Over the last two decades, Latin America has witnessed a massive expansion of resource extraction. One of the most significant countermovements to emerge out of this context in Ecuador features a strong base and leadership of indigenous women from the Amazon. In their collective effort to resist extractivism, Amazonian women have drawn from elements of ecofeminist discourse and, in the process, situated their own claims within the broader indigenous territorial struggle. Ecofeminism has been transformed through this allyship as well, becoming more inclusive of indigenous women's perspectives. To shed light on these complex relationships, this article applies the framework of “partial connection” from feminist anthropology. It shows how postcolonial encounters between the state, missionaries, environmental activists, and indigenous communities in the Amazon carved out unique spaces for indigenous self-organization and politics. The historical analysis of such spaces, I argue, is crucial for grasping the allyship between Amazonian women and ecofeminists today. Rooted in a combination of positions that are partially, asymmetrically, and ambiguously connected, the allyship between Amazonian women and ecofeminists is best understood as a form of partially connected relationship.

Yasuni National Park and Biosphere Reserve in Ecuador's Amazon basin is home to the Huaorani and an area of high conservation value. As a result of oil development in the early 1990s, a road was constructed in the northern region of the Park. Three Huaorani communities have since been established in proximity to the road, two of them when the road was built, ten years prior to this study, and the third in a previously uninhabited area. This allowed for a natural experiment comparing harvest compositions across communities of different ages at one point in time. Harvest profiles suggest that the spider monkey Ateles belzebuth is facing local depletion near the two old communities and the howler monkey Alouatta seniculus may also be depleted near one of the old communities. That the two oldest communities still harvested a relatively high number of other vulnerable species is attributed to their use of the road to increase forest access. The spider monkey appears to be the first species to become depleted in persistently hunted areas.

Lianas (woody vines) contribute substantially to the diversity of woody plants in Yasuní National Park, Eastern Ecuador. In total 606 individuals, belonging to 138 species, were found in two 20-m × 100-m plots. The liana diversity was higher than in any comparable study, but the density was relatively low. Sapindaceae and Leguminosae were the most species-rich families, whereas Leguminosae and Celastraceae were the most abundant families. The number of liana individuals as well as the number of liana species was partially explained by forest structure, but 92% of the variation in number of liana species depended on the number of liana individuals. Areas with high density of small trees had high liana density, and areas with a high number of tree saplings had a relatively high diversity of climbing lianas. The probability of trees being colonized by lianas increased with tree diameter. The presence of one liana on a tree increased its risk of being colonized by additional lianas.