, soils, drainage, sun exposure, views, and existing vegetation

Evaluate soil texture, structure, and pH using a soil test report and recommend amendments for three different plant groups

Select appropriate plants for three challenging site conditions (heavy clay, full shade, coastal exposure) and justify each choice

Create a maintenance calendar for a mixed planting bed from installation through one year, including watering, pruning, and fertilizing

Identify and specify hardscape materials (pavers, retaining wall systems, decking, edging) for three different applications with appropriate base and installation details

Calculate slope, gradient, and spot elevations for a simple grading plan using a benchmark and contour intervals

Explain the role of drainage in landscape performance, including surface grading, swales, and subsurface drainage

Design a grading and drainage plan for a 2,000 sq ft lot that directs water away from a structure and meets local stormwater requirements

Size a retaining wall and specify drainage and reinforcement details for a 3-foot wall

Compute cut and fill volumes for a simple grading scenario using the average end area method

Compare permeable vs. impermeable paving options and select one for a driveway project with justification

Prepare a construction detail drawing for a paver patio including base, bedding, and edge restraint

Design a drip irrigation system for a 500 sq ft planting bed, including emitter selection, zoning, and scheduling

Calculate precipitation rate, run time, and water budget for a lawn irrigation zone using manufacturer data

Develop a seasonal maintenance schedule for a 5,000 sq ft landscape covering mowing, pruning, fertilization, and pest monitoring

Diagnose three common irrigation problems (low pressure, uneven coverage, broken head) and prescribe corrective actions

Evaluate integrated pest management (IPM) strategies for three common landscape pests and select least-toxic controls

Assess a landscape for sustainability using a rubric covering water use, soil health, plant selection, and waste reduction

Design a rainwater harvesting or bioswale element for a small site and estimate its water capture potential

Create a client-facing sustainability report that quantifies water and maintenance savings from proposed practices

Prepare a takeoff and estimate for a 1,000 sq ft landscape installation using unit pricing and labor rates

Build a project schedule (Gantt) for a 4-week residential installation including sequencing and dependencies

Draft a client proposal that outlines scope, deliverables, timeline, and payment terms

Identify three risk factors in landscape projects and propose mitigation strategies

Synthesize knowledge from all domains by completing a comprehensive practice exam under timed conditions

Review incorrect answers and create a personalized list of weak areas with targeted review resources

Revisit key calculations (grading, irrigation, estimating) and verify formula recall

Finalize a one-page reference sheet of critical formulas, plant lists, and code requirements for exam day