Today we’re talking about the ecological footprint, a concept introduced at least thirty years ago, but one that to many will sound a bit like a neologism. This isn’t merely a matter of terminology: until now, in fact, we’ve spoken of “anthropogenic pressure,” as if to define a field of analysis and reflection intended solely for experts. Perhaps the time has come to discuss this in the most accessible way possible. Because these are not issues that concern only environmentalists. Human presence on Earth has become increasingly invasive, to the point of altering natural habitats and affecting the biological cycles of marine and terrestrial ecosystems.
Ecological Footprint
So why do we talk about the ecological footprint? To try to define the amount of natural capital needed to support the growth and survival of the world’s population.
Homo sapiens sapiens and its unique lifestyle are having an increasingly significant impact on the environment. We simply need to quantify the true extent of this impact so that we can at least monitor the parameters of the changes currently taking place.
However, monitoring the ecological footprint is no easy task. Over the past few years, the data has fluctuated constantly, which is why studies on this topic are becoming even more important.
Understanding these individual dynamics can provide valuable insights into how to change personal habits and make choices.
Where does the term "ecological footprint" come from?
Okay, but what exactly is the ecological footprint? To better understand this concept, let’s take a step back in time. It was 1990, and Mathis Wackernagel, a Swiss researcher and Ph.D. candidate at the University of British Columbia, first introduced the term “Ecological Footprint” in his academic publications. After earning a degree in mechanical engineering, Wackernagel was specializing in community and regional planning. With the help of his advisor, Professor William Rees, he had a clear vision from the start: there was a need to introduce into the public debate—not just the scientific one—a sustainability metric that was as comprehensive as possible. A metric capable of taking into account, on the one hand, humanity’s demand for natural resources and, on the other, the possibilities and abundance offered by nature.
In short, the ecological footprint is the metric that measures the supply and demand of natural resources.
Ecological Footprint and Biocapacity
Over the years, the term “footprint” has thus become synonymous with measuring human behavior and its impact.
This concept is described and explained in the book *Our Ecological Footprint: Reducing Human Impact on the Earth*. Published in 1996, the book begins with the notion of biocapacity. In order to properly explain the idea behind the ecological footprint, one must first start with the concept of biocapacity.
Definition of biocapacity
Biocapacity is the biological capacity of an ecosystem—or, more precisely, the amount of natural resources that an ecosystem is capable of supporting and producing. This also includes the ecosystem’s ability to absorb the waste it produces.
Behind the concept of biocapacity, we must consider the role of human beings. Humans use a significant percentage of natural resources for their own needs. In doing so, however, they release a large amount of waste into the environment, including carbon dioxide.
As part of our effort to simplify, we can boil these concepts down to their essentials. We can say that the ecological footprint represents a kind of demand that humans place on the environment for their survival. In contrast, biocapacity represents the supply available in nature to meet that demand.
Calculating the Ecological Footprint: The Importance of a Hard-to-Obtain Metric
Let’s start with the assumption that calculating one’s ecological footprint is not that simple. However, this process is nonetheless essential for moving in the right direction—the one that fights to protect the environment. We must recognize that protecting the environment means ensuring a future for humankind.
Calculating the ecological footprint is therefore useful for drawing a series of conclusions and taking advantage of the insights this tool offers. In other words, as Wackernagel himself argues, we must at least be aware of the limits of planet Earth and the finite nature of its resources. When we go into overshoot—when demand exceeds actual supply capacity—the Earth lacks the time needed to initiate the regeneration process.
Calculating the ecological footprint is therefore useful precisely because of the process itself. This is because it captures a snapshot of the depletion of the planet’s natural resources as it stands at the present moment, in relation to specific levels of consumption.
It has been estimated that, as early as 2014, humans have been using the biological resources available in nature 1.7 times more than they could—or, rather, should. In fact, if we truly decide that our children, grandchildren, and great-grandchildren should also have the right to live on the same earth we have inhabited, we must take this issue very seriously.
Maintaining a balance between supply and demand must be more than just a proposal that government leaders make to one another. In other words, the goal of leaving a healthy ecosystem for future generations will translate into concrete actions for sustainable development only if there is widespread accountability, rooted in the legal system, starting with the Western world.
Currently, every twelve months we consume more than one and a half Earths’ worth of resources. Nature cannot keep up with human greed.
Calculating the Ecological Footprint: From Global to Local
The calculation of the ecological footprint is not limited to estimating the use of natural resources on a global scale. This metric could very well be applied to analyze data from a specific sample of one’s choosing—for example, a region, a country, a farm, or even a single individual.
The same applies to quantifying the biological capacity of a single ecosystem.
In fact, one important factor to consider is the extreme variability of these indicators.
Different ecosystems do not produce the same amount of resources on an annual basis, and the exploitation of these resources is equally subject to fluctuations. This depends, in fact, on demographic data, per capita consumption, and industrial production.
By calculating our ecological footprint, we can gain insight into certain aspects of our personal lives. Understanding how sustainable a standard of living is—whether it’s that of an individual or an entire continent—is important for influencing individual choices regarding consumption, purchasing, and travel.
