In a crowded world with less land for farming, sustainable greenhouse practices are key. Dive into eco-smart practices—saving water, going solar, using AI.
Over the last few years, the world population has increased exponentially, but food production in comparison has only increased by a slight percentage. For example, according to a study by the United Nations, the world fruit and vegetable production reached 910 million tonnes in 2021, an increase of only 1.1% compared to 2020.
The increase in the population hasn’t just resulted in the need for more food, but also in a need for more urban habitation areas, which leaves even less land available for cultivation. The resultant need, therefore, is an increase in productivity and year-round cultivation of greenhouses while also considering the global environmental boundaries. In this blog, we dive into the importance of sustainability for greenhouse practices.
For commercial greenhouse cultivation, sustainability is an important part of the road to success. For greenhouse growers, this means more than just helping the environment—it's about smart business. Top practices like saving water, using less energy, and choosing eco-friendly materials are not just good for the planet, they also save money.
Water-saving methods such as drip irrigation and collecting rainwater are now crucial for efficient greenhouse farming. Switching to renewable energy sources, like solar power, can also cut down your energy bills significantly.
Plus, using organic pest control and natural fertilizers is in line with the growing demand for organic products and helps prevent soil and water pollution. By adopting these sustainable strategies, greenhouse operators can run their businesses in a way that's both environmentally friendly and cost-effective.
An impressive list of our peers is already leading the way for innovations that drive sustainability and efficiency, essential for modern greenhouse growers looking to optimize operations.
Climate control systems: advanced climate control systems are important for the maintenance of optimal growing conditions. Those who don’t use this kind of solution yet can benefit greatly from companies like Ridder, Priva, and Hoogendoorn to ensure precise regulation of temperature, humidity, ventilation, and CO2 levels.
Automated irrigation systems: automated irrigation is essential for efficient water use. Companies like Quanitified, Aranet and SenseNL provide innovative automated irrigation solutions tailored to greenhouse environments, helping water conservation and precise nutrient delivery.
Energy-efficient designs: energy-efficient greenhouse designs significantly reduce energy consumption. Companies such as Van der Hoeven, are focused on energy-efficient greenhouse structures, using advanced materials and design principles to minimize energy use.
Sustainable growing practices: different companies provide systems and resources for integrating sustainable practices such as aquaponics, which combines fish farming with plant cultivation in a closed-loop system.
In commercial greenhouse operations, achieving self-sufficiency in water use and optimizing environmental control is important. Rainwater harvesting systems enable greenhouses to efficiently collect and utilize rainwater, greatly reducing dependence on external water sources.
Meanwhile, strategic shading and cooling technologies, such as thermal screens, are crucial for maintaining ideal growth conditions. Additionally, implementing Combined Heat and Power (CHP) systems can significantly enhance energy efficiency in greenhouses, converting onsite-generated heat into usable energy and bolstering the overall sustainability of operations.
We know that Artificial Intelligence (AI) can rapidly transform the landscape of sustainable greenhouse farming. By leveraging AI, greenhouses can optimize resource use, reduce waste, and increase crop yields, all while minimizing their environmental impact. Additionally, AI-driven predictive analytics help in forecasting plant growth patterns and potential issues, allowing for proactive management and reducing the reliance on chemical inputs.
Source’s AI-based solutions Source Control and Source Cultivate, offer the next level of innovation when it comes to greenhouse solutions. Our solutions combine already existing hardware in greenhouses with:
Granular data and industry standardization.
AI empowerment brings the intelligence needed to understand crop behavior and to simulate crop reactions to different stimuli such as dry-down periods and weather conditions.
Autonomous execution, supporting growers in the actions needed for the implementation of the optimal strategy for their facilities and farming operations.
Source Control, for example, helps growers reach their desired irrigation outcomes autonomously no matter the weather conditions.
In conclusion, the journey towards sustainable greenhouse practices is not just a trend but a necessity in the modern agricultural landscape. With the world's population on the rise and cultivable land diminishing, commercial greenhouse growers are uniquely positioned to lead the way in sustainable and efficient food production.
By embracing innovative technologies like advanced climate control systems, automated irrigation, energy-efficient designs, optimized lighting, and AI-driven solutions, greenhouse operators can significantly enhance their productivity while minimizing environmental impact. Sustainable practices such as water conservation, renewable energy use, and organic pest control not only align with global environmental goals but also offer practical, cost-effective solutions for the challenges of modern agriculture.
As the industry continues to evolve, it's clear that the future of greenhouses lies in their ability to adapt and thrive within the boundaries of our planet's resources, proving that sustainability and profitability can indeed go hand in hand.
Track everything that makes or breaks a cultivation allowing you to make informed decisions.
Discover how smart farming and Source Irrigation Control revolutionize greenhouse cultivation, optimizing resource usage, enhancing crop quality, and promoting sustainability.
Can artificial intelligence support greenhouse cultivation? And if so, how? Discover it in our latest blog.
