What is nature, why would you study it, and where is the best place to study, intern or work abroad?

What is nature?

• Nature as a study field explores the living and non-living systems that shape the Earth, from organisms and ecosystems to climate, oceans, rocks, atmosphere, and the wider universe.
• The field connects observation, fieldwork, laboratory research, data analysis, and theory. It often moves between small-scale detail, such as cells or minerals, and large-scale systems, such as forests, coastlines, weather patterns, and planetary processes.
• Internationally, the study of nature is relevant in contexts where societies depend on land, water, biodiversity, energy, food systems, public health, and environmental decision-making.

What are the main reasons for being active in the field of nature?

• The field gives insight into how natural systems function, change, recover, or become vulnerable under pressure from human activity and environmental change.
• It offers a grounded way to understand global issues such as biodiversity loss, climate adaptation, sustainable agriculture, water management, and conservation.
• Nature-related study and internships often involve a mix of field observation, scientific reasoning, practical research, and communication with local communities or organizations.
• The discipline is relevant across countries because natural environments differ widely, while many ecological and environmental questions cross borders.
• The field often attracts people who are interested in careful observation, long-term thinking, evidence-based decisions, and the relationship between humans and the natural world.

What skills do you need to participate in nature?

• To analyse: nature studies often require interpreting patterns in landscapes, species distribution, weather data, chemical processes, or ecological relationships.
• To be aware of your surroundings: fieldwork depends on noticing changes in terrain, climate, animal behavior, plant life, safety conditions, and local environmental practices.
• To collaborate: work in nature commonly involves scientists, local communities, policy actors, farmers, conservation groups, and technical specialists.
• To communicate: natural science becomes more useful when findings can be explained clearly to researchers, decision-makers, visitors, or the wider public.
• To plan: research and field projects often depend on seasons, permits, equipment, weather windows, sampling methods, and careful logistical preparation.

What motivates people to study or work in nature?

• Be and feel connected: the field often appeals to people who want to understand the links between organisms, landscapes, climate, water, and human communities.
• Be and feel involved: many people are drawn to nature because it allows them to engage with visible environmental questions rather than only abstract systems.
• Be and feel meaningful with a sense of purpose: nature-related work can feel meaningful where it contributes to conservation, responsible resource use, public knowledge, or environmental recovery.
• Be and feel experienced: internships and study abroad in this field often involve direct learning through field stations, reserves, farms, research sites, laboratories, or coastal areas.
• Be and feel time path aware: the discipline encourages attention to long processes, from evolution and geological change to seasonal cycles and ecosystem recovery.

What are the best countries and locations to study, intern or work in nature abroad?

• Countries with strong biodiversity and conservation contexts: Costa Rica, Kenya, Madagascar, Ecuador.
• Countries with varied landscapes for ecology, geology, climate, and outdoor fieldwork: New Zealand, Australia, Canada, Norway.
• Countries and regions where marine, island, and coastal systems are central: Fiji, Seychelles, Maldives, Bonaire.
• Countries with important environmental policy, research, and sustainability contexts: The Netherlands, Germany, Denmark, Sweden.
• Countries where agriculture, forests, rivers, and human-environment relations offer broad learning contexts: Indonesia, Vietnam, Brazil, Tanzania.

Where can you find work experience and vacancies for jobs, internships, and voluntary work in nature abroad?

• Environmental organizations and sustainability abroad: relevant for conservation projects, environmental education, climate adaptation, ecosystem restoration, and sustainability-oriented fieldwork.
• Research organizations and scientific work abroad: suitable for people interested in data collection, field stations, laboratory support, monitoring projects, or scientific communication.
• Agricultural organizations and animal care abroad: useful for work connected to land use, soil, food systems, animal welfare, farm ecology, and rural environmental practice.
• Government institutions and working in policy abroad: relevant where nature study connects with regulation, protected areas, environmental planning, public land management, or climate policy.
• Sport organizations and work in outdoor abroad: connected to outdoor education, guided nature activities, landscape awareness, and responsible recreation in natural environments.

What are things to consider when studying or working abroad in nature?