As of today, no matter how you look at it, the figures are alarming. We live as if we could earn at most two thousand euros a month, yet we spend three thousand every month: taking corrective action is an absolute necessity.
The Ecological Footprint of Our Lives
Ultimately, we must not forget that the ecological footprint is a genuine unit of measurement. According to studies by Mathis Wackernagel’s Footprint Network, in the early 1960s we were using 70% of the Earth’s total natural resource capacity. Forty years later, in 1999, we had already reached 120% on an annual basis.
However, the ecological footprint can also be considered a valuable tool for raising awareness at both the political and developmental levels. It is a political tool in the hands of each nation that enables not only government officials but also business leaders and individual citizens to assess the current state of affairs in terms of sustainability. In this way, before planning any economic or industrial growth strategy.
This does not mean halting progress, but rather wisely directing production toward truly viable paths.
If we narrow the scope of the study to Italy, what can we observe?
Based on the latest available data, countries around the world are divided into “countries with a biocapacity surplus” (countries in credit) and “countries with a biocapacity deficit” (countries in debt).
Italy's Ecological Footprint
It comes as no surprise to discover that Italy is among the countries running a deficit—that is, those countries whose ecological footprint exceeds their biological capacity, with a negative balance of approximately 3.5% (data from UNEP—World Conservation Monitoring Center on biodiversity, 2002). This means that we are currently depleting natural resources much faster than they can regenerate.
A sound attempt to intervene and correct the equation seems to be the only logical conclusion.
However, there is too little room to maneuver when it comes to increasing the percentage of biocapacity—it is much easier to address the ecological footprint itself, since humankind is directly responsible for it.
We need to reduce demand—that is the real reason why the ecological footprint can become a valuable tool for change. Where governments do not give sufficient consideration to these figures and the problem they reveal, individuals can take matters into their own hands. And they can do so by rethinking their lifestyle and making more conscious choices.
How to Reduce Your Ecological Footprint
Data on the ecological footprint are not only quantifiable on a global scale, but can also be scaled down to examine the impact of our individual lives.
There are several online tools—all of which are completely free—that can help you perform this calculation.
These tools are specifically designed to help people develop a different kind of awareness. In the past, people used to say that a “drop in the ocean” was useless. Today, we have finally come to understand that personal awareness is the only path toward changing our lifestyles—and, consequently, our consumption habits.
Learning how your own behavior can make a difference can help you reevaluate your food choices, your purchases, the amount of waste you produce, and how you use energy and fuel for transportation.
This equation also takes into account the space occupied by our home, including its energy systems, its furnishings, our personal choices regarding the materials used, and the associated pollutant emissions generated during their production.
Ecological Footprint: A List of Some Possible Measures
Today more than ever, change depends on individual choices. An example? Living alone in a three-story house or in a studio apartment makes a big difference in terms of the amount of energy needed to heat it in the winter or cool it in the summer.
To reduce emissions, we need to start paying attention to certain details that we haven’t considered important enough until now. More and more people are beginning to take small steps related to how we get around, the services we use, and our consumption habits. Here is a brief, non-exhaustive list of possible steps you can take to reduce your ecological footprint:
Buying local products with a short carbon footprint, which helps reduce transportation.
Increasing consumption of fruits and vegetables at the expense of meat and fish.
Drinking tap water—preferably filtered—instead of bottled mineral water.
Choosing to take a shower instead of a bath.
Paying close attention to and being meticulous about recycling.
Use energy-efficient appliances, preferably in the evening and at night, as well as energy-saving light bulbs.
Buy clothing and home furnishings produced without the use of polluting chemicals, made from natural materials that ensure longevity and safe disposal.
Whenever possible, get around on foot, by public transportation, or by bicycle.
How to Furnish Your Bedroom to Reduce Your Ecological Footprint
As we’ve seen, making small adjustments to our lifestyles to promote greater sustainability is a change that anyone can make. Sometimes, it’s all a matter of information and prior knowledge. You don’t have to be rich or well-off—to make sustainable consumption choices, you just need to be minimally responsible for the future of the planet and our children.
To conclude our brief focus on the ecological footprint, we’d like to talk to you about a sector that is very close to our hearts—because it’s the one in which Kipli operates. We’re talking about companies that manufacture furniture and home linens. With the goal of raising awareness about these important issues among an audience that is no longer just a niche group but is growing ever wider, the role of these companies can prove to be very significant. After all, curtains, wardrobes, beds, sheets, and mattresses are products we use every day. And those involved in the production of these items have the opportunity to demonstrate that they are truly responsive to the issue and to have a significant impact on the purchasing behaviors and habits of the general public.
For example, when we talk about home furnishings, we need to be aware that in Europe there is the ECOLABEL certification and label (EC Regulation No. 1980/2000) to certify the environmental qualities of furniture made from natural wood. This is a certification that companies apply for on a voluntary basis, and it guarantees that at least 90% of the wood used is of natural origin. Furthermore, the ECOLABEL also provides assurance throughout the entire production chain: from responsible forest management to the prohibition of adhesives, solvents, and paints that are harmful to human health.
