In a new atlas, University of Illinois Urbana-Champaign professor Jim Best used the latest research and visually intensive storytelling to highlight the history, culture, change and restoration efforts of the world's river systems.
CHAMPAIGN, Ill. - The word "atlas," may conjure images of giant books chock full of maps and a dizzying array of facts and figures. However, the new book "The World Atlas of Rivers, Estuaries, and Deltas" tells the story of these waterways long before human intervention and how they continue to evolve in the presence of - and often at odds with - human civilization. The new atlas is a highly visual guide to the most up-to-date research on the world's river systems, with an emphasis on the mutual relationship between people and these vital landscapes.
The cages and bamboo poles used for seaweed farms and fishing in the water of Sansha Bay, China, are now so densely packed that the speed of tidal flow current has slowed to half of what it used to be. This has decreased the rate at which nutrients and pollutants can be flushed away, reducing the biodiversity in the bay.
"The overall goal of the book is to drive home the importance of river systems on human civilization and ecosystems, and how these critical environments are at risk, but that it is not too late to make changes," said co-author Jim Best, who is a professor of earth science and environmental change, and geography and geographic information science at the University of Illinois Urbana-Champaign. "We hope this work will reach a much broader audience than we typically engage with as researchers."
The Deepwater Horizon oil rig was located in the Gulf of Mexico, 50 miles off the Louisiana coast. In July 2010, it leaked more than 554,000 tons of crude oil, affecting 4,250 square miles of the sea's surface between Florida and Texas. The reddish color seen here indicates that dispersants were used to break up the oil.
Best and co-authors Stephen Darby, Luciana Esteves and Carol Wilson take the reader on an adventure far beyond anything facts and figures can offer. They dive headfirst into the cultural, economic and climate/environmental change aspects of these river basins while providing the latest information from conventional means of study of the physical, chemical and biological elements of these environments - all done with an emphasis on storytelling through captivating imagery, infographics, maps and plain language text.
The authors set the scene by discussing rivers' essential role in early exploration, settlement and mapping, long before we had access to aerial photography and satellite imagery for reference. Fans of historical maps can spend hours deciphering the puzzle that is Italian cartographer Fra Mauro's 1450 map of the world - one can spot the Tigris, Euphrates, Nile and Ganges Rivers and the shapes of several vaguely familiar bodies of water before realizing that the map is oriented with north at the bottom. This mental exercise illustrates how river systems were essential in shaping the trajectory of human exploration and civilization on the planet.
The book's layout is straightforward and intuitive, with sections covering each unique landscape rivers, estuaries and deltas. Each section uses plain language to engage the reader and help them understand waterway anatomy, sediment transfer, ecology, aquaculture, natural and humanmade disasters, pollution and biodiversity and how these topics influence human culture.
This LiDAR image shows preserved gravel dunes and bedrock scouring formed during catastrophic megafloods 14,000 years ago in the Columbia River Valley of Washington State.
"This book is for anyone who is curious about the natural environment and how it is rapidly changing," Best said. "Readers can dip into bits of the book without having to read in a linear fashion."
This image shows people praying amid toxic foam from the pollution of the Yamuna River in New Delhi, India.
There are plenty of opportunities for deeper dives, too, Best said. Topics such as numerical modeling, river management and restoration techniques, citizen science and river-based renewable energy are just a few examples of how the reader can tuck into more in-depth scientific analysis with this atlas.
Water lilies are a precious resource used for decoration, food and soap in Vietnam. This image shows a water lily harvest in the Mekong River.
The final chapter, which Best said might be his favorite, guides readers through what decades of research suggest is in store for river systems. "There are a lot of gloom and doom stories about river-related human disasters and a lot of dire predictions about what's to come in the future, but we think this book provides positive insight into how we can help better sustain these environments."
Engineers dump sand in parts of the Mekong River Delta, Vietnam, to reclaim land lost to erosion.
Best also is affiliated with mechanical science and engineering, civil and environmental engineering and the Center for Latin American and Caribbean Studies at Illinois.