rainwaterguide

Rain needed to fill a 55-gallon drum depends on roof area, collection efficiency, and existing water. Learn the simple inches-to-gallons calculation.

App-connected digital rain gauges are available with wireless rainfall data, alerts, and history. Compare sensor design, range, connectivity, power, and data access.

Glass rain gauges offer clarity and stability but can break, while plastic is lighter and tougher but may cloud or warp. Compare accuracy, markings, and climate fit.

Common AcuRite weather station issues include sensor dropouts, inaccurate readings, rain-gauge blockage, display or app problems, batteries, and poor siting.

Soil moisture sensors can drift, corrode, misread salinity, sample too small an area, and require careful placement, calibration, wiring, and threshold tuning.

Soil moisture sensors include resistive, capacitive, tensiometer, gypsum-block, and dielectric designs. Compare what they measure, accuracy, upkeep, and cost.

Irrigation GPM depends on the emitters or sprinklers running together, zone design, pressure, and available supply. Learn how to total demand and check capacity.

Rainfall needed to fill a 50-gallon barrel depends on connected roof area, runoff efficiency, and starting volume. Use the catchment formula for an estimate.

When a rain barrel is full, route overflow safely away from foundations, protect neighboring property, connect added storage if suitable, and keep screens clear.

Three common rain-gauge types are standard cylinders, tipping buckets, and weighing gauges. Learn how each measures precipitation and where errors arise.