By William Cinéa — Founder of Botapreneurs and creator of the Plant Mastery program.
For a long time, botany was one of the fundamental sciences for understanding the living world. It made it possible to identify plants, to classify them, to understand their families, their forms, their uses, their habitats, their strategies of adaptation and their relationships with humans and ecosystems.
But today, a paradox appears. On one side, basic botanical training seems to be declining. Many schools, universities and scientific programs give less space to plant identification, taxonomy, plant morphology, herbaria, botanical families and field botany. On the other side, the need for botanists is increasing in almost every sector that uses plants: health, food, agriculture, pharmacology, natural cosmetics, landscaping, ecological restoration, conservation, climate, environmental resilience, education and innovation.
The world speaks more and more about nature, but it trains fewer and fewer people able to understand plants. This is a dangerous contradiction.
A science in decline, but needs in expansion
Botany cannot be considered a dead or outdated science. On the contrary, it is one of the most necessary sciences for meeting the challenges of our time.
In the pharmaceutical industry, in natural health and in research on plant molecules, plants remain an immense source of knowledge, inspiration and discovery. Around the world, conferences, seminars and symposiums are organized to study plant compounds, medicinal plants, natural products, bioactive molecules and the possibilities of developing new health products. But how can we seriously speak of plant molecules without understanding the plants that produce them? How can we study extracts, essential oils, alkaloids, flavonoids, terpenes or tannins without understanding the botanical family, the species, the organ used, the habitat, the variation, the toxicity, the possible confusions and the ecological history of the plant?
In the food system, plants are at the center of everything. Cereals, fruits, vegetables, tubers, legumes, spices, aromatic plants, edible wild plants, forgotten species, local plants and agricultural genetic resources all depend on plant knowledge. And yet, many food systems are becoming poorer and poorer in diversity. We cultivate, sell and consume a limited number of species, while plant biodiversity holds an immense potential for nutrition, resilience, climate adaptation and food innovation.
In landscaping, plants are used everywhere: gardens, hotels, cities, residences, parks, businesses, schools, roads, public spaces. But without botanical knowledge, we sometimes choose plants only for their appearance. We forget their water needs, their adaptation to the soil, their invasive potential, their value for pollinators, their ecological role, their resistance to heat, their toxicity or their contribution to local biodiversity.
In ecological restoration, botany is even more essential. Restoring an ecosystem is not only about planting trees. It is about understanding native species, endemic species, vegetation layers, pioneer plants, understory plants, herbaceous plants, shrubs, vines, the relationships with animals, soils, water and ecological cycles. Without botany, ecological restoration can become a costly mistake.
Specialization is important, but the botanical base is fundamental
Today, many disciplines are highly specialized. Pharmacology studies molecules. Agronomy studies production systems. Ecology studies interactions. Conservation studies threatened species. Landscaping studies the arrangement of spaces. Nutrition studies foods. Natural cosmetics studies ingredients. Ecological restoration studies ecosystems. This specialization is necessary. But it must not cause the botanical base to disappear.
Before studying a molecule, you must know the plant. Before using a medicinal plant, you must correctly identify the species. Before planting to restore an ecosystem, you must understand the local flora. Before creating a landscape, you must know the needs of the plants. Before valuing a food plant, you must understand its biology, its family, its uses and its risks. Before speaking of biodiversity, you must know how to recognize the species.
Basic botany is the common language of all the disciplines that work with plants. Taxonomy, classification, plant morphology, botanical families, herbaria, field observation and the systemic understanding of plants are not old details. They are foundations. Without a foundation, specialization becomes fragile.
Understanding plants to innovate
A person who has a systemic knowledge of plants is better prepared to innovate. Why? Because they do not see only an isolated plant. They see a family, a strategy, a habitat, a chemistry, a form, a function, a relationship, a use, a risk and a possibility.
They can make connections between food plants and nutrition. Between aromatic plants and well-being. Between medicinal plants and scientific caution. Between native plants and ecological restoration. Between honey plants and beekeeping. Between drought-resistant plants and landscaping. Between forest plants and climate resilience. Between living collections and botanical data. Between local knowledge and responsible innovation.
