La sostenibilidad del suministro de agua potable en la comunidad campesina San José de Collana, ubicada en Paucarcolla, Puno, se abordó con el objetivo de determinar el índice de sostenibilidad de este recurso. Actualmente, la infraestructura de abastecimiento se encuentra en mal estado y la disponibilidad de agua durante las épocas de estiaje ha disminuido, lo que afecta negativamente la calidad del servicio. La metodología empleada consistió en evaluar y diagnosticar el Proyecto PROPILAS CARE – PERÚ, beneficiando a una población de 810 personas. Este proceso permitió identificar la situación actual, así como recopilar, fortalecer, procesar, analizar y distribuir información reciente sobre los sistemas de agua potable. Los resultados obtenidos indican que el índice de sostenibilidad del suministro de agua, al considerar aspectos como el estado operativo, la gestión, la o...

La sostenibilidad del suministro de agua potable en la comunidad campesina San José de Collana, ubicada en Paucarcolla, Puno, se abordó con el objetivo de determinar el índice de sostenibilidad de este recurso. Actualmente, la infraestructura de abastecimiento se encuentra en mal estado y la disponibilidad de agua durante las épocas de estiaje ha disminuido, lo que afecta negativamente la calidad del servicio. La metodología empleada consistió en evaluar y diagnosticar el Proyecto PROPILAS CARE – PERÚ, beneficiando a una población de 810 personas. Este proceso permitió identificar la situación actual, así como recopilar, fortalecer, procesar, analizar y distribuir información reciente sobre los sistemas de agua potable. Los resultados obtenidos indican que el índice de sostenibilidad del suministro de agua, al considerar aspectos como el estado operativo, la gestión, la o...

The investigation was carried out in the Huancané basin. The objective of the present work is the determination of the efficient method to calculate the potential evapotranspiration for a Rain-Runoff Model in the Huancané Basin - Puno region. The data used were from seven meteorological stations from periods 1964 to 2016 registered by the SENAMHI institution. To determine the most efficient method, nine potential evapotranspiration methods were proposed (tank type "A", Penman Monteith, Thornthwaite and Wilm, Hargreaves based on Temperature and Radiation, Oudin, Blaney and Criddle, Turc and Jensen - Haise), with different input variables: average temperature, minimum temperature, maximum temperature, wind speed, relative humidity, evaporation and hours of sunshine, for which it was carried out hydrological modeling with the nine methods of ETP. With the hydrological model GR2M that has ...

The investigation was carried out in the Huancané basin. The objective of the present work is the determination of the efficient method to calculate the potential evapotranspiration for a Rain-Runoff Model in the Huancané Basin - Puno region. The data used were from seven meteorological stations from periods 1964 to 2016 registered by the SENAMHI institution. To determine the most efficient method, nine potential evapotranspiration methods were proposed (tank type "A", Penman Monteith, Thornthwaite and Wilm, Hargreaves based on Temperature and Radiation, Oudin, Blaney and Criddle, Turc and Jensen - Haise), with different input variables: average temperature, minimum temperature, maximum temperature, wind speed, relative humidity, evaporation and hours of sunshine, for which it was carried out hydrological modeling with the nine methods of ETP. With the hydrological model GR2M that has ...

The investigation was carried out in the Huancané basin. The objective of the present work is the determination of the efficient method to calculate the potential evapotranspiration for a Rain-Runoff Model in the Huancané Basin - Puno region. The data used were from seven meteorological stations from periods 1964 to 2016 registered by the SENAMHI institution. To determine the most efficient method, nine potential evapotranspiration methods were proposed (tank type "A", Penman Monteith, Thornthwaite and Wilm, Hargreaves based on Temperature and Radiation, Oudin, Blaney and Criddle, Turc and Jensen - Haise), with different input variables: average temperature, minimum temperature, maximum temperature, wind speed, relative humidity, evaporation and hours of sunshine, for which it was carried out hydrological modeling with the nine methods of ETP. With the hydrological model GR2M that has ...