All Stories

  1. How will climate change shift the range of an Amazonian fish in South America?
  2. Future land use scenarios reveal unsustainable trajectories in a major Brazilian river basin
  3. Riparian forest size and scale shape fish diversity in Paraná River streams
  4. Climate change threatens tiny but vital crustaceans in South America's La Plata Basin
  5. Aquatic biodiversity helps measure river basin sustainability in the upper Paraná
  6. What does research say about smart cities and sustainability? A global overview
  7. Brazil's oceanic islands: geoinformation gaps and their importance for science
  8. How urban expansion in Manaus affects the environment over space and time
  9. Slope steepness shapes Atlantic Forest structure in southern Brazil
  10. Unequal access to water and sanitation across Brazilian municipalities revealed
  11. How land use affects water quality: lessons for managing river watersheds
  12. Predicting agricultural and meteorological droughts using GIS and machine learning
  13. Human population size alone does not determine biodiversity conservation outcomes
  14. Do protected areas curb land-use change in Brazil's biodiversity hotspots?
  15. Climate change will shift the range of tiny crustaceans in southern South America
  16. Population size is not the key to biodiversity conservation, evidence shows
  17. Water, sediment, and land use combined reveal pollution sources in a Brazilian watershed
  18. What drives fish feeding groups in the floodplain lakes of the upper Paraná River?
  19. Shrinking protected areas increases fragmentation and threatens biodiversity in Brazil
  20. Protecting migratory fish in South America's second largest river basin requires new reserves
  21. Mapping wind power potential for small municipalities in southern Brazil
  22. A new index combining environment, geography and society to measure basin sustainability
  23. Correction: predicting climate change impacts on fish diversity in Australia's Murray-Darling Basin
  24. Brazilian environmental laws may be fueling vegetation loss, not preventing it
  25. Fragment size and isolation shape Atlantic Forest remnants in a small southern Brazilian city
  26. Linking fish physiology and environment to forecast climate impacts on Australia's river fish
  27. Using geospatial tools to map priority areas for improving public services in municipalities
  28. Atlantic Forest fragments are crucial refuges for rare and endangered plant species
  29. Sediment cores reveal decades of trace metal pollution in an urban lake
  30. 25 years of landscape change documented in a southern Brazilian biodiversity hotspot
  31. How river base level changes shape the drainage network in the Paraná River confluence zone
  32. Geochemistry uncovers the pollution history of an urban watershed in Brazil
  33. Geochemistry uncovers the pollution history of an urban watershed in Brazil
  34. Spatial landscape metrics quantify the size and shape of Atlantic Forest remnants
  35. River capture events shaped the escarpments and valleys of southern Brazil's coastline
  36. Using a terrain roughness index to identify iron-rich landforms in northwest Paraná, Brazil
  37. Aquatic vegetation cover influences carbon uptake by a key Paraná floodplain fish
  38. Geomorphological indices reveal the structural geology of a fault zone in Paraná, Brazil
  39. Japanese-inspired terrain maps help analyze landscape evolution on the Paraná plateau
  40. 30 years of vegetation change in the upper Paraná River floodplain documented
  41. Remote sensing tracks temporal changes in the upper Paraná River floodplain
  42. Mapping terrain dynamics to guide sustainable urban planning in Maringá, Brazil
  43. Environmental approach to understanding landscape change in Novo Itacolomi, Brazil