Field Environmental Philosophy and Biocultural Conservation

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Fall 2008 325
325
Field Environmental Philosophy and
Biocultural Conservation: The Omora
Ethnobotanical Park Educational Program
Ricardo Rozzi, Ximena Arango, Francisca Massardo,
Christopher Anderson, Kurt Heidinger, and Kelli Moses*
Habitats (where we live), habits (how we live), and inhabitants (who we are) constitute an
ecosystem unit. The biosphere is composed of a reticulate mosaic of these habitat-habit-
inhabitant units, where humans (with their indigenous languages, ecological knowledge,
and practices) have coevolved. Today, these diverse ecosystem units are being violently
destroyed by the imposition of a single global colonial cultural model. In Cape Horn at
the southern end of the Americas, educators, authorities, and decision makers do not know
about the native habitats, language, and ora, and do not distinguish between Cape Horn’s
ora and the ora that grows in other parts of the country or the world. In contrast, indig-
enous people and old residents have a detailed knowledge, but they do not participate in
education, and decision making. It is not Homo sapiens in general, but bioculturally biased
educators, authorities, and decision makers who need to be transformed into (educated and
responsible) members and citizen of biocultural communities. The Omora Ethnobotanical
Park educational program was launched to contribute to a biocultural citizenship involving
three critical steps: (1) the disclosing of biocultural diversity with a “ne lter” approach that
permits understanding of the cultural and ecological diversity hidden by general universal
labels; (2) direct “face-to-face” encounters with human and nonhuman co-inhabitants;
and (3) actions for protection of habitats and implementation of interpretative spaces that
facilitate direct encounters and conservation of biocultural diversity. These steps have been
implemented at local and regional scales through the creation of the Omora Ethnobotanical
Park and the UNESCO Cape Horn Biosphere Reserve.
HABItAts—HABIts—INHABItANts
In its most archaic form, the Greek word ethos means den, the dwelling of an
animal.1 Through an extension of the word’s use, its meaning came to include the
dwellings of humans. Later, this noun also became the verb “to dwell.” This dual
noun-verb meaning of the Greek ethos is mirrored by the Latin words habitat and
* Ricardo Rozzi, Department of Philosophy, University of North Texas, P.O. Box 310920, Denton,
TX 76203-0920, and Omora Ethnobotanical Park (University of Magallanes [UMAG] and Institute of
Ecology and Biodiversity [IEB]), Puerto Williams Chile; Ximena Arango, Francisca Massardo, and
Christopher B. Anderson Omora Ethnobotanical Park (UMAG and IEB), Puerto Williams, Chile; Kurt
Heidinger, 1 Stage Road,Westhampton, MA 01027-9655; and Kelli Moses, Department of Biology,
UNT Chile Program, University of North Texas, P.O. Box 310920, Denton, TX 76203-0920. The authors
thank Gene Hargrove for valuable comments during the preparation of this manuscript, Patrick Sewell
and Jen Meyers for work on an ealier version of this manuscript, and acknowledge support from the
National Science Foundation (Project No. 06524220), the Hispanic Global Initiative, University of
North Texas, and two IEB grants: ICM, PO2-051-FICM and CONICYT PFB23-2008.
1 H. G. Liddell and R. Scott, A Greek-English Lexicon, 9th ed. (New York: Oxford Press, 1996). See
also J. Gonzalez, El Ethos, Destino del Hombre. (Mexico City: Fondo de Cultura Económica, 1996),
pp. 9–12.

ENVIRONMENTAL ETHICS326 Vol. 30
2 Habitat types and ethnic groups of southern South America are characterized in R. Rozzi, F. Mas-
sardo, C. B. Anderson, S. McGehee, G. Egli, E. Ramilo, U. Calderón, C. Calderon, L. Aillapan, and
C. Zárraga, Multi-Ethnic Bird Guide of the Austral Forests of South America (Punta Arenas, Chile:
Editorial Fantástico Sur and Universidad de Magallanes, 2003).
