Landscape architecture allows the design of comfortable and sustainable natural environments. Find out the 8 important reasons why
Ensuring a balanced environment, emphasizing ecology, natural resources, and air quality, is no longer a choice but a crucial necessity when planning and designing the surrounding environment of buildings.
In this article, we’ll be taking a closer look at the reasons why landscape architecture is becoming so important. We will also try to understand how a software for garden design can help you in your tasks.
Why is landscape architecture important?
Landscape architecture focuses on the study and design of the environmental resources of our ecosystem. It also aims at the sustainability of surrounding spaces, acquiring great importance.
Here below are listed 8 of the main uses of landscape architecture that make this discipline of fundamental importance:
- preservation of natural environments;
- rainwater management;
- regeneration of polluted areas;
- soil cleaning;
- air purification;
- care of plants;
- temperature control;
- development of outdoor activities.
1. Preservation of natural environments
Natural environments – rich in plants, trees, and gardens – are an integral part of modern cities and represent their key features. In fact, more and more people are trying to escape from the noise and chaos of the city to hide in these “calm” oases.
Landscape architecture provides a large amount of ideas and solutions aimed at the protection and preservation of such spaces.
2. Rainwater management
Environmental pollution and climate change are now affecting the water supply in many areas of the earth.
In recent years, thanks to software technological advancements, landscape architecture has expanded its area of action to deal with the critical hydrogeological aspects of such scarcity, identifying alternative methods for water management, such as the collection and storage of rainwater that is then quickly redirected to the groundwater table.
3. Regeneration of polluted areas
Landscape architecture identifies techniques to regenerate polluted areas. One of these techniques is planting, which represents a solution that can be used in areas left inoperable by factories and industries.
4. Soil cleaning
Another problem that landscape architecture deals with is soil contamination. Among the most common solutions is phytodepuration, which uses plants to remove degradation and pollution from soils, sludge, ground, and surface water.
5. Air purification
The landscape architect can also make choices to improve the air quality of the intervention area. This is possible thanks to precise forecasts for those areas destined for typical vegetation (with trees, shrubs, plants, etc.) so as to absorb air pollution and contribute to making the air cleaner.
6. Plant care
The proper growth of plants is influenced by a number of factors:
- sun exposure
- quantity of water
- protection from pests
The architect focuses his work on the care of plantations and the search for a balance between these factors. He also guarantees the right positioning of plants and the right composition of the soil type necessary for their growth.
7. Temperature control
The constant increase in built-up areas and deforestation has contributed to the increase in temperature within the populated areas.
Therefore, by creating gardens and parks that purify the air, landscape architecture can help control and mitigate the impact of climate change.
8. Development of outdoor activities
The task of landscape designers is the creation of outdoor natural environments such as parks, gardens, natural shelters where people can relax outside their homes and obtain more recreational and leisure opportunities.
What are the benefits of using landscape design software?
Designing a natural outdoor space is a time-consuming activity. There are many aspects to take into account while developing different environments.
For this reason, it is advisable to immediately use a free landscape design software that allows you to:
- model the terrain rapidly and digitally, simulating the various layers;
- carry out many projects such as parks, terraces, courtyards, monuments, gardens, reserves, urban areas, etc.;
- present the project in a clear and consistent way through photorealistic and real-time renderings;
- have the opportunity to create innovative work, sketching high on the market compared to the competition.