In the last fifty years our butterfly populations have declined by more than eighty per cent and butterflies are now facing the very real prospect of extinction. It is hard to remember the time when fields and meadows were full of these beautiful, delicate creatures – today we rarely catch a glimpse of the Wild Cherry Sphinx moths, Duke of Burgundy or the even once common Small Tortoiseshell butterflies. The High Brown Fritillary butterfly and the Stout Dart Moth have virtually disappeared.  The eminent entomologist and award-winning author Josef H. Reichholf began studying butterflies in the late 1950s. He brings a lifetime of scientific experience and expertise to bear on one of the great environmental catastrophes of our time. He takes us on a journey into the wonderful world of butterflies - from the small nymphs that emerge from lakes in air bubbles to the trusting purple emperors drunk on toad poison - and immerses us in a world that we are in danger of losing forever.  Step by step he explains the science behind this impending ecological disaster, and shows how it is linked to pesticides, over-fertilization and the intensive farming practices of the agribusiness.  His book is a passionate plea for biodiversity and the protection of butterflies.

Table of Contents:
Foreword Acknowledgements Introduction Part I: The Biodiversity of Lepidoptera A Review of 50 Years of Butterfly and Moth Research Insects fly towards UV light Urban Lepidoptera: more common than expected Death’s head hawk-moth: a guest that can barely live with us anymore The Fascinating Life of Aquatic Moths Evenings at the pond The hidden lives of the little nymphs How the caterpillar breathes under water Up and away in an air balloon The advantages of living in water A place to live or an ‘ecological niche’ The destruction of the biotopes of the little nymphs The Benefits of Being Attracted to Light Like moths to a flame The red blindness of butterflies The Strange Behaviour of the Purple Emperor Butterflies on drugs Psychedelics in the insect kingdom The Nettle-feeding Lepidoptera: An Instructive Community Nettles: indicators of overfertilization Nettles escape defoliation Maize: damaged beyond repair Cabbage whites: parasites and protection The mass flight of the map butterfly: singularities in the realm of the butterflies Does climate change affect the seasonal morphs of the map butterfly? Nature is too diverse for simple generalizations The Great Migrations of the Butterflies The migratory flights of the painted ladies Small tortoiseshells as travellers Butterfly invasions Poisonous Butterflies and Moths: From the Cabbage White to the Six-spot Burnet Cabbage whites on the Dalmatian coast Whenever it rains in the desert … Which factors affect the reproduction of butterflies, and when? Useful models The need to go slow Poison in the body The Secret Life of Small Ermine Moths The bird-cherry, a tree of the riparian woods Toxins in bird-cherries The life history of the caterpillars of the ermine moth Helpful hungry caterpillars Between parasitism and population explosion Longer-term population cycles Coppice management and its consequences Generations and multiyear cycles of ermine moths Parasitoids on other ermine moths The lifecycles of butterflies and moths Hardy Winter Moths Life at the edge of winter The mastery of seasonal niches Why female winter moths do not need wings Deforestation, poison and the decline of the codling moth and the winter moth The common quaker moth in early spring Brimstones: The First Spring Butterflies Butterfly attacks The problem with early flight Müllerian mimicry The critical factor of spring weather ‘Balance’ in nature Part II: The Disappearance of Lepidoptera Assessing the Abundance and Occurrence of Butterflies: A Major Challenge Starting with 1,000 watts How to successfully attract moths to light Change and continuity All praise to those who helped us with identification problems Butterfly and Moth Names The Decline of Moths and Butterflies The village outskirts and the open fields Findings in the riparian woods The findings from Munich The decline in species diversity Warm summers and what they mean for the moths and butterflies The Metropolis: The End of Nature or Salvation of Species Diversity? The advantage of structure Monocultures produce pests Cities as islands of warmth Overfertilized, poisoned land Nature-friendly cities The Inhospitality of the Countryside From idyll to slurry Monocultures and changes to the ground-level microclimate The cooling of fields and forests Increased growth reduces the abundance of moths and butterflies in the riparian woods Boundary ridges in the fields and meadows: a supportive network ‘Infilling’ and ‘compensating areas’ The ‘nutritional condition’ of the landscape The disappearance of the cockchafers The turning point for our farmers: the 1970s The Krefeld Study A subsidy system without an exit mechanism Nature conservation and nature enthusiasts The Devastating Effect of Communal Maintenance Measures The End of the Night: The Role of Light Pollution Summary: A Cluster of Factors The Disappearance of Moths and Butterflies and Its Consequences What We Can Do about the Disappearance of Moths and butterflies The Beauty of Moths and Butterflies Two Findings in Place of an Epilogue Select Bibliography Index