Everything you need to know to create and maintain your perfect garden

Maintaining a lawn in perfect condition throughout the twelve months of the year requires understanding how the key factors interact: soil texture, pH, irrigation pattern, mowing frequency, and seasonal fertilization. When one of these factors is out of balance, the result can be a yellow lawn, covered in moss, or invaded by weeds within weeks.

In this guide, we explain the seasonal routine followed by professional gardeners: the most common mistakes made by garden owners (such as watering at noon or cutting the lawn too short in summer), and the keys to reducing water consumption by up to 40% with small adjustments to the irrigation schedule.

We will also see how to correctly interpret the visual appearance of the lawn as an indicator of health, what to do when yellow spots or dry areas appear suddenly, and why the mowing height varies by season to protect the roots from heat or cold.

The market for robotic lawn mowers has evolved significantly in recent years. Today there are three major product families — perimeter-wired robots, GPS wireless robots, and differential traction robots with cameras — with significant differences in price, performance, and maintenance that it is advisable to understand well before making any purchasing decision.

In this comparison, we have analyzed over 20 models available in the Spanish market, evaluating their actual cutting capacity in gardens of different sizes and topographies, their battery autonomy, navigation precision, and the cost of annual maintenance. We have also collected the experience of professional gardeners who work with these devices daily in residential installations and communities.

If you have a garden up to 400 m², perimeter-wired robots are sufficient and economical. If your plot exceeds that surface, has steep slopes or irregular shapes, a GPS or camera robot amortizes its additional cost in two or three seasons. We explain exactly when each type is worth it.

Soil pH is the most important parameter of garden chemistry and, paradoxically, the most neglected. An incorrect pH not only hinders plant growth: it also blocks the absorption of essential nutrients even if they are physically present in the soil, favors the proliferation of fungi and pathogenic bacteria, and deteriorates the substrate structure in the long term.

In this comprehensive guide, we explain exactly what soil pH is, how to measure it correctly (the difference between pH test strips and digital meters can be decisive for the diagnosis), what is the ideal range for each type of plant, why it rises or falls depending on the type of substrate and the products you use, and how to correct it step by step without risking root burn.

We also address the critical relationship between pH and the availability of iron, manganese, and zinc, why chlorosis is almost always a pH problem and not a lack of iron, and how to maintain soil stability throughout the season with preventive amendments and periodic analysis.

Weeds are one of the most persistent problems at the start of the season or after periods of heavy rain. The cause is almost always the same: bare soil without mulch that allows weed seeds to germinate easily. Invasive grasses and broadleaf weeds take advantage of that window to root and compete with cultivated plants.

The correct solution is not to apply herbicides in mass. The sequence is: manually hoe when the soil is moist (the roots come out whole), apply a generous layer of organic mulch (5–8 cm), and if necessary, use a selective herbicide only in specific areas of the lawn. In most cases, the garden is free of weeds in less than two weeks.

Preparing the garden correctly at the start of spring makes the difference between a splendid flowering season and months of sick plants and weeds. The order matters: first check the soil condition and perform a pH analysis, then do the winter pruning, fertilize the base and adjust the watering schedule before making the first seasonal planting.

A common mistake is over-fertilizing at the start of spring without knowing the actual state of the soil. Without prior analysis, you can add nutrients that are already present in excess, acidify the soil, or burn the roots of newly sprouted plants. This guide takes you step by step through the entire preparation process so that the first weeks of the season are the most productive.