to inhabit. Moreover, from the action of inhabiting a habitat, habitual ways of
inhabiting emerge conguring “habits” or recurrently performed behaviors; i.e.,
the ethos of animal or human inhabitants. In this etymological drift, our under-
standing of the concept of ethos moves from its meaning as a vital physical space
(the habitat) toward its meaning as the act of dwelling in the habitat; in turn, it
arrives at a meaning that denes the identity of living beings (inhabitants). Ethos
is also the Greek root of the word ethics. However, most modern ethics have been
developed without consideration of the habitat, as if individuals and their identi-
ties could exist in isolation from their environment. In turn, this “conceptual gap”
of modern ethics generates a second problem. Since the colonial period, modern
moral theories developed in Europe are applied to moral situations in the colonies
without consideration to native ethos, as if indigenous ethics and their intricate
interconnections with local habitats would not exist. To overcome this colonialist
gap of modern ethics, we propose to develop ethical approaches rooted in specic
habitat-habit-inhabitant ecosystem units. These units also provide a conceptual
foundation for environmental ethics embedded in transdiciplinary collaborations,
such as the ones explored in this special issue of Environmental Ethics. Habitats are
mostly studied by ecologists, and habits are mostly studied by philosophers, with
little interaction among these disciplines. A greater integration of their methods,
concepts and ndings would generate a more integral understanding of human and
nonhuman inhabitants' ecologies, behaviors, and rights, and human’s identities and
ethical duties.
The integration between habitat and inhabitant found in the Greco-Roman roots
of the meaning of ethos in Western civilization is also deeply rooted in Amerindian
world views. For instance, the names of the indigenous communities of the largest
ethnic group of southern South America, the Mapuche, are dened by the habitats
where they live. Overall the Mapuche people dene themselves as people (= che) of the
land (= mapu), and the three main communities dene themselves more specically
according to the habitat types they inhabit: in the monkey-puzzle tree (Araucaria
araucana) forests of the volcanic Andean mountain range of central-southern Chile
and Argentina live the Pewenche, i.e., people of the monkey-puzzle tree (= pewen),
who are dependent on the fruit of this tree (g. 1); in the coastal forests of central-southern
Chile live the Lafkenche, i.e., people of the coast or sea (= lafken), who are dependent
on marine resources (algae, mussels, sh); in the evergreen rain forests of southern
Chile live the Williche, i.e. people of the south (= willi), who are dependent on the
plants and animals of the southern rain forests.2 Not only the names of humans, but
also the names of other animals are linked to their habitats and habits by indigenous
languages. For example, at the southern end of the Americas, in the Cape Horn

Fall 2008 327ENVIRONMENTAL PHILOSOPHy ANd BIOCULTURAL CONSERVATION
Figure 1.The integration between habitats, habits, and inhabitant identities is deeply rooted
in the life of the largest indigenous group of southern South America, the Mapuche people.
Their language is called Mapudungun, the language (= dungun) of the land (= mapu), and
they dene themselves as people (=che) of the land. One of the three main Mapuche sub-
groups is the Pewenche people. Their habitat is the forest of monkey-puzzle tree (Araucaria
araucana) or pewen in Mapudungun. An essential habit of the Pewenche is the gathering of
pewen fruits, which provide the basis for their alimentation. These fruits contain cysteine
and methionine, an essential amino acid that cannot be synthesized by the human body. By
eating these fruits, Pewenche actually are the people of the pewen. Interestingly, a scientic
biogeochemical perspective offers an ecosystemic view of these habitats, habits, and inhabit-
ants that concurs with the Mapuche worldview. These amino acids contain sulphur in their
molecules. Sulphur input to the biogeochemical cycle from volcanoes is transported by
the wind and the water of the streams to the soil, where the microora carry out processes
of oxidation and reduction, permitting sulphur to be absorbed by the roots of the pewen.
Therefore, when Pewenche eat the fruits of the pewen, they also eat the sulfurous rocks
and ashes of the volcano. Hence, not only are they people of the pewen, but also Mapuche,
people of the land.

ENVIRONMENTAL ETHICS328 Vol. 30
3 See R. Kusch, Geocultura del Hombre Americano [Geoculture of the American Man], Philosophical
Studies Collection (San Antonio de Padua, Argentina: Editorial Castañeda, 1976).
4 See S. Castro-Gomez, “Traditional Theory and Critical Theory,” Critique 49 (2001): 139–54.
archipelago, the Magellanic woodpecker (Campephilus magellanicus) is called by
the indigenous Yahgan people: lana. This name derives from the Yahgan word lan,
which means tongue. It alludes to the habit of this woodpecker of extending its long
tongue to extract larvae from the holes it pecks in the trunk of old growth trees in
the sub-Antarctic forests of the Magellanic archipelago. The Latin scientic name
denes the bird as “caterpiller-lover” (Campe-philus), inhabiting the Magellanic
forests (magellanicus). Its English common name, Magellanic woodpecker, also
characterizes the identity of this bird by its habit of pecking wood in the austral
woodlands. Hence, the intimate connection between the habitats, habits, and the
identity of the woodpecker is expressed by the three languages.