The purpose of this eco-label is precisely that of a logo—a label that is widely recognized by consumers, an ever-growing number of whom are paying attention to the environmental performance of everyday items.
The certification also ensures compliance with human health and well-being standards. The fact that the furniture is made of at least 90% natural wood (excluding glass components and metal fittings) guarantees this. This is a guarantee that other products on the market are unable to provide.
This benefits the environment and helps protect the ecosystem’s ability to reproduce naturally. But it’s also good for consumers in terms of health and cost savings. In fact, in order to meet the criteria for the ECOLABEL certification, this type of furniture must be tested to ensure its long-term durability.
Durability is an essential criterion for considering a product to be truly eco-friendly—frequent replacement or renewal would result in more waste and more polluting emissions being released into the environment. This is true not only because of the disposal or recycling of these items, but also because of the production of new products that must be purchased.
Natural wood furniture is produced with a lower environmental impact, significantly reducing the use of substances that may be considered hazardous. Would you like an example? Take a look at the technical specifications for the Kipli solid wood bed frame—it’s made with interlocking joints, without glue, screws, or plastic parts. The protective finish is also composed entirely of organic substances.
What alternatives does the market offer? Products sold at slightly lower prices but made from particleboard and faux wood—low-quality furniture that may even contain toxic substances that can be released into the air we breathe.
Fortunately, more and more people are realizing that the bedroom is the room that best embodies the concept of comfort and well-being. Striving for these things also means minimizing health risks. In doing so, we are undoubtedly helping the environment as well.
The Environmental Impact of Raw Materials in the Bedroom
As we mentioned, it’s always a good idea to thoroughly research the origin of the raw materials. In this case, that means the origin of the materials used to make wardrobes, beds, nightstands, and flooring.
When it comes to real wood, as a general rule, it’s always best to avoid items made from multiple types of wood and opt instead for those made from a single type of wood. Be sure to check that the wood is FSC-certified, sourced from sustainably managed forests.
If, as Kipli has chosen to do, you also allow designers to give free rein to their ideas—using interlocking natural wood to avoid incorporating metal into the structure—it becomes clear that changing consumption patterns can also bring significant aesthetic benefits. A bed frame that could be paired, perhaps, with a natural latex mattress and a set of organic cotton sheets and blankets.
Sustainable Furniture and Home Decor
When it comes to bedroom furniture, there are many options that allow us to keep our environmental footprint in check. Many companies produce furniture made from reclaimed and recycled wood.
Other companies, in addition to using biocompatible raw materials, invest a portion of their sales proceeds in engaging initiatives to involve their customers and further raise their awareness. This is the case for companies that decide to plant a new tree for every sale.
In the bedroom, whether you’re adding a new piece of furniture or completely redecorating, everything can be eco-friendly—you just have to want it. From bamboo flooring to compostable wallpaper.
The reason bamboo is considered particularly interesting from this perspective is precisely because of its growth rate. Under certain favorable growing conditions, it takes only one day to produce one meter of bamboo, and no tree grows that quickly.
Wallpaper, on the other hand, can be made from cellulose or textile fibers and decorated using water-based inks and dyes. Nothing should be chemically produced or inherently toxic. If you’re not a fan of wallpaper, the same principles apply to the paints used to refresh your walls.
What does an eco-friendly bedroom look like?
Beyond decisions about individual elements, sustainability also means reducing excess. In other words, we should aim for a minimalist style to reduce the amount of materials used. As mentioned earlier, the amount of space we occupy also has a significant impact on our ecological footprint.
Minimalist decor keeps shapes and materials to a minimum. Minimalism is a good choice in every way—the fewer objects you have, the more the energy in the bedroom will flow, allowing for a better night’s sleep. And the room will always be perfectly clean, because it’s easy to tidy up.
The choice of color tones to incorporate into the bedroom environment is also essential for assessing our impact. In fact, colors should lean toward neutral tones, precisely because neutral tones are often the true colors of materials found in nature—unpainted materials that are, therefore, preferably free of toxic substances.
It may seem strange to some, but even the mirror that is usually placed on top of a dresser or mounted on a wall can be made from materials that are more or less eco-friendly.
A mirror—an indispensable tool for getting ready before going out—may or may not be made with hazardous components such as lead and copper residues. In addition, the frame may or may not contain natural materials.
Finally, we’ll look at eco-friendly bedroom lighting using LED lights—a few well-placed lamps can really set the mood in the room.
All in all, the description of the eco-friendly bedroom cannot help but highlight a great truth: acting in the best interests of the planet is one and the same as pursuing our own best interests.
Finding yourself sleeping in a room designed entirely with natural, recyclable, hypoallergenic, and non-toxic materials fosters a deep sense of balance and harmony. Resting in this environment will be a pleasure for the body, the soul, and for fostering a spirit of respect toward other human beings.