Inicio  /  Climate  /  Vol: 5 Par: 4 (2017)  /  Artículo
ARTÍCULO
TITULO

The Role of Climate in the Collapse of the Maya Civilization: A Bibliometric Analysis of the Scientific Discourse

Werner Marx    
Robin Haunschild and Lutz Bornmann    

Resumen

This bibliometric analysis deals with research on the collapse of the Maya civilization?a research topic with a long-lasting history, which has been boosted significantly by recent paleoclimatic research. The study is based on a publication set of 433 papers published between 1923 and 2016. The publications covered by the Web of Science (WoS) show a significant increase since 1990, reaching about 30 papers per year at present. The results show that the current discourse on the collapse of the Maya civilization is focused on the role of climate as a major factor for the demise of this ancient civilization. The bibliometric analyses also reveal that (1) paleoclimatic records become numerous and are increasingly better dated; (2) the explanatory power of the records has been significantly increased by analyzing samples from regions closer to the relevant Maya sites; and (3) interdisciplinary cooperation of the humanities (archeology, anthropology, history) with natural sciences disciplines (geoscience, ecology, paleoclimatology, meteorology) seems to be highly promising. The collapse of the Maya civilization is a good example of how natural sciences entered research in the humanities and social sciences (anthropology, archeology, history) and boosted research (and solutions) around long-discussed, but unsolved questions.

 Artículos similares

       
 
Mohammed Renima, Ayoub Zeroual, Yasmine Hamitouche, Ali Assani, Sara Zeroual, Ahmed Amin Soltani, Cedrick Mulowayi Mubulayi, Sabrina Taibi, Senna Bouabdelli, Sara Kabli, Allal Ghammit, Idris Bara, Abdennour Kastali and Ramdane Alkama    
The role of climate change in future streamflow is still very uncertain, especially over semi-arid regions. However, part of this uncertainty can be offset by correcting systematic climate models? bias. This paper tries to assess how the choice of a bias... ver más
Revista: Climate

 
Corrie Monteverde, Fernando De Sales and Charles Jones    
The Brazilian Amazon provides important hydrological cycle functions, including precipitation regimes that bring water to the people and environment and are critical to moisture recycling and transport, and represents an important variable for climate mo... ver más
Revista: Climate

 
Alessandro Allodi, Letizia Angelo, Fabio Bordini, Monica Branchi, Elisa Comune, Mauro Del Longo, Giuseppe Nicolosi, Mauro Noberini, Filippo Pizzera, Alessio Pugliese, Giuseppe Ricciardi, Fabrizio Tonelli, Franca Tugnoli and Enrica Zenoni    
Water is a fundamental resource for human life and nature; flood management, water supply systems and water protection policies are a few examples of equally important disciplines across the whole hydrological cycle. The present work focuses on the creat... ver más
Revista: Climate

 
Olivier Asselin, Martin Leduc, Dominique Paquin, Alejandro Di Luca, Katja Winger, Melissa Bukovsky, Biljana Music and Michel Giguère    
The biogeophysical effects of severe forestation are quantified using a new ensemble of regional climate simulations over North America and Europe. Following the protocol outlined for the Land-Use and Climate Across Scales (LUCAS) intercomparison project... ver más
Revista: Climate

 
Shelley Boulianne, Stephanie Belland, Nikita Sleptcov and Anders Olof Larsson    
In the weeks before the 2019 federal election, climate change strikes occurred in Canada and across the globe, which may have increased the salience of this policy issue. We use two data sources to examine the role of climate change in the 2019 federal e... ver más
Revista: Climate