In South American academic philosophy, a pioneer effort to understand the deep
links between regional landscapes and Amerindian cultures was initiated by the
Argentinean philosopher Rodolfo Kusch. He realized that no genuine philosophy
in the Americas can be conceived without incorporating the Amerindian cultures.
Kusch’s perspective contrasted with the fact that indigenous languages and lives
have remained almost completely unknown, forgotten or even denied in academic
philosophy. Against this trend, in the 1960s, Kusch initiated a comparative ethno-
philosophy practice while working in Northern Argentina at the University of Salta.
He coined the concept of geoculture through which South American geography
ceased to be seen through “colonial lenses” as a virgin territory to be conquered
and used.3 Instead, it was understood as the land where cultural meanings were
rooted. Kusch disclosed how the South American ethos of each is embedded in the
environment, “always situated, always grounded.”
In this paper, we build on an ethno-ecological interpretation of the concept of
ethos, as grounded in southern South America, which reintegrates the identity of
the animal or human inhabitant with its ways of inhabiting in a particular habitat.
This ethno-ecological perspective differs from the disembedded, anthropocentric,
and individualistic perspective on human habits or consumer preferences used in
market economy.4 The social and environmental detachment of individual consum-
ers institutionalized by current global market economy seems to represent an excep-
tion, not the rule among South American cultures. Instead, a biocultural world view,
which integrates habitats, habits, and the identities of the inhabitants, prevails in
both the Western and indigenous roots of South American cultures. However, the
Greco-Roman and Amerindian meanings of ethos are ignored by current hegemonic
educational practices. To confront alienation of global society from the environ-
ment, and reconnect societies and their local habitats and habits, environmental
philosophers and ethno-ecologists can provide a valuable contribution to fostering
the cultural and educational reintegration of these ancient meanings of ethos. To
introduce this approach, we begin with a biocultural eld experience.

Fall 2008 329
ENVIRONMENTAL PHILOSOPHY AND BIOCULTURAL CONSERVATION
5 The Yahgan people are the original inhabitants of the Cape Horn region. See C. McEwan, L. Borrero,
and A. Prieto, Patagonia: Natural History and Ethnography at Uttermost End of the Earth (London:
British Museum Press, 1998). For the location of Omora Ethnobotanical Park, Puerto Williams, and
Cape Horn, see map in p. 231 in this volume.
6 Cf. P. Stambuk, Rosa Yagán: El Ultimo Eslabon (Santiago: Editorial Andres Bello, 1986), p. 17.
7 Ribes magellanicum was originally classied by Sydney Parkinson as Ribes antarcticum during
Captain Cook’s rst expedition in 1769. Poiret changed the classication to Ribes magellanicum in
1812. R. Rozzi and K. Heidinger, The Route of Darwin through the Cape Horn Archipelago (Punta
Arenas, Chile: Gobierno Regional de Magallanes y Antártica Chilena and Universidad de Magallanes,
2006), p. 28.
Re-eNCouNteRING BIoCuLtuRAL DIveRsIty At CAPe HoRN
Accompanied by Ursula and Cristina Calderón, the last two uent speakers of
Yahgan, in March 2000 we embarked on one of the rst educational journeys at the
Omora Ethnobotanical Park with students from the Puerto Williams public school.5
When we arrived at what would later be the entrance to the park, we paused and
remarked about the great abundance of wild currant shrubs growing in the area.
The sisters, Ursula and Cristina, told us that the indigenous name for this shrub is
upush. Knowing that the Yahgans traditionally named places after the predominant
bird and plants species in the area,6 we suggested that Puerto Williams might have
originally been called Upushwaia, the bay (waia) of upush shrubs. Ursula and
Cristina welcomed the suggestion, and the name has since then been adopted and
used by the local community.