Botany is not only a science of description. It can become a science of guidance. It can help to guide cities, companies, universities, botanic gardens, conservation projects, schools, farms, communities and young entrepreneurs. But for this, we must move beyond a passive botany. We must develop a botany with a mission.
Awakening botany
Botany must not remain like a sleeping science, locked away in books, herbaria or specialized institutions. It must be awakened. Awakening botany does not mean abandoning science. It means giving science back an active place in society.
Awakening botany means teaching plants to children. It means training Plant Masters. It means training botanist-entrepreneurs. It means supporting botanic gardens. It means creating living collections. It means organizing databases. It means helping companies to better use plants. It means helping cities to choose suitable species. It means avoiding mistakes in ecological restoration. It means valuing local plants. It means protecting threatened species. It means connecting science, communities and action.
The botany of the 21st century cannot be only a botany of the laboratory or of classification. It must also be a botany of the field, of decision, of education, of conservation, of innovation and of entrepreneurship.
Entrepreneurial botany
Entrepreneurial botany proposes a new way of thinking about the role of the botanist. The botanist must not be seen only as a person who goes into the field, identifies plants, collects specimens and writes scientific reports. This role remains important, but it is no longer sufficient.
The botanist of the 21st century must also be able to ask: How can this plant be understood? How can it be protected? How can it be valued without being destroyed? How can it serve education? How can it support human health with caution? How can it improve food? How can it help ecological restoration? How can it inspire a product, a service, a training, a collection or a responsible business? How can it create value for the community and for nature?
That is the spirit of the botanist-entrepreneur. It is not about commercializing all plants. It is not about turning nature into merchandise. It is about turning botanical knowledge into responsible solutions. Entrepreneurial botany seeks to create a new generation of people able to observe plants, understand their value, develop projects, train others, create institutions and support conservation.
A botany with a mission
The botany of the 21st century must have a mission. It must be at the service of humanity, because plants feed, heal, shelter, inspire, calm, protect and support human life. It must be at the service of the planet, because plants structure ecosystems, protect soils, regulate water, capture carbon, support pollinators, feed animals and maintain biodiversity. It must be at the service of communities, because plants carry local knowledge, traditions, uses, stories, identities and economic possibilities. It must be at the service of young people, because the new generations need to learn to observe nature, to understand ecosystems and to create solutions for a more unstable world. It must be at the service of institutions, because botanic gardens, universities, schools, cities, companies and organizations need people able to guide their plant-related decisions.
Botany must not be only a science for science. It must be a science at the service of life.
Training Plant Masters and botanist-entrepreneurs
To meet this mission, we must train two complementary types of profiles. First, Plant Masters: people able to decode plants, recognize families, understand forms, observe habitats, identify uses, distinguish risks, understand interactions and develop a structured passion for the plant world. Then, botanist-entrepreneurs: people able to turn this knowledge into projects, training, services, collections, institutions, responsible businesses, databases, educational content and conservation programs.
The Plant Master learns to understand plants. The botanist-entrepreneur learns to turn this understanding into action. Both are necessary. A society that does not train Plant Masters loses its capacity to observe and understand the living world. A society that does not train botanist-entrepreneurs loses its capacity to turn botanical knowledge into concrete solutions.
Botany as a force for the future
The future will not be only technological. It will also be botanical. The challenges of our time — climate, food, health, biodiversity, soils, water, cities, ecological restoration, well-being, sustainable agriculture — all pass through plants. The world will need people able to understand plants with rigor, but also to connect them to the great needs of society.
Botany must therefore come out of the shadows. It must become visible, useful, attractive and strategic again. It must speak to young people, to entrepreneurs, to universities, to botanic gardens, to companies, to ministries, to communities, to cities — to the world.
Conclusion: botany is not dead
Botany is not a dead science. It is a science to awaken. It is a basic science for understanding plants. A science of connection to link the disciplines. A science of innovation to create new solutions. A science of conservation to protect the living world. A science of education to train future generations. An entrepreneurial science to turn knowledge into action.
The 21st century needs a botany with a goal, with a vision, with a mission and with meaning. A botany at the service of humanity. At the service of the planet. At the service of communities. At the service of the future.
It is this botany that Botapreneurs wants to help awaken. Because understanding plants is not only about understanding nature: it is about understanding an essential part of the human future.