• Field conditions vary strongly by climate, season, terrain, safety rules, and local infrastructure; preparation is part of the discipline rather than a practical afterthought.
• Ethical work in nature often requires respect for local communities, Indigenous knowledge, protected areas, animal welfare, research permits, and long-term ecological impact.
• Scientific methods may differ between laboratories, field stations, universities, NGOs, and government agencies, so careful attention to protocols and local context matters.
• Language and cultural understanding can shape how environmental issues are discussed, especially where livelihoods depend directly on farming, fishing, forests, tourism, or water use.
• Some placements are physically demanding or remote, while others are desk-based and analytical; the field contains both practical outdoor work and structured scientific research.

Further depth: what is nature as a discipline?

What are the main features of nature?

Nature is not a single narrow discipline. It is a broad field of scientific inquiry that studies the natural world through connected branches such as biology, geology, physics, chemistry, ecology, astronomy, meteorology, and oceanography.

• Interdisciplinary scope: understanding nature often means combining knowledge of living organisms, physical forces, chemical processes, Earth systems, climate, and environmental relationships.
• Observation and experimentation: the field relies on careful observation, measurement, fieldwork, laboratory testing, modelling, and comparison across time and place.
• Hypothesis-based inquiry: researchers develop explanations, test them against evidence, revise assumptions, and build more reliable knowledge about natural processes.

What are important sub-areas of nature?

The study of nature includes several major sub-areas, each with its own methods and questions. Together they help explain how organisms, matter, energy, landscapes, oceans, atmosphere, and the universe interact.

• Biology: studies living organisms, including their structure, development, behavior, evolution, and distribution.
• Geology: examines the Earth’s materials, structures, processes, history, and changing physical form.
• Physics: investigates matter, energy, motion, forces, and the principles that shape natural phenomena at different scales.
• Chemistry: focuses on the composition, properties, reactions, and transformations of substances.
• Ecology: studies relationships between organisms and their environments, including species interactions and ecosystem dynamics.
• Astronomy: explores celestial bodies and wider cosmic systems, including stars, planets, galaxies, and the universe.
• Meteorology: examines the atmosphere, weather patterns, temperature, wind, precipitation, and related processes.
• Oceanography: studies oceans through their currents, tides, chemistry, marine life, and physical structure.

What are key concepts of nature?

• Natural selection: the process through which traits that support survival and reproduction can become more common in populations over generations.
• Biodiversity: the variety of life across genes, species, habitats, and ecosystems, and a central measure of ecological richness and resilience.
• Ecosystem services: the benefits people receive from natural systems, including clean water, fertile soil, food, pollination, coastal protection, and climate regulation.
• Sustainable development: the effort to meet present needs while protecting the ecological conditions that future generations will also depend on.
• Systems thinking: the recognition that natural processes are connected, so a change in one part of a system can affect many others.

Who are influential figures in nature?

• Charles Darwin: developed the theory of evolution by natural selection, reshaping scientific understanding of life and biological change.
• Marie Curie: advanced physics and chemistry through her pioneering research on radioactivity, with lasting influence on science and medicine.
• Louis Pasteur: made major contributions to microbiology, vaccination, fermentation, and public health.
• Rachel Carson: brought ecological risk and pesticide use into public debate through her work as a marine biologist and writer.
• Stephen Hawking: contributed to theoretical physics and cosmology, especially in relation to black holes and the origins of the universe.

Why is nature important?

• Understanding natural systems: the field helps explain the processes that shape life, land, water, weather, matter, and the wider universe.
• Resource management: knowledge of nature supports more responsible decisions about food, water, land, minerals, forests, oceans, and energy.
• Environmental response: studying natural systems is central to addressing climate change, pollution, biodiversity loss, habitat degradation, and ecosystem disruption.
• Scientific progress: research into nature contributes to medicine, technology, agriculture, engineering, environmental planning, and public understanding.
• Human perspective: the discipline helps societies understand their dependence on natural systems and their responsibility within them.

How is nature applied in practice?

• Conservation biology: scientific knowledge is used to protect species, habitats, ecological processes, and threatened ecosystems.
• Environmental policy: evidence from natural sciences informs decisions on pollution, land use, water quality, protected areas, and climate adaptation.
• Agriculture: ecological and biological insights support farming methods that consider soil health, biodiversity, water use, and food security.
• Medicine: understanding organisms, biological processes, and natural substances contributes to the development of treatments and health knowledge.
• Technology development: biomimicry uses patterns, structures, and strategies found in nature as inspiration for design and engineering.