Book prototype

Introduction

The Forest Ecology and Conservation Group (or Coomes Lab) is a team of researchers in the Conservation Research Institute and the Department of Plant Sciences at the University of Cambridge. The group uses high-resolution remote sensing to understand how forests are responding to global environmental change, with projects exploring forest biodiversity, conservation, and ecological dynamics. Research from the group also contributes to the University of Cambridge Centre for Earth Observation.

Fire Ecologies: Field School

Added 12/22/2024

2Story

Contributors
  • Bosque Pehuén
  • Pablo González Rivas
  • Paula Emma Tiara Torres
  • Common Knowledge
  • Jennifer Gabrys
Tags
  • Chile
  • fuego
  • incendio
  • incendio forestal
  • prácticas comunitarias
  • trabajo de campo

At the Field School in Bosque Pehuén, we met with part of the FMA team and the five residents of the "Ecologies of Fire" program, artists and researchers Bárbara Acevedo, Pamela Iglesias, Fernanda López Quilodrán, Valeria Palma and Gianna Salamanca, who approached fire from apocalyptic, biocultural, ecofeminist and scientific narratives, focusing on the interactions of this element located in the temperate rainforests of the south. Through an exchange of knowledge, experiences, field activities, study of archives and images, they conducted collective explorations on the epistemologies of fire, its interrelations with climate change, and meanings according to diverse worldviews present. The results of their research were presented in a public program on Tuesday, April 16, 2024 at Casa Varas, Temuco.

CasaVaras_EcologiasFuego

Ecologies of Fire public exhibition at Casa Varas.

During our visit to Bosque Pehuén, the idea was to have an opportunity to share stories and perspectives on fire and fires with those who have participated in collective research, practices and debates. They have been reading the signs of fire, both in the physical and cultural landscape. Therefore, getting together to talk around the fire (the one in the fireplace) and then going for a walk in the Andean forest, were our means of approaching these experiences. All this, as a way of working towards a pluralism of fire ecologies, to broaden our understanding of fire as a set of social, environmental and technological interactions and systems.

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Walk through the forest of Bosque Pehuén.

Stories about fire and fires

For the next few hours, we talked about our experiences and studies of fire and fire in response to specific questions: What are the material, visual, sonic or other sensory components of fire in our work? What are the different narrative components of fire? How does it circulate through space-time, memory and experience? After a short break, we walked through the forest to a place where we could observe and discuss fire signs in the landscape, with an emphasis on understanding what we mean by a fire sign and what its history is.

In order for us to understand the different stories we tell about fire, it was first necessary for us to understand and visualize from which places or by whom these stories are told. Currently in Chile, due to its social, political and natural context, we have been strongly affected by fires and influenced by an insufficient action to address the emergency of this socio-natural problem, a vision of fire and fires as a public enemy, which threatens our welfare as inhabitants of such diverse territories, has been widely disseminated. Little do we reflect on fire as an essential element for life, which shapes natural and social relations. This vision of fire as something to be feared has not allowed us to see other aspects that are fundamental to understanding the relationship of ecosystems and human beings with fire. We have focused the social debate only on aspects such as: attack, combat, control, domination. We have reproduced reified ways of relating to fire and, as part of its elements, to nature itself. For this reason, as it happened to us that day, we found it necessary to talk about fire as something that drives away and as something that brings us together.

Línea de árboles de araucaria en Bosque Pehuén

Araucaria tree line in Bosque Pehuén.

When we tell the story of fire only from a satellite view, from a territorial planning or physical landscape scale, it is easier for us to review territories prone to risks associated with fire, but that fire understood from a highly anthropocentric notion. On the other hand, when we challenge ourselves to approach an experiential or immersive scale and delve into the socioecological relationships of the cultural landscape, we see other stories about fire and we see its connections, longer and more complex than we thought. We even see how some species that have been considered pests appear after forest fires, but may have a key ecological role for the bioavailability of certain nutrients in the forest floor.

According to one of the residents, one of the tree species related to the pests is quila (Chusquea quila), a type of bamboo endemic to the forests of southern Chile. This species plays an important role in the undergrowth, thanks to its rapid growth and ability to spread. Culturally it has been used to make all kinds of artifacts, furniture and constructions since ancient times. In pre-Hispanic times, small controlled burns were made to let this species in and to make the undergrowth more lush, according to Luis Otero and other researchers dedicated to studying the cultural influence of quila in the history of fire. At the same time, this interaction that the species has with its environment, came to be frowned upon in later times, when agriculture emerged massively, because by flowering and drying (in periods that have no proven regularity), it brought bad omens for people, such as plagues of long-tailed mice (linked to the anta virus) and socio-natural catastrophes. It is often linked to fires, because after the quila blooms, it dries up and remains as available fuel material in the forest.

Colihue en Bosque Pehuén

Colihue in Bosque Pehuén.

In reference to the narration of one of the residents of the "Ecologies of Fire" cycle, where she tells us that after some forest fires, many nutrients rise and become available for plants that want to establish themselves after the fire. Sebastián Carrasco of FMA explains that the fire and the species that follow it help these nutrients to "rise" and thus the plants can consume them more easily. This is called the intermediate disturbance hypothesis. This refers to the fact that the passage of fire, seen as a disturbance at intermediate intensities, can explain the diversity of species in certain ecosystems. Conversely, ecosystems with very low disturbances or very high disturbances have less richness and abundance and are less diverse, and therefore less resilient. This gives us clues about the adaptive capacity of some species in the Andean Araucanía, their evolution and change as the only constant, where the balance with the presence of fire is presented as a protective factor.

Sebastián Carrasco dibuja una diagrama de la ecología de fuego en el suelo

Sebastian Carrasco draws a diagram of fire ecology on the ground.

One of these species adapted to fire episodes is the araucaria (Araucaria araucana) or pewen in the Mapuche language, considered a sacred tree for the Pewenche culture and also a tree species declared a National Monument in Chile. The araucaria has coexisted with fire for thousands of years. It has a hard bark and is able to resist the passage of fire, because it has been living around the abundant volcanoes that make up the Andean geography. Pamela tells us that when they visited the China Muerta National Reserve, the landscape was overwhelming because everything was burned. This forest reserve suffered a large fire in 2015, where official figures indicate that, according to CONAF, 3,675 hectares were affected, and 2,900 hectares, according to the Satellite Remote Sensing Laboratory of the University of La Frontera, of which 1,550 were located in the China Muerta National Reserve and almost half of this area is occupied by araucaria forests. From afar, the landscape was tremendous, desolate, however, as she approached, she told us that she felt that it was not so Dantesque or apocalyptic, because she could see that there were araucaria sprouts everywhere, even some coming out of completely burned trees, usually called "dead standing". These trees represent a tremendous value of biocultural memory, since they are not only biological legacies for their own species and other organisms that are born or develop in them, but also cultural legacies, since they speak to us of other moments and events, being a source of access to an ancient temporality, of ancestral landscapes.

