Science: Applied Science (9)
- Science
- Science: Applied Science
Beyond Popular Science
- David H. Silver
- Science
- Science: Applied Science
- Textbooks and Learning Guides
Bacterial Genomes: Trees and Networks
- Aswin Sai Narain Seshasayee
- Anthropology
- Environmental Studies
- Politics and Sociology
- Science: Applied Science
The Field Guide to Mixing Social and Biophysical Methods in Environmental Research
- Rebecca Lave
- Stuart Lane
- Politics and Sociology
- Science: Applied Science
Human Evolutionary Demography
- Oskar Burger
- Ronald Lee
- Rebecca Sear
- Science
- Science: Applied Science
- Textbooks and Learning Guides
Introduction to Systems Biology: Workbook for Flipped-classroom Teaching
- Thomas Sauter
- Marco Albrecht
- Business and Management
- Mathematics
- Science: Applied Science
- Textbooks and Learning Guides
Inventory Analytics
- Roberto Rossi
- Philosophy
- Science
- Science: Applied Science
Human and Machine Consciousness
- David Gamez
- Anthropology
- Science
- Science: Applied Science
Behaviour, Development and Evolution
- Patrick Bateson
- Environmental Studies
- Science: Applied Science
- Textbooks and Learning Guides
Hydrology for Sustainability
- Stephanie Kampf
FORTHCOMING
Hydrology for Sustainability is an accessible textbook introducing the movement of water through Earthâs interconnected systems. Written for undergraduate students and readers with little prior technical background, it explains the key processes of the hydrologic cycle, from clouds, rainfall, snow and ice to soils, groundwater, rivers, floods and droughts. Rather than presenting hydrology solely through equations or engineering tools, the book places water science within the wider context of environmental sustainability and human society. It shows how hydrologic knowledge can help us understand urgent challenges, including water scarcity, flooding, climate change, urbanization, groundwater depletion and the ecological impacts of water infrastructure. Clear explanations are paired with practical examples, technical boxes and global case studies. Topics include fog harvesting, rainwater collection, snowpack monitoring, soil-water processes, groundwater flow, watershed management, flood risk and hydrological modelling. The book also highlights Indigenous and local water knowledge alongside modern scientific methods. Engaging interdisciplinary and solutions-oriented, this textbook is ideal for courses in hydrology, environmental science, sustainability, geography and water resource management.