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Cartography

  • Cartography
  • Stronghold against Urbanization
  • Contested Territories
  • Critical/Potential Areas
  • Data
Cartography
This cartography is a tool for spatial researchers and designers to decenter the city as the main area of urban inquiry in Latin America, and to foster a deeper understanding of the urban origins of the socio-environmental breakdown and biodiversity destruction. 
The Jaguar Corridor and its entanglements with urban life

The sections Stronghold Against Urbanization and Contested Territories correlate the Jaguar Corridor territory with public data on territorial transformations and socio-environmental conflicts. The most fragmented landscapes, where critical areas for the jaguar’s survival coincide with marginalized communities, are identified on Critical/ Potential Areas as areas to potentially reformulate the terms of cohabitation in the Jaguar Corridor. 

Explore the different layers, display your preferred base map, and download the geospatial data available to reimagine possible landscapes of multispecies cohabitation in the Jaguar Corridor.

“How could the idea that life is wild impact over the production of urbanistic thought today?
It is a call of rebellion from the epistemological point of view of collaborating with the production of life”

–Ailton Krenak, Futuro Ancestral, 2022

“Como a idea de que a vida e salvagem poderia incidir sobre a produção do pensamento urbanistico hoje?
E uma convocatoria a uma rebelião do ponto de vista epistemologico de colaborar con la produção da vida.”

–Ailton Krenak, Futuro Ancestral, 2022

Stronghold against Urbanization

This map shows the retraction of the jaguar habitat and its links to the expansion of urbanization processes by correlating the Jaguar Corridor with information on tree cover loss from the Classifying Drivers of Tree Cover Loss (CDTC), and land-use from the Three Global Conditions for Biodiversity Conservation and Sustainable Use (3Cs)*.Three broad territorial conditions were defined to evaluate land-use drivers and human pressures:

  • Cities and Farms: areas where half the land is occupied by cities, roads, cultivation, and intensive grazing.
  • Shared Lands: areas with significant untransformed natural conditions and substantial land uses.
  • Wild Areas: predominantly natural areas with light land use (Locke et al., 2019).

The region has been mostly urbanized from its southern and northern extremes, and the habitat of the jaguar, historically ranging from south-central Argentina up to south-western USA, has shrunk accordingly.

The Amazon is the largest remaining habitat for the jaguar. By 1900, the Amazon encompassed less than half of the jaguar’s historic range. Nowadays, it accounts for almost 80% of the Jaguar Corridor.

 

Data sources:

Three global conditions for biodiversity conservation and sustainable use: global map dataset (2020) Source: Harvey Locke, Erle C. Ellis, Oscar Venter, Richard Schuster, Keping Ma, Xiaoli Shen, Stephen Woodley, Naomi Kingston, Nina Bhola, Bernardo B. N. Strassburg, Axel Paulsch, Brooke Williams, James E. M. Watson. National Science Review 2019 6(6).

Classifying Drivers of Global Tree Cover Loss (2021) Source: Curtis, P.G., C.M. Slay, N.L. Harris, A. Tyukavina, and M.C. Hansen. 2018. “Classifying Drivers of Global Forest Loss.” Science.

Cities, Roads and railways. Sources: Various national government sources

Amazonian Network of Socio-environmental Information RAISG (2020). Source: Amazon Network of Georeferenced Information

Rabinowitz, A. and K. A. Zeller. 2010. A range-wide model of landscape connectivity and conservation for the jaguar, Panthera onca. Biological Conservation 143, 949-945.

Sociedad Boliviana de Derecho Ambiental (2018). Áreas Protegidas y los caminos del Jaguar. Owner: “mario.ecerezo_sharedlandscapes”.

Contested Territories

The Jaguar Corridor is a contested territory where socio-environmental justice movements resist and serve as frontiers of extraction and waste disposal for the industrial economy. This map correlates the Jaguar Corridor with the inventory of the Environmental Justice Atlas (EJA), which collects data on Ecological Distribution Conflicts from activists and scholars. 

