Social Consumption and Production Technologies in the Context of the Landscape of the Hillside Surface in the Municipality of Mucambo-Ce
Journal of Geography, Environment and Earth Science International,
Page 33-45
DOI:
10.9734/jgeesi/2021/v25i130265
Abstract
The present research aims to study social technology in Mucambo, Pedra de Fogo, and Pajeú, based on an approach to the elements that make up the Coreaú Watershed. The Brazilian Northeast has been a region punished by the lack of water due to irregular rainfall. Such a problem, which has been part of the reality in that region, is, among other factors, accompanied by a population that shows resistance to the difficulties related to water conditions. The manuscript discusses social technology in the Mucambo outback, which stores water during the rainy season to be used by humans and in agriculture in the drought period. This aspect is significant because of the water shortage in the dry season in the location. This way, social technology grant water assistance to the population, providing security for this resource. The results highlight the social technology benefits, being the most significant water source for families living in rural areas. Given the research results, the cisterns are relevant for consumption and production in rural areas since people reported that they store water in good quality.
Keywords:
- Social technology
- agriculture
- drought period
- evaporation
How to Cite
References
Almeida CL, Falcão Sobrinho, Jose. Living in the semi-arid region supported by plate cisterns in Frecheirinhas, Ceará, Brazil. Water and Land. 2020;15:89-106. DOI: https://doi.org/10.17561/at.15.4613
Pontes ETM, Machado TA. A million cisterns project in Northeastern Brazil: Public policies, and sustainable development to live in a semi-arid region. In: XIX Nacional Meeting on Land Geography; 2009, São Paulo. Annal. São Paulo: USP; 2009. Articulation in the Semi-AriD BRAZIL (ASA); 2014. Available:
Casseti V. Environment, and relief appropriation. 2nd ed. São Paulo: Context; 1995.
Marengo JA. Vulnerability, impacts e adaptation to climate change in the Brazilian semi-arid region. Strategical Partnerships. 2010;13(27):149-176.
Santos E, Matos H, Alvarenga J, Sales MCL. Drought in Northeastern Brazil in 2012. In: REPORTS on drought and examples of measures to live in the semi-arid district of Iguaçu / Canindé- CE. Geonorte Magazine. 2012;3(8):819-830.
Cirilo JA. Public water resources policy for the semi-arid region. Advanced Studies. 2008;63(22):61-82. Available:
Cavalcanti ER. Environmental and contextualized education based on life in the semi-arid region. In: LIMA, R. C. C.; Cavalcante, A. M. B.; Perez-Marin, A. M. (Ed.). Desertification and climate change in the Brazilian semi-arid region. Campina Grande: Insa-PB. 2011;79-88.
Christopoulos TP. Social technology: literature suggestions. São Paulo. 2011; 51(1):109-110. Available:
Morais VM, Freitas FLA, Arruda IA, Maracajá PB. Technology for living in semi-arid regions, feasible alternatives for agriculture in the Western Rio Grande do Norte. Newsletter on the Semi-arid Region. 2009;3(1):12-24.
Christofoltti A. The inclusion of physical geography in sustainable development policies. In: Geography, Rio Claro: São Paulo. 1993;18(1):1-22.
Almeida CL, Falcão Sobrinho, Jose. Living in the semi-arid region supported by plate cisterns. Environment & Education. 2016; 21:8-26. Available:http://orcid.org/0000-0002-3054-8275
Souza MJN De. Geo-environmental aspects in the * semi-arid Ceará: Problems and Perspectives. in: Falcão Sobrinho, J. and Costa Falcão, Cleire Lima (Orgs.) Semi-arid region: diversity, fragility and potentiality. Sobral Gráfica; 2006.
Instituto De Pesquisa E Estratégia Econômica Do Ceará (Institute of Research and Economic Strategy of Ceará, IPECE); 2017. Available:
Bertalanffy LV. General System Theory. Francisco M. Guimarães translation. Petrópolis: Voices; 1973.
Falcão Sobrinho J. The relief, element, and anchor, in the dynamic landscape of the valley, green and gray, of Acaraú, in the State of Ceará. Thesis (Doctorate) - University of São Paulo, São Paulo; 2006.
Falcão Sobrinho, J. A Natureza do Vale do Acaraú: A look through the sinuosities of the relief. 1. ed. Sobral: SertãoCult. 2020;1:196. DOI: 10.35260/87429137-2020
Falcão Sobrinho J. Water resources available at cisterns in the acaraú river basin, Ceará, Brazil. Interspace: Journal of Geography and Interdisciplinarity. 2020;6: 1-25. DOI:http://dx.doi.org/10.18764/2446-6549.e202028
Gnadlinger J. Techniques of types of cisterns built in rural communities in the semi-arid Brazil. Juazeiro, BA: IRPAA; 2008.
FUNCEME. Ceará Meteorology and Water Resources Foundation (Ceará Meteorology and Water Resources Foundation, FUNCEME). Available:
Suassuna, J. Semi-arid region: Proposal for life in dry places. Social Studies Notes, Recife, V. 2007;23(1-2):135-148.
Funceme. Ceará Meteorology and Water Resources Foundation (Ceará Meteorology and Water Resources Foundation, FUNCEME). Available:
Malvazzi R. Semi-arid region: An holistic view. Brasília, DF: Pensar Brasil. 2007; 140.
-
Abstract View: 19 times
PDF Download: 6 times