Los arboles de araucania, tambien se llama 'pewen' en Mapudungun y 'monkey puzzle' en ingles.

The araucania trees, also called 'pewen' in Mapudungun and 'monkey puzzle' in English.

However, as we travel through these landscapes through walks, memories and narratives, a question arises that worries the residents: What happens when we move the fire to the Central Valley of Chile, in areas with species and settlements that are not necessarily accustomed or adapted to receive this disturbance? When this fire is tremendously intense and devastates everything, how do we recover from it afterwards?

Un árbol de araucania que fue impactado por el relámpago

An araucania tree that was struck by lightning.

An article by Moritz and co-authors indicates that fire differs from other hazards in that, in this case, the focus is more on fighting them and how the command and control approach typically used in fire management neglects the fundamental role of fire events in maintaining biodiversity and ecosystem services. Thus, this aspect is key for us, as there is not much research in this area. While in these conversations we come closer to understanding that it is not just about command and control, but about how to learn to coexist with fires. Therefore, we asked ourselves what types of social organization or environmental design are most beneficial for fire management? Since we understand that understandings of fire change in relation to scale, also at the level of plants, interactions between organisms, landscapes, cultures, towns or cities. Thus, we believe that the scale and perspective of fire is something yet to be investigated.

Mega-incendio en Región de Valparaiso, Chile. Febrero, 2024.

*Mega-fire in Valparaiso Region, Chile. February, 2024.

As the residents of "Ecologies of Fire" shared with us, we can understand how, from a vision solely focused on territorial planning and the satellite panoramic of physical landscapes, fire or fires, with the social charge that this word contains, can be seen as plagues. Also, from other visions and cosmovisions, we manage to understand that, at other times, these fires can be understood as a manifestation of fire that favors the balance of nature. So, for us this connection is interesting, because we can understand why when we say "we are plagued by forest fires in Chile" we are reducing too much the analysis of a socio-natural conflict, which may well be a great opportunity to question our relationship with nature and its elements.

However, the stories about the way in which fire relates to different ecosystems and human settlements gradually led us to the need to distinguish the effects of fires on forests, characterized by the presence of biodiversity, whether they are composed of endemic, native or exotic species. Compared to the effect of fires on monoculture tree plantations, extensively present in Chile, where approximately 60% of this area corresponds to radiata pine, 33% to species of the eucalyptus genus and the rest to other species such as Atriplex, tamarugo and Oregon pine. These plantations are located mainly between the O'Higgins and Los Lagos regions. According to Conaf statistics, in the period 2010-2022 forest plantations have been the main type of vegetation affected by fires (at an average of 44,000 hectares per year), representing 40% of the total area burned (compared to 17% for native forests). In the decade 1990-1999, forest plantation fires affected 10,000 hectares per year, which corresponded to 20% of the total burned area. Therefore, we are strongly surprised that even institutions such as Conaf, call these plantations forests, since we see how they lack a constitutive element of these, which is biodiversity and homogenization of the landscape, which is ultimately one of the key factors in the spread of fires. This allows not only the resistance to the effects of fire, its propagation, intensity and frequency, but also allows the regeneration of these ecosystems, once affected by fires.

Valeria shares with us her concern about human intentionality in forest fires, considering not only the fact of how the fire starts, but also the way in which landscapes have been manipulated in Chile, where forest plantations have gained more and more territorial extensions. With high densities and little oversight by the relevant authorities regarding their management practices, which must adhere to a legality that is already quite permissive in this regard. According to her, this highlights the fact that the problem does not necessarily arise from the species used in monocultures, but rather from human practices in monocultures, weakening ecosystems and generating landscapes that are highly prone to destructive forest fires.

”El monocultivo forestal pone en riesgo a nuestros ecosistemas”.

* "Monoculture forestry puts our ecosystems at risk".

This conversation evokes a phrase spread by geographer Jorge Felez-Bernal, researcher associated with the Environmental Sciences Center EULA-CHILE and Faculty of Environmental Sciences of the University of Concepción, where he points out that "Chile is a country configured for disaster", referring to forest fires. This is where Valeria's concern arises, as she feels a great responsibility and commitment to share the findings of the research in which she works, since she sees a disconnection between the development of science in this aspect, people's education and, therefore, their degree of responsibility and involvement in this issue. One of the ways to connect these aspects that the experience of "Ecologies of Fire" has allowed her are artistic elements such as fiction, which can be used to tell stories from other perspectives, for example, from the perspective of the trees when they are affected by fires and by the destruction that humans produce in their ecosystems. In this way, becoming aware of other living beings involved in human actions and, from there, building more respectful ways of relating to the otherness of these beings.

Una arboleda de Nothofagus (Coihue) en Bosque Pehuén

A grove of Nothofagus (Coihue) in Bosque Pehuén.

Fire cultures

In what we know today as Chile, there is not only a great territorial, geographic and ecosystemic diversity, but also a great cultural diversity. A living proof of this are the different native or indigenous peoples that have inhabited this territory and coexisted with its elements for hundreds, even thousands of years. As we walk and enter this forest of stories, we begin to wonder about the way in which cultural practices on fire and fires interact with the landscapes and how these cultural practices could or should be modeled to face our current problems.

Pamela tells us that she lives next to a monoculture tree plantation. As a family, they usually do controlled burns, which is beneficial for them because it allows them to coexist with these plantations. But when she was able to experience the relationship with the forest in the FMA reserve, she felt that the relationship with fire was different. She believed that it was almost impossible for this forest to catch fire, because of the moisture it contains. However, when she heard stories of past fires in Bosque Pehuén, which was formerly a logging ranch and had episodes of intentional and natural fires, she experienced other languages and components outside of fire as something destructive, because she felt that in the forest a harmonic dynamic was being maintained between fire as the original element of life with a spirit that inhabits it, the ngen-kvtral in Mapudungun, and the mawiza or mountain, in the same Mapuche language.