In order to better understand how this plant was recognized and named by mem-
bers of different cultures inhabiting or exploring Cape Horn, with the students, we
researched the origin of the Spanish, English, and scientic names for the upush
shrub. We concluded that the Spanish Conquistadors, upon observing the bush
growing in such abundance in the southern regions of Chile, associated it with
the behavior of a weed (zarza). The shape of its leaves reminded them of a small
grapevine (parrilla), and the Spaniards chose to call the shrub zarza-parrilla. The
Anglican missionaries, in contrast, called this species wild-currant, because its
fruit reminded them of the currants of their native country which in Cape Horn
were growing in the “wild.” Scientists determined that the bush belongs to the
botanical genus Ribes, which has a worldwide distribution and includes 200 spe-
cies. Because this species is characteristic of the Magellanic region of southern
Chile, it was classied by European botanists with the Latin scientic name Ribes
magellanicum.7
Names of each culture’s familiar plants were projected onto the new species they
encountered in southern South America. Upon seeing the bush, the Spaniards, who
came to Cape Horn from a Mediterranean country, were reminded of grapevines
predominant in their homeland. To the British, arriving from a temperate region
dominated by hedges and morelands, the fruit resembled berries they cultivated.
Similarly, European botanists followed the Aristotelian and Linnaean formula of

ENVIRONMENTAL ETHICS330 Vol. 30
8 For a denition of biocultural diversity, see R. Rozzi and A. Poole, “Biocultural and Linguistic
Diversity,” in J. B. Callicott, R. Frode man, eds., Encyclopedia of Environmental Ethics and Phi-
losophy. Farmington Hills, Mich.: Gale, Cengage Learning, 2008); for the biocultrual approach of
Omora park. see R. Rozzi, F. Massardo, J. Silander, Jr., C. Anderson, and A. Marin, “Conservación
Biocultural y Ética Ambiental en el Extremo Austral de América: Oportunidades y Dicultades para
el Bienestar Ecosocial,” in Biodiversidad y Globalización, ed. E. Figueroa and J. Simonetti (Santiago,
Chile: Editorial Universitaria, 2003), pp. 51–85.
9 Captain Juan Williams took possession of the Strait of Magellan for Chile on 21 September 1843.
scientic names composed of a substantive (essence) and an adjective (accident)
when classifying the plant. In this way, the students realized that the names of
upush, zarzaparrilla, wild currant, and Ribes magellanicum express as much about
features of the shrub as they do about the cultures that named it. This is one of
the reasons we refer to Omora’s research-educational approach to conservation as
bio-cultural.8 By preserving the shrub populations and the various names given to
this species, we preserve both the biological and cultural diversity and the intricate
relationships between them.
On our excursion in the eld that day, we also discovered that place names are
expressions of the ways we understand and relate to the habitats we inhabit. For
example, at the end of the nineteenth century, Anglican missionary Frederick
Lawrence named the site we visited Puerto (Port) Luisa, after his daughter Luisa.
In the mid-twentieth century, after the arrival of the Chilean Navy to the area, this
toponomy was changed to Puerto Williams in memory of Captain Juan Williams,
who helped maintain Chilean sovereignty in the region before territorial disputes
arose with Argentina.9 In the names of Puerto Luisa and Puerto Williams, the
original inhabitants of Cape Horn—humans and nonhumans—are absent; we
remember instead the colonizers who took possession of the region. By reincorpo-
rating a Yahgan name like Upushwaia at the beginning of the twenty-rst century,
we recover the profound sense of living together with the plants and features of
the landscape which are expressed by the indigenous language. By preserving an
explicit reference to the biocultural diversity of the place, the Yahgan name helps
to continue cultivating an indigenous environmental ethic that regards the place
as belonging to the whole biotic community and not only to humans.
BIoCuLtuRAL HomoGeNIzAtIoN
The eld experience with Ursula and Cristina, and the students seems to be a
simple experience, and it is. What is not simple is that the habit of going out to encounter
the everyday habitats—its person, its plants, its languages, its names—constitutes,
with each day, an increasingly rare experience within the schools, the universi-
ties, the government institutions, and decision-making centers. In order to better
understand the current perceptions of Cape Horn’s habitats by descendants of the
Yahgans, European colonizers, and navy people, as well as today’s authorities,
teachers, and students in Cape Horn, we interviewed members of each of these

Fall 2008 331ENVIRONMENTAL PHILOSOPHY AND BIOCULTURAL CONSERVATION
10 See methodology in X. Arango, R. Rozzi, F. Massardo, C.B. Anderson, and J. T. Ibarra, “Descu-
brimiento e Implementación del Pájaro Carpintero Gigante (Campephilus magellanicus) como Especie
Carismática: Una Aproximación Biocultural a la Conservación en la Reserva de Biosfera Cabo de
Hornos,” Magallania 35, no. 2 (2007): 71–88.
