A book of evocative and atmospheric photographs taken by Dick Hawkes to create a representative record of this precious and ecologically unique habitat - before much of it is lost to the many threats it faces. Chalk streams have been described as England's "rainforest". Around 85% of the world's chalk streams are in England. They are beautiful, biologically distinct and amazingly rich in wildlife, but are under threat from man-made issues of abstraction, pollution from chemicals and effluent, development for housing, and climate change. Included in the book are images of typical habitats and species of wildlife found in chalk streams and water meadows, highlighting those that are rare or most under threat.

As the title of the book suggests, this book is indeed about the rivers and streams that flow into England. Nine of them are discussed in detail inside the pages of this book, which are: Severn, Wye, Chalk Streams, Border Rivers, Two Avons, Rivers of Devon, Rivers of the Southeast, The Yorkshire Dales, and East Anglian River.

This ia a synopsis and review of the major rivers of the world.

Aimed at both novice and veteran anglers, this text gives information about the fishing opportunities in Wisconsin - 100 miles of spring creeks, the nocturnal Hex hatch, and big salmonids in the Great Lakes tributaries. Emphasis is given to the importance of environmental preservation.

Flow, substrate and plant distribution. Flow, substrate, and how they affect individual plants. River width, drainage order, depth and plant distribution width. Drainage order. Depth. Width-depth associations. Flow patterns and storm damage. Width-slope patterns. Light. Nutrients. Productivity. Plant patterns. Downstream changes. Vegetation of streams on soft rocks. Vegetation of streams on hard rocks. Vegetation of channels with little flow. North American streams: habitat and vegetation patterns. North American ditches and canals. North American streams: vegetation types. Uses and benefits of river plants. Floof hazard created by river plants. Changes in flow patterns. Maintenance and mechanical use of watercourses. Pollution.