Thus, as in the original myth about the first Mapuche weaver, which Pamela uses as a starting point for her artistic research, fire as a vital and spiritual element plays a key role in reuniting that girl with the ancient spider that will teach her to weave. In the same way, she sees that the experience in the "Ecologies of Fire" residency was an instance where fire brought them together as women, both materially, around the fireplace and the wood stove, and conceptually, through their artistic and scientific explorations. The weaving of this collaborative network allowed them to gain new perspectives and learn new practices and habits around fire as a relational element. This motivated them to co-create a collaborative recipe book, which they produced and exhibited collectively, along with their research.

El grupo de la escuela de campo investiga las enseñales del fuego.

The field school group investigates the teachings of fire.

We note how this practice of gathering around the fire to sustain vital aspects such as heat and food in a home, are extensive in La Araucanía, as well as in other regions of southern Chile. The book "Guardianas del calor: mujeres y el cuidado del calor de hogar", compiles a series of stories, with the objective of valuing, understanding and learning from the strategies and experiences exercised by women to take care of the heat in their homes during the cold seasons in conditions of vulnerability related to social housing, where most of the problems of energy inefficiency are concentrated. According to the information compiled in this book, the low temperatures inside homes in southern Chile are the result of two main factors. First, the economic limitations of households to generate the necessary heat, either for lack of resources to pay for heating or access to appropriate technologies. And, secondly, that homes lack adequate thermal insulation, and most buildings do not meet any thermal quality standards that would allow them to cope with the climatic conditions of these latitudes. For this reason, in the central and southern regions of Chile, we face a generalized problem, what the authors call heat deprivation. Heat deprivation shapes the life experience of energy poverty, impacting the daily life of people, their overall health and strongly affects their decisions regarding the responsible use of fire.

Sopa de lentejas y fuego para concinar.

Lentil soup and fire for cooking.

Maya Errázuriz, from FMA, tells us that she was recently able to visit the Magallanes Region, where she learned that research has been conducted in Tierra del Fuego, in relation to ancestral fire practices, where they spoke of cultural marks on tree trunks, associated with the use of fire by the inhabitants of the Kaweskar people, called Fuegians by the settlers. The Kaweskar are a native people of southern Chile and Argentina. Until the middle of the 20th century they were nomads who traveled in canoes through the southern channels of western Patagonia, between the Gulf of Penas and the Strait of Magellan. In the last century, their population was reduced by massacres and deaths due to disease, as well as abandonment of their groups of origin. The practice studied consisted of burning certain parts of the trunk to extract a piece of the bark without the need to fell the tree and, in this way, generate the canoes on which their subsistence depended. These marks remain in time, in those trees that remain alive. And when dendrochronology studies are carried out on them, those points of cultural intervention are marked, which are called cultural marks related to fires. Although it is necessary to explore aspects such as the frequency and intensity of these practices, the fire culture of the Kaweskar is interesting to us, since the families lived in canoes all the time and kept a fire burning in the center of the canoe for heating and cooking. How fire was a key element for survival in such a challenging ecosystem.

This relationship with fire, from the everyday and vital, gives us clues for a new understanding of fires, understanding them as a manifestation of fire that is in constant relationship with other processes, both natural and social. This new and necessary understanding tells us about fire as a relational system that transforms and brings together, but that can also become unbalanced and extremely destructive and dangerous. At this point in our journey, we wonder how we can approach these different and sometimes so distant perspectives on fire, to understand them and make them part of our practices. For by understanding it as a separate element, we run the risk of not dimensioning its influence on what surrounds us.

We reflect that, as with other relational systems in nature, we need to experiment with fire to learn to relate to it in a balanced way. By seeing it as a lifeless element, separate from others or as an object, we dissociate ourselves from its behavior and do not care about keeping it alive and caring for it. In a world where access to experience with and in nature remains unequal, it is challenging to spread this understanding. However, ancestral wisdom, immersed in our cultural practices, provides us with opportunities to reconnect with the need to feel fire as something of our own, constitutive of our subjectivity and, therefore, of our way of relating to our environment. This ancestral wisdom invites us to be part of the relational system of fire and its community, so that, as communities, we learn to be more resilient in the face of the socio-natural disasters that forest fires may or may not become.

Un árbol de araucania con madera carbonizada.

The field school group investigates the teachings of fire.

Signs of fire in the forest

As we begin to look for signs of fire on our walk through Bosque Pehuén, Sebastián Carrasco of FMA tells us that much of the living forest we can see is quite young, as the species at lower altitudes must be no more than 40 years old, as a result of logging and fires in recent history. However, it is possible to recognize the histories of this ecosystem thanks to the signs of fire. In order to perceive these signs of fire in the forest, we asked the residents what sensory tools had allowed them to expand their notions of fire, or to delve deeper into their research. We talked about what the environment gives them, approaching it through sound, texture, image, and how this changes the way they relate to the forest. This approach allowed us to look for ways to contribute to fire and fire education.

Barbara wanted to start with what she considered the most basic, before highlighting any practice or technique. And it is related to the experience of walks in the forest, where a set of impressions arise, walking and breathing in a space, observing, touching, all that set of sensory impressions. By the simple fact of changing the format of reception of the information that she usually has in other places. Because, like Fernanda, she lives in the city, where she is used to consuming information through screens and audiovisual elements, which is very smooth, very sterile. So, only by changing this predisposition to see and observe in another way, it became a key element. For her part, Gianna comments that one of the things that has most caught her attention is the temperature. How with the temperature changes we have experienced, when they go to the forest, their body temperature changes. This has allowed her to understand the forest as an other, with its own body temperature.

Restos de madera quemada de prácticas anteriores de gestión de la tierra.

Remains of burned wood from past land management practices.

Something similar happened to Valeria, especially when they had the immersive experience with Agencia de Borde, because it involved entering a forest and looking at it with other sensors, corporeal sensors, such as temperature. And you realized that by being in clothes you are most likely not reading, feeling and sensing everything around you. Even the sense that the rocks have in the feet or also the fear of touch, the sound of the wind, mainly the Puelche. They are different winds, they move differently and he could also feel how they moved. In that sense, he understood that his body is also a sensor and that it is able to perceive certain changes in temperature and atmosphere. Perhaps the body as a sensor has been the most interesting thing for someone like her, who is not used to understanding the world from her skin, from her touch, from how she sees and smells. She is usually aware of how to geolocate events, as part of her job. However, approaching the forest from that immersive scale was quite different, and changed many of her reflections.