11 See R. Rozzi, C. B. Anderson, F. Massardo, and J. Silander Jr., “Diversidad Biocultural Suban-
tártica: Una Mirada desde el Parque Etnobotánico Omora,” Chloris Chilensis 4, no. 2 (2001), at http://
www.chlorischile.cl/rozzi/g2.htm.
12 M. Touw, “Roses in the Middle Ages,” Economic Botany 36 (1982): 71–83.
13 The Virgin of Guadalupe is rooted in the folk culture of Mexico. Her image shrine at Tepeyac in
are surrounded by an origin myth, which says that: “the Virgin Mary appeared to Juan Diego, a Chris-
tianized Indian of commoner status, and addressed him in Nahuatl. The encounter took place on the
Hill of Tepeyac in 1531, ten years after the Spanish Conquest of Tenochtitlan. The Virgin commanded
Juan Diego to seek out the archbishop of Mexico and to inform him of her desire to see a church built
in her honor on Tepeyac Hill. After Juan Diego was twice unsuccessful in his efforts to carry out her
order, the Virgin wrought a miracle. She bade Juan Diego pick roses in a sterile spot where normally
only desert plants could grow, gathered the roses into the Indian’s cloak, and told him to present cloak
and roses to the incredulous archbishop. When Juan Diego unfolded his cloak before the bishop, the
image of the Virgin was miraculously stamped upon it. The bishop acknowledged the miracle, and
ordered a shrine built where Mary had appeared to her humble servant.” Quoted in Eric R. Wolf, “The
Virgin of Guadalupe: A Mexican National Symbol,” The Journal of American Folklore 71 (1958):
34–35. The name “Rosary” is explained in the collections of the “Miracles of Our Lady,” which were
very popular in the Middle Age. “A youth was accustomed to make a wreath of roses or other owers
every day, and to place it upon the head of Our Lady’s statue. He became a monk, and in the cloister
his occupation no longer permitted him to observe this pious practice. Being much distressed, he asked
counsel of an aged priest, who advised him to say fty Aves every evening. . . . This the young man
faithfully observed, until one day, being upon a journey, he has to pass through a lonely wood where
robbers were lying in wait. They were employed in watching him, feeling sure of their prey, when he,
unsuspicious of their presence, remembered that his Aves were not yet said, and forthwith stopped to
say them. Then to their surprise, the robbers saw a most glorious lady stand before him and take one
after another from the lips of the kneeling monk, fty beautiful roses, which she wove into a garland
and placed upon her head. The robbers, so the legend tells, conscience-stricken at the vision, were all
converted to a better life, and themselves soon after entered the monastery.” Quoted inWinifred S.
Blackman, “The Rosary in Magic and Religion,” Folklore 29 (1918): 275–76.
sociocultural groups in Puerto Williams.10 We started the interviews with a very
simple question: “Name the rst ve plant species that come to your mind.” Sur-
prisingly, the abundant upush shrubs were not mentioned by most respondents.
Instead, the answers given by most people included exotic, cosmopolitan plants:
seventy-ve percent of the named species were foreign to Cape Horn.
Roses and apple trees were the most frequently named plants.11 The rose was
central to the culture of the Romans, for whom owers and rose water were an
indispensible aesthetic element, which later in the Middle Age gave origin to the
perfumes and oils of roses.12 Roses have also contrasting Christian symbolisms
that go from condemnation for their sensual character to a high appreciation for
their role in various miracles, such as the desert roses in the cloak of the Virgin of
Guadalupe, or the apparition of the Virgin Mary that gave origin to the rosary.13 In
contemporary global-market society, roses are the most popular owers, representing
more than two-thirds of the owers sold worldwide. Apple trees also have a clear
biblical connotation, and apples occupy a prominent place in fruit markets. Today,

ENVIRONMENTAL ETHICS332 Vol. 30
sixty-ve percent of Chilean people identify themselves as Roman Catholic, and the
country ranks fth in apple exportation worldwide. Consequently, the overarching
presence of roses and apple trees in the imagery of Cape Horn’s inhabitants seems
to express the central roles that global market and European Christian cultures
play at these high latitudes. The strong presence of roses and apples in the minds
of most inhabitants prevented their awareness of the sub-Antarctic ora, despite
the fact that Puerto Williams is embedded in the luxurious forested landscapes of
Cape Horn.
Given that the oristic imageries of the Puerto Williams inhabitants had a strong
inuence from European and market economy cultures, we assessed whether the
absence of native ora in the imageries was equal among all sociocultural groups.
