13, July, 2012

How Traditional Knowledge and Technologies are Contributing to Climate Change Adaptation in Latin America’s Mountains

Traditional communities living across Latin America’s mountains possess an extraordinarily broad range of knowledge about their environment and adapting to a changing climate. From water management strategies to agricultural timing and production techniques, traditional practices are making important contributions to adaptation policy and practice.

High climate variability has been a characteristic of mountain ecosystems, even before climate change concerns emerged. Indigenous cultures of Central America and the Andean region have been living in these unpredictable environments for centuries. As a result, they possess a variety of knowledge and technologies that have helped them to adapt their livelihoods to increasing uncertainty and risk. Traditional knowledge has proven to be compatible with scientific knowledge and, despite its local nature, it includes techniques that demonstrate great potential to meet the challenges of climate change expected over coming decades. These cultures therefore have much to contribute to climate change adaptation processes and should participate in adaptation strategy design and implementation. However, social exclusion, lack of information systems and inadequate protection from governments mean traditional knowledge is slowly being eroded. This Brief highlights a selection of indigenous climate change technologies from across Latin America.   It then describes how Latin American countries have successfully harnessed indigenous knowledge to improve climate change adaptation policy, and the challenges they face in doing so.  Finally, it describes the main contextual factors that explain how and why traditional knowledge and technologies have been gradually incorporated into climate change adaptation policy and practice in Latin America, and offers lessons learned for other regions.

Short URL for this page:

Key Lessons:

  • Traditional knowledge and technologies from Latin America do not exclude modern science and in many cases are complimentary. For example, traditional water management systems, such as amunas, can be implemented alongside modern pressurised irrigation technology to cultivate both native and improved crop varieties, thereby increasing resilience to drought.
  • Having supported rural communities to adapt to climate variability over centuries, traditional knowledge and technologies from mountain regions across Latin America demonstrate great potential to support current and future climate change adaptation processes. Increasingly, this potential is being recognised by governments, with traditional knowledge and technologies being incorporated into climate change adaptation policy and practice. Nevertheless, more needs to be done to further integrate this knowledge into climate change adaptation strategies, including establishing adequate and appropriate legal frameworks to protect the intellectual property rights of indigenous communities.
  • In general, indigenous knowledge provides information specific to a particular locality. This is vital for the development of locally-appropriate, low-cost climate change adaptation strategies. At the same time, this means that some indigenous knowledge may not be applicable in other regions, though it could be transferable to areas where similar geography and cultures exist.
  • (Español) Es necesario desarrollar iniciativas que permitan registrar, difundir y utilizar el conocimiento tradicional sobre la adaptación al cambio climático. En América Latina, esta base de conocimiento se está perdiendo gradualmente debido al debilitamiento de la estructura social, económica y política de las comunidades indígenas.

ELLA knowledge material produced by:

Leave a comment

Leave a Reply

Your email address will not be published. Required fields are marked *

You may use these HTML tags and attributes: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <s> <strike> <strong>