Fragmentos de carbón de un árbol quemado.

Charcoal fragments from a burned tree.

This idea of the body as a sensor is key for us in a hyper-technologized world, but with unequal access to an overproduction of digital data, as it seems that for science data is never enough and there are always more unknowns. In this context, the body as a sensor is an opportunity to reconnect with that which is most characteristic of human beings, which we share with other animals, as part of nature. But also as an opportunity to approach those people who cannot have access to digital sensors, in order to experience nature or the environment. In that sense, the body as a sensor is a democratic medium, because anyone can access to use it, with the right conditions, learning or guidance. In the same way, this body sensor allows us to learn to read the behavior of the landscape, which is key when facing the presence of fire or a fire.

Caminata durante la escuela de campo en Bosque Pehuén.

Hike during the field school in Bosque Pehuén.

Recalling one of the conversations they had with Fernanda, director of Corporación Altos de Cantillana, the residents commented on how difficult it is to predict how the fire will advance in a forest fire. Especially when considering how climate change and changes in landscapes have changed the behavior of winds. It is therefore necessary for us to relearn how to read the landscape in order to prevent forest fires or to better relate to nature. This is also related to the fact that fires can generate their own climatic conditions. In this regard, there is research, such as that of Alvaro Gonzalez, professor at the Universidad Austral de Chile (UACH), which shows that no matter how many combat elements are available to face an uncontrolled forest fire, these usually only help to appease it or to direct its advance, but most of the fires of large extensions or mega forest fires, usually end up being extinguished by their own conditions, which has been called firestorms. In view of this, the difficulty to predict the occurrence and advance of forest fires is increasing.

In this context, the need to learn to experiment with nature and its elements, as relational systems, becomes key to advance towards the care of ecosystems and human life. When Pamela told us that she has been able to identify a "mother tree" within Bosque Pehuén and has returned to visit it daily during her residency, it became evident to us the importance of becoming aware of the exercise of signifying the elements of our environment, in order to feel intimately involved with them. The sensation that the forest is constantly changing and that, at the same time, we are so small in the face of its processes, requires that signification to give meaning to our existence within these transformations. Environmental psychology has been dedicated to understanding the role of behavioral and mental factors involved in the relationship between humans and nature. Thanks to this, we have been able to understand that the positive valuation of nature and the involvement with its care are directly related to the possibility of experimenting with and in it. However, it seemed important to us to distinguish that the relationship we experience and establish with nature should be based on exploration and coexistence in order to learn to coexist. Not from dominance, since this hierarchical position towards natural elements is part of the modern worldview that has led us to its commodification and destruction.

Fragmentos de carbón de un árbol quemado.

Charcoal fragments from a burned tree.

Finally, after sharing many experiences and reflections, we returned from our hike to the refuge to have lunch together, digest feelings and ideas, and have a relaxed conversation about the key points in fire research, experiences, stories and cultures. We were able to take some of these reflections to the next day's Field School in Temuco, where we specifically addressed how to develop community plans to prevent or react to forest fires.

Natural Sounds and Night Skies Division

Added 03/28/2022

4Logbook

Contributors
  • Max Ritts
  • Kate Lewis Hood
  • Jennifer Gabrys
Tags
  • acoustics
  • light pollution
  • noise
  • sensors

The Natural Sounds and Night Skies Division of the National Park Service (USA) provides assistance to conservation authorities in collecting baseline data for ambient acoustic and night sky quality in National Forests across the United States. The agency helps those groups in identifying source specific noise/light impacts and devising solutions to reduce, mitigate or prevent anthropogenic noise. Case examples associated with the Natural Sounds and Night Skies Division include Denali National Park, Noatak National Reserve, and Glacier Bay National Park.

Listening Lab

UPS-NightSkies_Sounds
Jacob Job recording in a forest at Wild Basin, Rocky Mountain National Park, Colorado. Image source: Jacob Job, National Park Service [image]. Retrieved 22 June 2022, from https://www.nps.gov/articles/deeplisteningbringsrewards.htm

The Natural Sounds and Night Skies Division is partnered with the Sound and Light Ecology Team at Colorado State University. Student researchers at the Listening Lab have analysed thousands of hours of acoustic data from US national parks to identify noise pollution to inform park management, and to develop research projects on sound and particular species. Members of the Sound and Light Ecology Team have also compiled sound libraries from national parks, and developed the Sounds of Your Park initiative gathering field recordings from national parks and protected areas globally.

Digital Technologies and Conservation Surveillance

Added 12/22/2024

5Story

Contributors
  • Trishant Simlai
Tags
  • camera traps
  • conservation
  • drones
  • privacy
  • surveillance
04_ForestPanopticon

An illustrative example of surveillance regimes in forest spaces. Image source: Adwait Pawar for Simlai (2021) [illustration]. Retrieved 8 August 2022, from https://doi.org/10.17863/CAM.84136

The emergence of rapidly developing digital tools has had a considerable impact on the social practices of individuals, institutions and organisations involved in the conservation of nature. From tracking the movement of wild animals to detecting illegal wildlife trade online, digital technologies and applications are gaining increasing prominence in nature conservation and are reshaping discourses of conservation science and practice (Newman et al 2012, Joppa 2015). These technologies are rapidly influencing how scientists, governments and the public think, perceive and engage with nature (Verma et al 2015). Furthermore, these technologies borrow heavily from military research, and their use for law enforcement and policing feeds into the militarisation of conservation discourse (Duffy et al 2019), resulting in serious negative outcomes for local communities and undermining long term conservation goals.

Researchers working on forests, nature and wildlife conservation often welcome such technologies as they promise large amounts of data, fast processing speeds, unique visual representations and efficient decision making capability (Arts et al 2015). Arguably, digital technologies like camera traps have revolutionised conservation by making possible monitoring of rare endangered species in remote and difficult to access landscapes. For instance, India recently entered the Guinness World Records for the largest camera trap study that surveyed an area of 121,337 sq kms. However, recent research carried out by a Smart Forests researcher (Simlai 2021) on the social and political implications of these technologies has revealed that there is a downside to this story. This research argues that digital technologies are not the panacea for all conservation or forest related problems, and interventions based on these technologies must be carefully reviewed before use (Sandbrook et al 2021).