Yahgan people and old residents were born in Cape Horn, while navy people and
authorities, and most students and teachers, spend only two years in Cape Horn.
We reanalyzed the responses of each sociocultural group, and found that the bias
toward exotic ora was not homogeneous among the inhabitants of Cape Horn.
Among Yaghans and old residents, native plants were most frequently mentioned,
representing eighty percent and sixty percent of their answers, respectively. In
contrast, among navy people, authorities, students, and teachers, native plants were
only present in approximately twenty percent of their responses. In addition, for
these plants only Spanish names were given; indigenous names were completely
absent. Was this absence in their responses due to a lack of knowledge, or rather to
a selective preference against native plants and their indigenous names? To answer
this question, we assessed the degree of knowledge about the ora of Cape Horn,
by asking the following question to the interviewed persons of each sociocultural
group: “Name fteen plants that you know grow in Cape Horn.”
Almost all Yahgan people and old residents named fteen plants in their answers.
In contrast, authorities, teachers, and students were able to name, on average, only
ten plants; navy personnel named on average less than ten plant species. In addi-
tion, most of the ten plants mentioned were exotic species and almost half of those
exotic plants do not grow in Cape Horn. Therefore, not only did they know very
few plants, but were also confused about or were not aware of which plants actually
grow in Cape Horn. For example, palms were mentioned by several members of
the navy, despite the fact that these tropical trees do not grow at this high latitude.
Pine trees were also frequently mentioned by authorities, navy personnel, teach-
ers, and students, despite the fact that these trees are native to the temperate and
boreal latitudes of the Northern Hemisphere. The frequent presence of pine trees
in their answers could be due to widespread distribution of commercial plantations
of Monterey Pine in central southern Chile, where many of the members of these
transitory groups were born. They also frequently mentioned the emblematic
monkey-puzzle tree and the national ower of Chile (copihue, Lapageria rosea),
which are native to central-southern Chile, but do not reach Cape Horn. In sum-
mary, authorities, navy personnel, and the school community knew little about
the plants of Cape Horn, and did not distinguish between this ora and the ora
that grows in other parts of the country or the world. In conclusion, the absence of

Fall 2008 333ENVIRONMENTAL PHILOSOPHY AND BIOCULTURAL CONSERVATION
14 For worldwide cases, see L. Maf, ed., On Biocultural Diversity: Linking Language, Knowledge,
and the Environment (Washington D.C.: Smithsonian Institution Press, 2001).
15 Ibid.
plants native to Cape Horn in the imagery of transitory residents seems to be due
to a lack of knowledge rather than to an informed preference for exotic species.
Under the governance of bioculturally uneducated decision makers and educa-
tors, the Yahgan students attending the school were alienated from their habitats,
and language. The upush shrub and other native plants along with their indigenous
names were absent in the answers of the teachers, as well as in the school’s text-
books. Gathering upush leaves for medicinal tea, rushes for basketry, and mussels
for food, as well as other Yahgan practices, which can take place only in native
habitats, are interrupted. Consequently, a process of acculturation is generated by
a school education that radically changes the habits and habitats where learning
and everyday life take place; formal education ignores the Yahgan territory, culture
and biota. Under this conict between Cape Horn’s biocultural identity and school
culture, Yahgan children suffer in their school performance. In 2000, on average
Yahgan students were two years older than their classmates. The lack of biocultural
education of teachers, authorities, and decision makers not only stimulates processes
of biocultural homogenization, but it also generates problems of environmental
and social injustice.
The upush shrubs are beautiful. In addition, their grape-shaped leaves make an
enjoyable medicinal tea, and the sweet fruits of these wild currants are rich in vitamin
C. Yahgan people are those who know the most about the upush and other plants
of Cape Horn. Why do they have to change their nomadic habits, and suffer within
the school? Academic textbooks say that we are living in a post-colonial period,
but paradoxically the evidence presented above shows that we are immersed in a
wave of ultra-colonialism. Today the austral region of Cape Horn represents a last
frontier, where a global cultural-economic model is taking over a set of local habits
and habitats, thereby oppressing cultural traditions, subsistence economies, native
biota and landscapes. Moreover, Spanish has nearly totally supplanted the indigenous
Yahgan language. Similar global-local borderland situations are taking place in a
plethora of indigenous, peasant, and shermen communities in South America, and
worldwide.14 When a human population colonizes a new environment, people need
to learn from the beginning about its ora, fauna, the relationships among species,
and how to talk about them. As shown in the results of the interviews, recently
arrived people to Cape Horn do not know the local ora nor the indigenous names
and traditional forms of relations with the plants and habitats. However, recently
arrived people who know less about the habitats and habits of Cape Horn have the
largest impact on decision making and education in Cape Horn. Indigenous people
and old residents who know most about native habitats and habits have almost no
participation in decision making and education. These results suggest a mechanism
for biocultural homogenization processes taking place in Cape Horn, and at other
global-local borderlands.15

ENVIRONMENTAL ETHICS334 Vol. 30
16 P. Mühlhäusler, Linguistic Ecology; Language Change and Linguistic Imperialism in the Pacic
Rim (London: Routledge, 1995).
