The Importance of Preserving Nature
Introduction
Living in southern Chile means inhabiting a territory rich in temperate rainforests, fertile soils, biological diversity, and climates that favor an abundance of plant and animal life. Establishing and managing a farm in this region implies more than production—it requires the conscious decision to preserve what makes this place unique: an original nature that exists nowhere else on the planet.
Preserving native nature is not only an act of ethical responsibility but also an indispensable strategy for maintaining ecosystem services, environmental stability, local identity, and resilience in the face of global change. This essay argues that the protection of native forests and original ecosystems of southern Chile—such as those within Fundo El Volcán—is essential for both biodiversity and human well-being, supported by scientific data and contemporary botanical research.
The Unique Character of Southern Chile’s Forests
The temperate forests of southern Chile, including Valdivian and coniferous ecosystems, constitute one of the biomes with the highest levels of endemism and plant diversity in South America. Species such as Podocarpus nubigenus (“mañío macho”) extend from the Araucanía Region southward, forming part of the emblematic arboreal flora of Chile’s native forests. (Wikipedia)
Moreover, regions such as La Araucanía experience high annual rainfall—exceeding 1,100 mm in some areas—favoring humid ecosystems with dense vegetation, complex understories, and soils rich in organic matter. These components sustain essential ecological functions: hydrological regulation, carbon retention, shelter and corridors for wildlife, soil renewal, and maintenance of local microclimates. (chileanendemics.rbge.org.uk)
Threats and Consequences of Native Forest Loss
Despite their importance, these forests face serious threats. Recent studies have documented that between 2000 and 2016, more than 200,000 hectares of native forest were lost in south-central Chile (diariodepuertomontt.cl). This loss is largely due to conversion to plantation forestry (monocultures), agricultural use, livestock expansion, wildfires, and unregulated extraction (cr2.cl; Mapuche Diario).
One of the most severe impacts is habitat fragmentation. Fragmented forests lose connectivity, hindering species movement, reducing genetic diversity, and increasing vulnerability to disease and climatic disturbances. Another critical aspect is water availability: exotic plantations—such as eucalyptus and pine—exhibit higher evapotranspiration rates, reducing streamflow, affecting groundwater, and altering local hydrological cycles (cr2.cl). Additionally, fires spread more rapidly and intensely in homogeneous monocultures, increasing risks for native ecosystems and nearby communities.
Ecological, Social, and Economic Benefits of Preserving Native Ecosystems
Ecosystem Services:
Native forests store carbon, stabilize soils, regulate water flows, reduce erosion, enhance infiltration, and maintain microclimates favorable to livestock, crops, and wildlife.
Biodiversity and Local Genetics:
By protecting endemic species and preventing landscape homogenization—as occurs with monocultures—biological and genetic diversity is preserved. This diversity supports local adaptation, disease resistance, and resilience to climate change.
Cultural and Scientific Identity:
Local communities, Indigenous peoples such as the Mapuche, researchers, and naturalists regard native forests as part of their heritage, traditional knowledge, and natural legacy. These forests also serve as living laboratories for botanical, ecological, and climatic research.
Sustainable Economy:
Responsible management combining forestry, livestock production, and conservation can generate long-term benefits: certified products, ecotourism, research partnerships, payments for ecosystem services, and a strong, sustainable brand image.
A Conservation Model for Fundo El Volcán
Given this context, Fundo El Volcán has the potential to lead a conservation–restoration model integrated into its productive strategy. Recommended actions include:
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Preserving a core virgin forest as an “ecological reserve,” where no logging or human activity occurs beyond scientific monitoring.
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Restoring degraded areas through reforestation with local native species, increasing coverage, improving forest connectivity, and supporting understory-dependent fauna.
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Implementing eucalyptus management plans to gradually reduce its presence in sensitive zones while ensuring a balance between productive use and native regeneration.
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Collaborating with universities, botanists, and environmental organizations to monitor biodiversity, study local genetic resources, and assess climate adaptation strategies.
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Applying mixed agroforestry practices where livestock, certified timber production, and conservation coexist in mosaics that emulate natural forest structures.
Conclusion
Preserving the original nature of southern Chile is not a luxury—it is a practical, ethical, and strategic necessity. These forests are vital to local life, climate regulation, biodiversity, and the future of those who inhabit this land. Fundo El Volcán plays a key role in ensuring that this rich, authentic nature not only survives but thrives. In doing so, we protect not just leaves, trunks, and fauna—but also hope, identity, and possibility.
Thus, conservation becomes the most valuable investment we can pass on to future generations.
References
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Altamirano, A., et al. (2022). Research reveals that more than 200,000 hectares of native forest were lost in 16 years. Universidad de La Frontera. diariodepuertomontt.cl
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Lara, A., et al. (2023). CR2 Analysis on Native Forest Loss in Chile from Coquimbo to Magallanes Regions. cr2.cl
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CONAF (2020). National Forest Inventory, Tree Cover, and Land Use Data. Radio Agricultura; diariodepuertomontt.cl
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Echeverría, C., Aguayo, M., Miranda, A., et al. Studies on Forest Plantations, Biodiversity, and Hydrological Change in Chilean Temperate Forests. cr2.cl
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