Finding
In contrast, Tajikistan still relies on food imports, so price hikes threaten food security in areas isolated by poor roads and winter snow.
Paper
The Future of Mountain Agriculture
Abstract
Producing crops and livestock in mountain environments can present many difficult challenges. Compared to surrounding lowlands, highland farmers contend with shorter growing seasons, greater distance to markets, and the ever-present challenge posed by gravity. The soils are usually less favorable, and the weather more prone to extreme events that can lead to sudden disaster. These and other issues are presented and analyzed in this timely volume on the future of mountain agriculture. The brief introduction by the editor, Stefan Mann, describes the approach for the 9 chapters that follow. Specifically, will mountain agriculture be viable over the next century, particularly as regional economics become more globalized in focus? In this new economic framework, ‘‘it is worthwhile to ask whether the system of mountain farming, in its stunning diversity, will in general continue to provide food, labor and ecosystem services’’ (p 2). As the world population continues to surge, the fertile lowlands of the world will produce at full tilt. But will mountain regions continue to provide crops and livestock products, or will highland practices gradually be preserved in isolated ‘‘museums’’ far from the mainstream economy? The volume offers fairly equal coverage to most of the regions where mountain agriculture is found. The first chapter investigates agricultural land use and landscape change in the American Rocky Mountains—the sole focus on North America. Chapters 2 and 3 analyze recent agricultural innovations and strategies in the Andean region, ‘‘where the challenge of increasing agricultural production while conserving or improving the natural environment has attained a sense of urgency’’ (p 21). The next two chapters investigate agricultural issues in the African highlands. Of these, Chapter 4 advocates for integrating traditional ecological knowledge into agricultural production in the High Atlas of Morocco, and Chapter 5 forecasts the future of farming on Mount Kilimanjaro in a time of rapid climate change. Chapters 6 and7move to Europe and, in keeping with the overall theme of the book, investigate howmountain agriculture will remain viable in the Pyrenees and the Alps, respectively. Chapter 8 takes a different approach, by investigating food security challenges in Tajikistan’s Pamir Mountains. The ninth and final chapter reviews the impact of natural resources and infrastructure on mountain farming in the Himalaya. For the most part, the various authors maintain their collective focus on the future of mountain agriculture in this nascent century. Working through the book, readers find it is evident that, despite different geographical locations, mountain farmers the world over grapple with a similar mixture of challenges. These include responding to changing markets, procuring access to adequate water resources, adapting to climate change and shifting demographic traits, incorporating technology, and reacting to competition posed by other emerging forms of land use. It becomes clear that, in the developing world at least, food production is taking a back seat to the rising demands of recreation and biodiversity concerns. Readers of edited volumes often select only the chapters that pertain to their regional geographic interest or, in this case, a specific agronomic output. Although each chapter in this edited volume can stand alone on its own good merits, the full range of shared challenges along with their regional differences is realized only by reading the entire collection. For example, we might expect that most mountain farms in the developed world are either going out of production or are coalescing into larger contract or corporate operations, as is the case in their adjacent lowlands. The case studies from the Alps and the Pyrenees confirm this, but in the Rocky Mountains the structural change is heading in the opposite direction as land subdivision into smaller parcels is increasing the number of farms and ranches. The authors identify and provide concrete evidence about factors that limit agricultural efficiency within mountains of the developing world. In the Nepal Himalaya and Tajik Pamir, for example, poor roads hinder the transition from traditional cropping patterns to the more market-oriented specialty production that increases family incomes. Supporting infrastructure is vital for mountain farmers, who usually make up most of the population. Because food is a global commodity, price hikes may benefit mountain farmers who have capacity to transport their harvest to large population centers. This is the case in some Andean regions. In contrast, Tajikistan still relies on food imports, so price hikes threaten food security in areas isolated by poor roads and winter snow. Price hikes are not the only external factor influencing highland farmers. Global warming is significantly changing both the timing and volume of mountain runoff. In the case of Mount Kilimanjaro, the authors use a revenue function approach to demonstrate the relationship between climatic variables and crop productivity. They predict that warming temperatures and increasing CO2 levels (which improve rates of photosynthesis) will increase maize revenues by up to 56%. On the other hand, coffee and banana production will likely decrease as water scarcity in the lower altitudes will reduce both the yield and quality of these crops. The authors believe that adapting agricultural productivity to climate change in this iconic East MountainMedia Mountain Research and Development (MRD) An international, peer-reviewed open access journal published by the International Mountain Society (IMS) www.mrd-journal.org
Authors
S. F. Cunha
Journal
Journal name not available for this finding