A leaf-covered yard can look peaceful while a small blockage changes where the next storm sends water. Before buying drainage pipe or moving soil, trace the route that already exists: roof, gutter, downspout, ground surface and receiving area. This walk helps you separate a maintenance task from a problem that needs a closer assessment.

See how this planning question connects with the garden, kitchen and working areas in the 2 Acre Starter Homestead walkthrough.

Start with one roof edge and follow it to the ground

Choose one side of the house and follow its water route all the way through before moving to the next. On a simple sketch, number the checkpoints and note what you can actually see. Write “unknown” beside any buried connection or outlet you cannot identify. A complete route with an unanswered question is more useful than a confident arrow drawn from guesswork.

Make the first pass in dry weather. Observe rainfall only from a safe, sheltered position; inspect the ground after the storm. Do not climb onto a wet roof or use a ladder during rain. Photograph the same locations before and after cleanup so you can compare changes.

1. Gutters: find the break in the route

Look for leaves at the gutter outlet, sections that appear detached, and evidence of water spilling over the edge. Debris removal and a damaged gutter are different jobs. The Building America Solution Center’s gutter guidance explains the role of gutters and downspouts in carrying roof water away from the foundation. Arrange safe cleaning or repair where access is difficult.

Record the location precisely: “back corner beside porch” is easier to revisit than “gutter issue.” If you hire someone, ask them to check the outlet and downspout as well as the open gutter. Clearing one visible section does not establish that the whole route is working.

2. Downspouts: check where the water ends up

Follow each visible downspout to its discharge point. Does it end beside a wall, connect to a buried pipe, or lead toward an existing receiving area? If the end disappears underground, record the connection without assuming where it emerges. A rain barrel also needs an overflow route when it is full.

Keep roof drainage away from a septic drainfield; excess water can interfere with treatment. This is a specific protection identified by EPA’s septic-care guidance. Mark the septic area on the same sketch before considering changes to a downspout.

3. Foundation edges: distinguish debris from grading

Check where roof water reaches the ground beside the house. Note leaf piles, visible sediment trails, splashing and pooling. Remove loose debris from existing drainage openings where you can do so safely. Do not assume that removing leaves corrects a surface that slopes toward the building. Recurring water against the foundation needs assessment beyond routine yard cleanup.

4. Surface flow: follow the evidence across the yard

Look beyond the downspout. Mark where water crosses a walkway, skirts a bed, collects beside a fence or leaves a line of sediment. Avoid scraping the whole route bare simply to make it look tidy. Your immediate task is to identify obstructions and understand the route, not to excavate a new channel.

Hard surfaces generate runoff, and moving water can carry soil and pollutants. University of Minnesota Extension’s rain-garden guide describes these relationships and explains why soil, runoff volume and location matter when considering an infiltration feature. A puddle alone is not enough information to choose a rain-garden site.

5. Low spots and outlets: finish the investigation

Identify the receiving point only if there is a known one. Some water infiltrates on site; some reaches an existing drainage feature. A low spot is an observation, not automatic permission to drain it elsewhere. Record whether an outlet is visibly obstructed, submerged or simply unknown. Do not enter a culvert or work in flowing water.

If the route involves a roadside ditch, shared drain, neighboring land or a suspected wetland, establish who controls it before altering anything. The immediate next step may be a question to the responsible office rather than a shovel.

Use a three-column cleanup record

• Observed: describe the location and what happened during or after rain.
• Action: record the maintenance performed, or the question sent for assessment.
• Next check: revisit after the next rain and compare photographs.

For example: “Leaves covering the existing surface grate; loose leaves removed; recheck whether pooling persists.” If pooling remains, the record shows that simple surface blockage did not explain the whole problem. That is useful information for the next assessment.

When to move beyond cleanup

Get help with recurrent water entering a building, active erosion, damaged drainage components or an uncertain buried system. Bring the sketch and photographs. Ask what causes the problem, where the proposed solution sends water and what needs verification before work begins.

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