17 For location of the temperate sub-Antarctic region of southern South America, see g. 1, in Rozzi,
Armesto, and Frodeman, “Integrating Ecological Sciences and Environmental Ethics into Biocultural
Conservation,” p. 231 in this volume.
18 See R. Rozzi, J. Silander, Jr., J. J. Armesto, P. Feinsinger, and F. Massardo, “Three Levels of Inte-
grating Ecology with the Conservation of Southern American Temperate Forests: The Initiative of the
Institute of Ecological Research Chiloé, Chile,” Biodiversity and Conservation 9 (2000): 1199–17.
The micro-scale example of Puerto Williams leads to macro-scale understanding
of biocultural homogenization taking place in many localities in Latin America and
around the world. For example, in another archipelago region, Peter Mühlhäusler
has shown how drastic environmental degradation on Polynesian islands often takes
place at the beginning of human colonization processes.16 Negative environmental
impacts continue over time until an attunement is achieved between the “contours
of language and knowledge and the contours of the environment.” Mühlhäusler’s
perspective might help us to understand twenty-rst century patterns of linguistic,
cultural, and ecological degradation associated with rapid, intensive, and abrupt
processes of colonization by the homogenous global urban-industrial society. A
single cultural, linguistic model—“global colonialism,” as it might be called—is
imposed (not coevolved) on the diverse environments of the planet.
The southernmost forested region of the world does not escape this global biocultural
homogenization process. Today, the temperate sub-Antarctic region of southwestern
South America17 is subjected to an economy and culture based on exotic species, which
consequently generates an increasingly bioculturally homogeneous landscape. During
the 1990s, Monterrey pines accounted for more than ninety percent of the milled
wood exported by Chile. Textbooks used in Chilean schools between 1975 and
2005 focused on examples of ora and habitats from distant regions, mainly Europe
and North America, and fewer than twenty percent of the illustrated or described
examples were native. Furthermore, the textbooks made no references to indigenous
botanical or ecological knowledge, and decorations in the classrooms of southern
Chile were based on exotic plants and habitats, such as roses and Northern Hemi-
sphere pine forests.18 In this way, formal education separates the children’s everyday
lives and imageries from their regional ecological and cultural environments.
THE OMORA ETHNOBOTANICAL PARK EDUCATIONAL PROGRAM
Focusing on a specic “habitat” (southwestern South America), and examining
the “habits” (oristic imageries and knowledge) of different “inhabitants” (Yah-
gans, regional authorities, navy people, teachers, and students) led to three relevant
achievements. First, the detection of levels of biocultural diversity that often remain
hidden behind general universal labels, such as Amerindian or Eurocentric, local
or global, ecological knowledge. Second, since the end of the 1990s, an interdis-
ciplinary team led by ecologists, anthropologists, botanists, and philosophers have
simultaneously studied the habitats and habits of the people in Cape Horn. These

Fall 2008 335ENVIRONMENTAL PHILOSOPHY AND BIOCULTURAL CONSERVATION
simultaneous studies led to the detection of mismatches between the perceptions
of decision makers and educators and the results of ethno-botanical surveys. The
failure to recognize the importance of the shrub upush is just the tip of the iceberg;
it is a symptom that expresses authorities’ general lack of awareness about the
native ora, its ecological services, and traditional ecological knowledge. Third,
the former two achievements motivated researchers to become involved not only
as researchers but as inhabitants of Cape Horn, interacting with the indigenous
community, government authorities and institutions, and educators. These “in situ”
and “in tempo” interactions led to the translation of the biocultural insights into
conservation actions. Authorities, members of the Yahgan community, navy people,
teachers, and researchers were motivated to implement conservation of habitats at
local, and regional scales, creating the Omora Ethnobotanical Park in 1999, and
the UNESCO Cape Horn Biosphere Reserve in 2005, respectively. In turn, this
stimulated new development policies, ecotourism activities, and the creation of
biocultural educational programs at preschool, school, and university levels.