What is conservation surveillance?

The use of digital technologies in conservation law enforcement to keep a watch on someone or something for natural resource management and preservation has been described as 'conservation surveillance' (Sandbrook et al 2018). These technologies are primarily used to monitor wildlife populations or to measure forest parameters with precision and efficiency. However, research (Simlai 2021) has shown that these technologies seamlessly cross boundaries from being tools of conservation monitoring to becoming tools of coercion to achieve conservation goals. For instance, digital technologies are now being used to monitor anthropogenic activities inside forests and protected areas across the world. There is a growing call for the development of technologies specifically to monitor poaching and illegal logging and to collect evidence against offenders.

Furthermore, the use of digital technologies for law enforcement and surveillance is central to the militarisation of conservation, of which an integral component is intelligence gathering techniques based on classic military-styled counter-insurgency counter-insurgency (Duffy et al 2019). These developments have resulted in many private security enterprises and arms manufacturers investing in the innovation of complex security technologies for conservation. Scholars have argued that the perception of threat of physical enforcement through the use of surveillance is as important as actual violence (Lombard 2016). Technological interventions directed towards conservation law enforcement exercise rules that constrain and restrict people's movement within such landscapes. This phenomenon of exercising power over people can operate to create subjects that support conservation objectives decided by the state or by private organisations, overwriting more pluralistic, equitable and democratic structures needed to practise socially just conservation.

Anti Poaching Assets

Screenshot from Phantom Services showcasing their anti-poaching assets consisting of surveillance blimps and UAVs. Image source: Phantom Services [screenshot]. Retrieved 3rd August 2022, from https://phantomservices.com/anti-poaching-solutions/

The social implications of conservation surveillance

The use of surveillance technologies for processing data on human activities raises concerns about civil liberties, freedom and infringement of privacy. Digital technologies like camera traps may not seem as intrusive or pervasive as UAVs or drones in terms of surveillance, but they mirror the same intensification of conservation enforcement and governance regimes (Sandbrook et al 2018). Camera traps are often used to inform research, law enforcement and management activities that may adversely affect people who may not have consented to be photographed. Simlai (2021) highlights these issues by demonstrating the impacts of camera traps on women in the forests of the Corbett Tiger Reserve (see video below for details). Digital technologies like drones can also lead to considerable fear and confusion, generating hostility among people that are being monitored. Drones and UAVs carry an image of warfare and destruction leading to misconceptions about their purpose in intensely contested landscapes such as protected areas and in areas with histories of violence. Many such areas in the world have long standing difficult relationships with state interventions. In these contexts, the use of such technologies for law enforcement can exacerbate already existing conflicts or creating new ones. Conflicts arising out of such use can affect partner organisations and in turn conservation in the long term.

Digital technologies in conservation are rapidly evolving and there have been advancements in many sensing tools. Camera traps are now equipped with facial recognition software and acoustic sensors can hear sounds and conversations in the forest. A myriad of other technologies like satellites, drones, long range thermal cameras and mobile applications are establishing new surveillance regimes that have the potential to change the very nature of forest space itself. Such surveillance is anchored in the techno-securitisation of society and needs to be examined in all its intricacies, alterations and interconnections.

The Forest Curriculum

Added 01/17/2023

6Logbook

Contributors
  • Kate Lewis Hood
Tags
  • anti-colonial
  • art
  • networks
  • platform

The Forest Curriculum is a platform for co-learning through "indisciplinary" research, art practice and curation, and collaborations and organisations on the ground. Founded by Abhijan Toto and Pujita Guha but intended to be collaborative and nomadic, The Forest Curriculum is multi-sited and thinks with the forested belt of South and Southeast Asia.

Hosting Lands

The Forest Curriculum is co-curating Hosting Lands, an exhibition that will emerge over three years and move between multiple sites in Denmark, working with collaborators and practitioners from Denmark, South Korea, India, Puerto Rico, and Tunisia. Subtitled 'Between the Ruin, the Field and the Forest', the project will involve the "legal commoning" and reimagining of farmland sites. The exhibition's manifesto describes aims to generate "inter-local conversations" that combine anti-colonial critique with situated practices of rethinking land and community.

Hosting Lands

Hosting Lands' projected timeline. Image source: Hosting Lands [graphic]. Retrieved 10 January 2022, from https://hostinglands.com/english

Although digital technologies are not central to Hosting Lands' aims, I became interested in the exhibition and in The Forest Curriculum's wider work as projects that, in working to assemble translocal networks of forest knowledges, practices, and pedagogies that challenge colonial and national frameworks, necessarily engage with digital infrastructures of building connections across space and time. In addition, these durational and multi-sited projects at the intersections of art, social, and environmental practice can also generate questions around the exclusions or violences that digital technologies in forests might (re)produces.

Indigenous Forest Technologies, Digital Practices, and Data Sovereignty

Added 12/22/2024

7Story

Contributors
  • Kate Lewis Hood
  • Jennifer Gabrys
Tags
  • art
  • carbon
  • community-led systems
  • data sovereignty
  • deforestation
  • Indigenous communities
  • Indigenous science
  • land use
  • mapping
  • monitoring
  • NFTs
  • offsetting
  • podcasts
  • restoration
  • seed collectors
  • seed technologies

"Through the reacquisition of forestlands, the [Yurok] Tribe is engaging in forestry practices guided by traditional knowledge and contemporary scientific knowledge with the goal of restoring the forestlands to a dynamic ecosystem the forest once knew and allowing Yurok Tribal members to interact with the landscape as they have done since time immemorial."

Frankie Myers (Vice Chairman, Yurok Tribe), Testimony Regarding Natural Solutions to Cutting Pollution and Building Resilience, US Congress, October 2019

Screen Shot 2022-07-28 at 10.31.12

Screengrab from the Perhutana promotional video, showing a forest certificate for investing in the forest. Image source: Jatwiangi Art Factory [screengrab]. Retrieved 13 July 2022, from https://www.youtube.com/watch?v=vScXg4BUur8

Indigenous peoples, local communities, and social and environmental organisations are combining forest knowledges developed over generations with emerging digital modes of communication, mapping, and monitoring in order to build capacity for self-determination in forest governance and relation in the context of ongoing colonialisms and environmental change. The examples in this story sustain and adapt longstanding forest practices and socio-ecological relations variously through digital platforms, GIS mapping, aerial imaging, and NFTs. They mobilise these technologies towards land, data, and epistemic sovereignty against persistent and renewed forms of dispossession and environmental injustice. These projects reveal the complex, often contradictory processes of navigating uneven state, neoliberal, and Indigenous modes of environmental governance in Indigenous and community efforts to reclaim and restore more-than-human forest environments.