  • 30% of the EJA’s documented cases in the hemisphere are in proximity to the Jaguar Corridor (the Corridor only accounts for 8.5% of the continental area of the Americas territory).
  • Three countries account for over half of the total documented struggles: Brazil (23.3%), Colombia (18.32%), and Ecuador (14.7%).
  • Almost half of the cases occur in the Amazon, mostly in Brazil (42.4%). 
  • A third of the cases within the Jaguar Corridor are related to the extraction of mineral ores and building materials; a quarter of the struggles are related to biomass and land conflicts; and struggles over fossil fuels and water management account for 15% each. 
  • The actors behind these environmental injustices include governmental entities, development banks, and most often multinational companies.
  • Over a third of the Jaguar Corridor is recognized as Indigenous territory and Indigenous groups are the most frequent groups mobilizing against land dispossession and the extraction and commodification of natures. 
  • Among other actors mobilizing are Afro-descendent communities, ethnically/racially discriminated groups, landless peasants, fisher people, river people, women, waste pickers, informal workers, artisanal miners, and local and international Environmental Justice Organizations.

 

Data sources:

Socio-Environmental Justice Atlas (2020) Source: Leah Temper, Daniela del Bene and Joan Martinez-Alier. 2015. Mapping the frontiers and front lines of global environmental justice: the EJAtlas. Journal of Political Ecology 22 255-278.

Cities, Roads and railways. Sources: Various national government sources

Amazonian Network of Socio-environmental Information RAISG (2020). Source: Amazon Network of Georeferenced Information

Rabinowitz, A. and K. A. Zeller. 2010. A range-wide model of landscape connectivity and conservation for the jaguar, Panthera onca. Biological Conservation 143, 949-945.

Sociedad Boliviana de Derecho Ambiental (2018). Áreas Protegidas y los caminos del Jaguar. Owner: “mario.ecerezo_sharedlandscapes”.

Critical/Potential Areas

Critical areas for the jaguar’s survival are also places where various marginalized communities and coalitions have struggled and continue to struggle for socio-environmental justice. 

This heat map provides an integrated database of the urban landscapes by overlapping the Jaguar Corridor with the public databases used in the first two sections (Stronghold Against Urbanization and Contested Territories): 

  • Tree cover loss (from the Classifying Drivers of Tree Cover Loss)
  • Land-use (from the Three Global Conditions for Biodiversity Conservation and Sustainable Use). 
  • Ecological Distribution Conflicts (from the Environmental Justice Atlas)

Because critical zones are the most detectable of the fragmented landscapes, these areas of friction can also become potential areas to reformulate the terms of cohabitation across the Jaguar Corridor.

 

Data sources: 

Three global conditions for biodiversity conservation and sustainable use: global map dataset (2020) Source: Harvey Locke, Erle C. Ellis, Oscar Venter, Richard Schuster, Keping Ma, Xiaoli Shen, Stephen Woodley, Naomi Kingston, Nina Bhola, Bernardo B. N. Strassburg, Axel Paulsch, Brooke Williams, James E. M. Watson. National Science Review 2019 6(6).

Socio-Environmental Justice Atlas (2020) Source: Leah Temper, Daniela del Bene and Joan Martinez-Alier. 2015. Mapping the frontiers and front lines of global environmental justice: the EJAtlas. Journal of Political Ecology 22 255-278.

Classifying Drivers of Global Tree Cover Loss (2021) Source: Curtis, P.G., C.M. Slay, N.L. Harris, A. Tyukavina, and M.C. Hansen. 2018. “Classifying Drivers of Global Forest Loss.” Science.

Cities, Roads and railways. Sources: Various national government sources

Protected Areas. Source: IUCN y UNEP-WCMC. 2020. The World Database on Protected Areas

Indigenous and black territories (2020). Source: Native Land Digital and official government sources

Biodiversity Hotspots (2018). Source: Critical Ecosystem Partnership Fund, Conservation International.

Amazonian Network of Socio-environmental Information RAISG (2020). Source: Amazon Network of Georeferenced Information

Rabinowitz, A. and K. A. Zeller. 2010. A range-wide model of landscape connectivity and conservation for the jaguar, Panthera onca. Biological Conservation 143, 949-945.

Sociedad Boliviana de Derecho Ambiental (2018). Áreas Protegidas y los caminos del Jaguar. Owner: “mario.ecerezo_sharedlandscapes”.

Data
Download Dataset 1
Download Dataset 2
Download Dataset 3

 

How do I cite the material on this website?

© 2025, Juana Salcedo, Jaguar Lens, https://jaguarlens.com

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