The translation of biocultural understanding into conservation and sustainable
development actions has promoted “an attunement between the contours of language
and knowledge of authorities, decision makers, and educators and the contours of
Cape Horn’s environment.” Hence, the studies of the habitat have been translated
into a change in the habits, i.e., an ethical change in the inhabitants. These ethical
changes in Cape Horn’s habitat-habit-inhabitant ecosystem units were not motivated
by normative ethical codes or international and national laws, but by a change in
biocultural understanding, and concern for the well-being of the biocultural com-
munity. In this way, the ancient and integral meaning of ethos was reintegrated in
Cape Horn.
For all the participants, the experience of direct “face-to-face” encounters (or
re-encounters) with actual living beings co-inhabiting Cape Horn was essential to
achieve biocultural understanding. These direct encounters generate instances, such
as the silent moment of awareness at Omora Park when the Yahgan women Ursula
and Cristina, the Puerto Williams’ students, and the upush shrub were breathing
together in the same habitat. It was not reading about the upush, or merely learn-
ing about the indigenous name and story of the upush; it was mainly an instance
of living together. At moments like this, biocultural diversity ceases to be merely
a concept and begins to be an experience and awareness of co-inhabitation with
diverse living beings and life histories, which regularly remain outside the expe-
riential domain of formal education.
In 1999, the University of Magallanes and the Omora park inaugurated a series
of “eld environmental philosophy” workshops and courses, which permitted
authorities, and decision makers recurrently to have these experiences that fos-
tered both biocultural understanding and concern for the well-being of human and
non human co-inhabitants. In Yahgan, omora refers to the green-backed recrown
hummingbird (Sephanoides sephaniodes); however, in the indigenous narratives
it is seen as a bird, and at the same time a small person, a spirit who maintains

ENVIRONMENTAL ETHICS336 Vol. 30
social and ecological order. Birds are perceived as distant relatives of humans,
inhabitants of common habitats, and this co-inhabitation has strict social and eco-
logical rules. For example, in order to sustain long-term ows of fresh drinkable
water in Cape Horn, the Yahgan narratives underline the need of conserving the
diverse communities of birds, and other animals that maintain the integrity of the
vegetation, and watershed habitats.19 The little hummingbird was appealing to the
diverse parties living in Puerto Williams, and permitted them to understand how
Yahgan names, such as omora, are carriers of cognitive and ethical dimensions of
indigenous worldviews and forms of inhabitation.
To address twenty-rst century biocultural conservation challenges at local,
regional, and international scales, in 2005 Omora park established partnerships
with the Institute of Ecology and Biodiversity, which includes research groups
from several universities and study sites in Chile, and the University of North
Texas, which has a leading interdisciplinary program in environmental philosophy.
Through these collaborations an international research and educational program
of biocultural conservation and eld environmental philosophy has been consoli-
dated.20 Field courses foster the experience of co-inhabitation with members of
all social groups of Puerto Williams community, and include students from Latin
American, the U.S., and other regions. The sense of co-inhabitation demands not
only experiences of direct encounters with people, plants, and other living beings
in their habitats, but importantly also participating in conservation, education, or
other service activities. Participants have the opportunity and duty to give back to
the habitat, and only through these reciprocity actions, participants can experience
an integral relation of co-inhabitation.
We thank the team of renowned ecologists and philosophers that participated
in the navigation through the sub-Antarctic Magellanic archipelago, and in the
workshop that originated this volume. These steps are critical in building on part-
nerships actions which articulate habitat-habit-inhabitant ecosystem units at local,
regional, and global scales. Through direct encounters and a sense of reciprocity
these partnership relations go beyond “case studies” looking forward to sustainable
living together.
19 For an account of Omora Park and the Yahgan story, see R. Rozzi, F. Massardo, C. Anderson, K.
Heidinger, and J. Silander, Jr., “Ten Principles for Biocultural Conservation at the Southern Tip of the
Americas: The Approach of the Omora Ethnobotanical Park,” Ecology and Society 11 (2006): 43, at
http://www.ecologyandsociety.org/vol11/iss1/art43.
20 See http://www.chile.unt.edu.