Cosmopolitical forests

In a forthcoming article, Smart Forests researchers propose a cosmopolitical approach to forests that attends to the multiplicity of beings, stories, and socio-technical practices that constitute ways of knowing and inhabiting forests as pluralistic assemblages. The article builds on scholarship that presents forests as political entities constituted through territorial governance strategies and technologies of measurement, classification, and calculation. As Indigenous scholars and activists have argued, such modes of datafication have often been operationalised for the material and epistemic containment and extraction of Indigenous lands, bodies, and knowledges (Tuhiwai Smith, 1999). In this context, the Indigenous projects discussed in this story highlight different modes through which technologies materialise multiple, uneven and frictional forest worlds.

Xingu Seed Network

Practitioners prepare the mix of seeds for land restoration through direct seeding through the Xingu Seed Network. Image source: Tui Anandi [photograph]. Retrieved 11 April 2022.

Forests as networks / infrastructures of restoration

The Xingu Seed Network started as a grassroots initiative led by Indigenous communities and local farmers in southeast Amazonia/north Brazil for collecting and supplying native seeds for landscape restoration. The network involves over 500 seed collectors, many of them women, and promotes knowledge sharing around seed collection practices and technologies. In a region undergoing high rates of deforestation, seed production offers alternative forms of income generation to agricultural expansion, logging, and mining. There are now multiple seed networks in Brazil, and the digital platform Redário facilitates communication and coordination between them.

In the forests of the Klamath River Basin in California, the Yurok Tribe has used different strategies to support environmental restoration and Indigenous sovereignty. In 2013, the Yurok Tribe negotiated participation in the State of California’s cap-and-trade carbon offsetting scheme, and with the income from carbon credits bought over 60,000 acres of previously dispossessed ancestral lands from a timber company. They also developed an Environmental Program that implements Yurok forest management approaches (including controlled burns) and habitat restoration in the Klamath River watershed. The carbon financing of this work has raised some debate among tribal members concerning complicity with polluting and extractive industries, but the Yurok Tribe’s approach has offered a model for reclaiming land that has since been taken up by multiple Native nations across North America. The Yurok Tribe has recently been supported by a $5 million grant from the US Department of Commerce to support the use of high-resolution environmental mapping, LiDAR, and aerial imaging technologies in their environmental restoration programme.

NLAP_IntactHabitatMap

Screenshot of the Preserving Intact Habitat on US Native Lands map. Image source: Native Lands Advocacy Project [screenshot. Retrieved 13 July 2022, from https://nativeland.info/blog/storymaps/preserving-intact-habitat-on-us-native-lands/

Environmental mapping, monitoring, and data sovereignty

Indigenous communities are using monitoring tools to map the impacts of resource extraction, land grabs, environmental degradation and climate change in forest environments. In the Amazon, platforms such as the System for Observation and Monitoring of the Indigenous Amazon (SOMAI) and the Amazonian Network of Georeferenced Socio-Environmental Information (RAISG) gather environmental data on deforestation, land use, infrastructure, and socio-environmental threats such as fire and drought, providing information and political tools to support Indigenous organisations and demands. In the place currently known as the United States, the Native Land Information System (NLIS) offers mapping and data tools for Tribes and Native communities, with the aim of supporting habitat protection and restoration through Indigenous frameworks of relation to land. A central element of NLIS’s work is building Indigenous data sovereignty, emphasising governance over the collection, ownership, and use of data. For example, a recent storymap proposes generating data on Native lands in term of "Intact Habitat Cores" rather than the more well-known framework of Key Biodiversity Areas, because Indigenous peoples have often not been part of consultation processes around KBAs.

PERHUTANA_ForestCertificate

Screengrab from the Perhutana promotional video, showing a soil brick certificate for investing in the forest. Image source: Jatwiangi Art Factory [screengrab]. Retrieved 13 July 2022, from https://www.youtube.com/watch?v=vScXg4BUur8

Mobilising community through Indigenous media, arts and social practice

Finally, Indigenous and traditional communities are utilising a range of media to communicate and build networks around Indigenous environmental knowledges, cultures, and political struggles. Examples include community-led podcasts in Brazil, such as Copiô, Parente!, which communicates how federal political decisions impact Indigenous territories, and Povos e Comunidades Tradicionais do Brasil (Brazil’s Traditional Peoples and Communities), which shares local leaders’ thoughts and oral histories around land struggles and community mobilisations.

In West Java, Indonesia, Perhutana is a social forestry project that plans to reclaim 8 hectares of land in the Majalengka district as conservation forest for the people living there. The project operates on the basis of investment into forest plots, using NFTs to certify ownership of plots to be later donated to the community forest. Perhutana was launched by the arts collective Jatiwangi art Factory at the international art festival documenta Fifteen, which took place in Germany in 2022, and was also shared online. Moving across political and aesthetic terrains, multiple knowledges and technologies, Perhutana attempts to address ongoing dispossession and environmental change through engaging with but also exceeding neoliberal state frameworks of understanding and calculating forest value.

For more on cosmopolitical forests, look out for the forthcoming article:

Gabrys, Jennifer, Michelle Westerlaken, Danilo Urzedo, Max Ritts, and Trishant Simlai. (2022). "Reworking the Political in Digital Forests: The Cosmopolitics of Socio-Technical Worlds." Progress in Environmental Geography, 1(1–4). https://doi.org/10.1177/275396872211178.

Symbiocene Forests

Added 02/17/2023

8Logbook

Contributors
  • Michelle Westerlaken
Tags
  • art
  • design
  • futures
  • symbiosis

The notion of 'symbioscene' refers to an era in which humans, nature, and technology live in harmony and benefit from each other's existence. The word comes from the Greek 'symbios', meaning living together, and cene (or kainos) denoting geological or ecologial periods.

This notion can be traced back to the work of biologists examining cooperative ecological processes such as Lynn Margulis on 'The Symbiotic Planet' (1998) and has been coined by philosopher Glenn Albrecht in creating terminology for ecological futures (2014).

