Rainfall varies more sharply over short distances than any other weather parameter. Here is what the research says, and why it matters most on larger properties.

Your GDD and water balance figures only mean what they say if the planting date behind them is accurate. Here is why logging it matters, and how field events fit into the picture too.

Every OCM site carries a 7-day forecast, plus a live comparison of actual rainfall against forecast pace. Here is how to read it and use it for field decisions.

A single soil sensor gives you one data point. Multi-depth monitoring shows how water moves through the whole root zone, and why that changes how you should schedule irrigation.

The water balance chart on your OCM dashboard nets rainfall against reference evapotranspiration. Here is how to read it and use it for irrigation timing.

Canola is on every active OCM Agrisystems site this season. Here is how growing degree days and water balance data apply to it, from rosette to pod fill.

A practical guide to choosing agricultural noise monitoring equipment: accuracy classes, continuous vs attended monitoring, telemetry, power, calibration and reporting.

Dust from harvest, unsealed roads and grain handling is a common source of complaints and compliance risk on farms. Here’s how PM10 monitoring, weather correlation and continuous tracking help manage it.

Tank levels show what’s already happened. Pump and flow monitoring catches leaks, blockages and pump faults as they happen, giving farms time to act before a small fault becomes a costly one.

The nearest BOM station may be too far away to reflect real conditions on your farm. This guide explains how on-farm weather stations and Bureau of Meteorology data differ, and why combining both gives the most reliable picture for spraying, irrigation and frost decisions.

Weather stations need regular upkeep to stay accurate. This guide covers cleaning rain gauges, checking sensor calibration, maintaining solar power systems and building a simple maintenance schedule for your farm weather station.

Mine sites face strict environmental compliance requirements around dust, noise and weather conditions. This guide explains why on-site weather monitoring matters for mining operations and how it supports blast timing, dust management and regulatory reporting.

Agricultural operations are increasingly required to monitor and manage noise outputs. This guide explains when farms need noise monitoring, how compliance works in Australia, and what environmental noise monitoring systems measure.

Weather conditions are the primary driver of fungal disease outbreaks in crops. This guide explains how disease risk monitoring systems use weather data to predict infection events and help farmers respond before outbreaks take hold.

The number of weather stations a farm needs depends on property size, terrain variability, crop type and what decisions the data will support. This guide explains how to plan a monitoring network that matches your operation.