2017
DOI: 10.11144/javeriana.ayd21-40.grip
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Gestión del riesgo como un instrumento para prever los estragos de las sequías y de las inundaciones en México

Abstract: El presente documento examina el contexto del recurso hídrico en México, plantea su escenario general, como también las contingencias que envuelve la sustentabilidad de este recurso natural, es el caso de las sequías y las inundaciones, las cuales son manifestaciones naturales de carácter extremo. Se bosqueja el empleo de la gestión del riesgo como un instrumento para afrontar la multitud de estragos desde la perspectiva de la vulnerabilidad.

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Cited by 7 publications
(7 citation statements)
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“…These differences are due to geographic conditions, which are mainly due to the climatic diversity in Mexico. Therefore, if the fact that the supply and demand of water per inhabitant is unequal is added to all of this, a situation that is due to various socioeconomic activities, weather conditions, and the availability of water resources, among other factors [10], it is a fact of the enormous dispersion between the observations of each of the variables that make up the model is evident. The results obtained in a preliminary analysis of the model's development descriptively showed the significant difference between the magnitudes as observed in the histogram generated with the variables related to agricultural drought in Figure 5.…”
Section: The Relationships Were Identified Between the 26 Variables From The Correlation Matricesmentioning
confidence: 99%
See 1 more Smart Citation
“…These differences are due to geographic conditions, which are mainly due to the climatic diversity in Mexico. Therefore, if the fact that the supply and demand of water per inhabitant is unequal is added to all of this, a situation that is due to various socioeconomic activities, weather conditions, and the availability of water resources, among other factors [10], it is a fact of the enormous dispersion between the observations of each of the variables that make up the model is evident. The results obtained in a preliminary analysis of the model's development descriptively showed the significant difference between the magnitudes as observed in the histogram generated with the variables related to agricultural drought in Figure 5.…”
Section: The Relationships Were Identified Between the 26 Variables From The Correlation Matricesmentioning
confidence: 99%
“…Drought has been gaining notoriety due to the damage it causes, which often has tremendous implications [10]. It is defined as a prolonged water scarcity period well below normal levels, which causes adverse effects on production systems and resources [9,11].…”
Section: Introductionmentioning
confidence: 99%
“…Así, es posible afirmar que si el cultivo de caña de azúcar sigue en tendencia de crecimiento como en la actualidad, el consumo de agua y huella hídrica de este sector será muy elevado. Por lo tanto, es necesario definir límites al consumo para esta industria, ya que la disponibilidad de este recurso y los efectos de dicha carencia se ciernen sobre la población rural y también sobre la de los grandes conglomerados poblacionales (Cantú-Martínez, 2017).…”
Section: Conclusionesunclassified
“…aplicación a l s u r e st e e s pa ñ o l El riesgo de sequía constituye también uno de los principales problemas socio-ambientales en otras regiones del mundo que comparten características similares al área de estudio en lo que tiene que ver con la demanda de agua vinculada a usos turísticos y agrícolas y a procesos de urbanización. Por ejemplo, en Iberoamérica se han llevado a cabo diversas investigaciones en países como México (Cantú, 2017), Brasil (Souza et al, 2010), Venezuela (Paredes et al, 2014), Colombia (Domínguez & Lozano, 2014), Argentina (Garnero, 2017) o Chile (González, 2016). La variedad de trabajos que tratan este riesgo pone de manifiesto la importancia del estudio de este fenómeno por sus implicaciones socio-económicas y ambientales y sin olvidar los efectos del cambio climático.…”
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