Because it's such a generative and speculative term, it has inspired artists and designers to create future forests imaginaries. This logbook collects these examples.

Welcome to the Symbiocene Forest

Welcome to the Symbiocene is a Dutch documentary that bring together views on the generative notion of the Symbiocene from artists and philosophers including Glenn Albrecht, Jalila Essaïdi en Lucas De Man. The documentary (in Dutch with a few segments in English) can be viewed via this link.

Screenshot 2023-02-16 at 12.32.18

screenshot of the documentary 'Welkom in het Symbioceen'

Symbio(s)cene

Symbio(s)cene is a non-profit organisation with the vision to contribute to shaping a new mindset that promotes thinking beyond the Anthropocene.

"We want to motivate and enable scientists, artists, designers and the general public to engage actively in a transdisciplinary and participatory process, to develop positive, integrative and multifaceted visions for a livable future and towards a respectful and rewarding interaction with other living beings, on a global, regional and local level. " (Symbio(s)cene vision, 2023)

The website's repository offers many resources , connecting this vision to projects that include forests and other green spaces.

Screenshot 2023-02-16 at 13.14.34

screenshot of the Symbio(s)cene Repository

Unsettling Participation: How More-than-Human Entities Shape Digital Forest Practices

Added 12/22/2024

9Story

Contributors
  • Michelle Westerlaken
Tags
  • algorithm
  • Amerindian
  • bioacoustics
  • blockchain
  • cicadas
  • futures
  • Indigenous communities
  • monitoring
  • more-than-human
  • multispecies
  • ontologies
  • participation

Forests are not just a collection of plants and trees, they are complex ecosystems with countless entities interacting and participating in their creation, maintenance, and degradation. The Smart Forests Atlas shares different entries that involve human stakeholders, but on a closer look many more-than-human entities are also involved. This Atlas Story summarizes a new publication in Environmental Humanities in which we foreground the critical role of more-than-human entities and relations in shaping digital forest technologies.

In participatory initiatives in forest environments, humans are usually considered as the primary stakeholders. With the use of digital technologies, activities such as participatory monitoring or forest management have offered possibilities for more democratic engagements with local communities and forest inhabitants. However, these projects often involve distinct human stakeholders with decision-making power, and exclude those without the privileges to intervene. Participation in forests has thus become settled as an activity that prioritises certain stakeholders over others. While this can challenge existing hierarchies, it also reinforces privilege and power.

To challenge this anthropocentric understanding of forests as spaces to be managed and monitored by humans, this text explores three processes of “unsettling” that reveal how more-than-human entities and relations disrupt, transform, and reshape digital participation. By challenging conventional ways of thinking about participation, we argue for more pluralistic framings where many different entities contribute to the (re)making of forest environments.

AudioMoth

Acoustic monitoring device 'AudioMoth' is an acoustic monitoring device that was developed through initial research with cicadas. Image from Hill et al. 2017

Bioindicators as Participants who Shape Digital Practices

The first “Unsettling” process involves the ways in which forest organisms are acting as bioindicators. Cicadas, with their infamous mating sounds, are one example of such bioindicators in forests. A trillion-member swarm of periodic cicadas lives underground for exactly seventeen years before bursting through the soil all at once in the north-eastern United States. Every seventeen years, the technology with which their presence is captured has evolved. Their overwhelming auditory presence is nowadays monitored through acoustic technologies that shape new understandings of environmental changes. Not only in the U.S. but in many different places, cicada songs are recorded through digital technologies such as AudioMoth. Through these acoustic monitoring technologies, it was found that cicadas are adapting their lives in response to environmental changes. As bioindicators, cicadas and many other forest organisms are signalling and expressing environmental events such as extinction, pollution, weather patterns, and radiation. Such findings shape new practices for understanding forests. By attending to the ways these forest organisms inspire and shape new digital monitoring technologies, these living entities become more dynamically involved in transforming our understandings of forests and environmental change. Rather than passive entities that are subjected to data capture, attending to more-than-human participation reveals how bioindicators are actively inspiring new forms of relating and sensing.

Terra0 Logo

Terra0 proposes a forest that owns itself through blockchain technology. Screenshot of the Terra0 homepage via terra0.org

The Forest that Owns Itself?

The second process of “Unsettling” speculates on how blockchain infrastructures and decision-making algorithms can reshape forest ownership structures. Terra0 is an ongoing art project that prototypes a forest that owns itself. By assigning each tree with a digital token and following an economic model that manages the forest’s resources, this project brings up questions regarding the meaning of decision-making through algorithms and what more-than-human self-ownership could entail. However, as a human-made algorithm, this digital process cannot operate outside of its human encoded variables and infrastructures. In this example, further detailed in the article, the forest’s autonomy remains limited to how it can exchange resources within human capitalist systems. Furthermore, the self-owned forest is defined through decision-making by trees and does not involve other forest entities that are needed to sustain itself. Nonetheless, this speculative project helps to rethink forest futures and uses digital technology to foreground how other entities propose forests differently. This attempt at reconfiguring more-than-human participation illustrates that algorithmic processes must be further reworked to better align with the complexity of forest ecosystems.

ACI

The Alerta Clima Indígena App is an example of technology that documents local more-than-human knowledge practices. Screenshots of the Alerta Clima Indígena App [Android]

Participation of Digital Technologies in More-than-Human Indigenous Collectives

The third “Unsettling” process engages with Amerindian perspectivism and its potential to change how digital technologies can redistribute subjectivities. Digital practices are increasingly used to manage Indigenous territories, leading to both further extraction and possibilities for monitoring forest degradation. Conventional approaches of involving Indigenous voices in participatory projects could enrich digital practices in forests. However, these also runs the risk of erasing Indigenous knowledge when the results don't fully consider the ontological dynamics that shape Indigenous cosmologies and forest environments. This new paper considers how a deeper engagement with Amerindian cosmologies can foreground the stories, histories, and cultural relations that are formed by both humans and more-than-human entities in forests. Thereby, rather than imposing new technologies onto Indigenous territories, digital practices can become more respectful participants within the more-than-human collectives that sustain them. One example of a digital platform with the potential to engage with local knowledge practices in the Brazilian Amazon is the Alerta Clima Indígena App. By documenting observations and forest relations that include traditional practices and relations with animals, plants, sacred sites, and other entities these technologies become instruments with which more-than-human entities are understood, negotiated, and rendered legible. Rather than developing digital technologies that erase Indigenous knowledge, they can instead become more responsive to the more-than-human cosmologies in which they operate. Digital technologies should not be imposed on Indigenous forest territories as an external solution to address their issues, but rather become integrated as a respectful participant within the more-than-human societies that shape and inhabit forests.

In a time when forests are rapidly disappearing, it is crucial to consider the significance of more-than-human participation in creating and maintaining flourishing ecosystems. By broadening our understanding of forest participation to include more-than-human entities, we can develop more pluralistic and relational digital practices. These three processes of “Unsettling” are far from the only possibilities for multispecies and more-than-human participatory thinking with forests and digital technologies. Yet they can help to undo a singular understanding of participation as a form of human stakeholder involvement. They contribute new ways of thinking about participatory processes that include the world-making practices of more-than-human entities and relations. By moving beyond limited and conventional approaches to participation, such narratives have the potential to disrupt industrialized and institutionalized forest practices and foreground more-than-human ideas for constituting and using digital technologies.

___

To read the full paper see:

Westerlaken, Michelle, Jennifer Gabrys, Danilo Urzedo, and Max Ritts. 2023. Unsettling Participation by Foregrounding More-Than-Human Relations in Digital Forests, Environmental Humanities, 15(1), 87–108, https://doi.org/10.1215/22011919-10216173.

Tweeting Trees

Added 06/23/2022

10Logbook

Contributors
  • Kate Lewis Hood
Tags
  • participation
  • sensors
  • social media
  • tweeting tree

A logbook with examples of trees that have been equipped with sensors and computer programmes that translate data into social media updates.

@ConnectedTree

Ericsson_ConnectedTree
Screenshot of three tweets from the @connectedtree account. Image source: @connectedtree Twitter [screenshot]. Retrieved 23 June 2022, from https://twitter.com/connectedtree

One of the first 'Twittering Trees' is Swedish telecommunications company Ericsson's Connected Tree (@connectedtree). The tree, which first went on show at the 2010 Mobile World Congress in Barcelona, senses changes in the surrounding electromagnetic field and responds by tweeting. It also reacts to movement by playing music, speaking and turning on and off lights.

Connected Tree's account hasn't tweeted since January 2018, and the tree's current Twitter location is 'in Sweden on vacation'.

@TreeWatchWUR

For another example of a tweeting tree, see the DendroLab logbook for information about @TreeWatchWUR, a tweeting poplar tree on the Wageningen University campus in the Netherlands.

@AWitnessTree

HarvardForest_AWitnessTree2
Image from live feed of the Witness Tree camera, 23 June 2022. Image source: Harvard Forest Witness Tree [live feed image]. Retrieved 23 June 2022, from https://harvardforest.fas.harvard.edu/witness-tree-social-media-project
HarvardForest_AWitnessTree
Screenshot of tweets from the @awitnesstree account, May 2022. Image source: @awitnesstree Twitter [screenshot]. Retrieved 23 June 2022, from https://twitter.com/awitnesstree

The Harvard Forest Witness Tree (@awitnesstree) claims to be the oldest known living organism on social media. In 2018, Tim Rademacher installed sensors on and around a 110-year-old Northern Red Oak (Quercus rubra) in Harvard Forest, Petersham, Massachusetts, after being inspired by Lynda Mapes' book Witness Tree and scientists at TreeWatch.net. Rademacher used the Harvard Forest data archive to contextualise the sensor data with over 55 years of climate data. Technologies include: a dendrometer for measuring real-time tree growth; a sap flow sensor; a phenocam used to detect seasonal changes in leaf fall and colour over time; LiDAR to make 3-D images; and long-term weather data such as soil temperature, relative humidity, and wind speed. A computer programme then translates data from the tree into Twitter and Facebook updates.

On the Internet of Nature podcast with Nadina Galle, Rademacher discussed the scope for expanding A Witness Tree to other trees, not only to collect more environmental data, but also to explore the effectiveness of different environmental communication strategies. In 2022, there will be three additional witness trees in Cambridge, Lincoln, and Boston, Massachusetts. For more information, see the Witness Tree webpage here.

@BowietheBirch

MerseyForest_BowietheBirch
Screenshot of tweets from the @bowiethebirch account, July 2022. Image source: @bowiethebirch Twitter [screenshot]. Retrieved 20 July 2022, from https://twitter.com/bowiethebirch

Inspired by @awitnesstree, @bowiethebirch is an urban birch tree in Liverpool fitted with soil and trunk sensors. Emerging from a partnership between The Mersey Forest and Nadina Galle, Bowie's data is translated into tweets that track his changing state as an urban tree. Read more about Bowie the Birch here.

@TweetTulipTree

TweetTulipTree
A tweet by @TweetTulipTree comparing the temperatures in November 2022 and 2021. Image source: @TweetTulipTree [screenshot]. Retrieved 21 November 2022, from https://twitter.com/TweetTulipTree

@TweetTulipTree is a tulip tree (Liriodendron tulipifera) that is part of the Tree Observatory Project at Morton Arboretum in Illinois. The social media account tweets about seasonal changes and phenological events in the tree's life cycle and interactions.

About the authors

Kate Lewis Hood

Postdoctoral Research Associate

Kate Lewis Hood was a Postdoctoral Research Associate on the Smart Forests project. Kate completed an interdisciplinary environmental humanities PhD from Queen Mary University of London, which considered how Black and Indigenous poetic and spatial practices address watery places transformed by colonialism and racial capitalism in Turtle Island/North America and the Pacific islands. Kate is interested in how colonial logics, practices, and geographies endure in watery and forest environments, and how creative methods contribute to their contestation and reimagining.

Credits

For more information on the Smart Forests project, contact Prof Jennifer Gabrys.

Follow us on Twitter for the latest updates on the Smart Forests project and the Planetary Praxis research group.

This project has received funding from the European Research Council (ERC) under the European Union’s Horizon 2020 research and innovation programme (Grant Agreement No. 866006).

The Smart Forests Atlas is free to use for non-commercial purposes (with attribution) under a CC BY-NC-SA 4.0 license. For more information, please read our licence.

Thanks to…

Number of copies: 1000
Fonts: Monaco, Marr
Design process: web to print, API, pagedjs
Graphic design: Angeline Ostinelli and Sarah Garcin