Erratum : Hydrological Drought Analysis for Bolu City with Streamflow Drought Index

The original article was published on December 31, 2021. https://dergipark.org.tr/en/pub/bilmes/article/989082

Erratum Note

Erratum : “Hydrological Drought Analysis for Bolu City with Streamflow Drought Index” It has been identified that the ORCID number of the author was inadvertently written incorrectly in the research article. The author apologizes to the readers for this error. The corrected ORCID numbers are provided in this erratum.

Abstract

Hydrological drought refers to the decrease in the amount of water found in surface or groundwater resources. Hydrological drought causes serious problems in drinking and irrigation water supply and hydroelectric energy production. In this study, hydrological drought analysis was made for two streams in Bolu city located in the Western Black Sea Region in the north of Turkey. For this purpose, 3, 6 and 12 month flow drought indices were calculated using the Streamflow Drought Index method and the streamflow data of two streamflow monitoring stations. According to the results, extreme and severe droughts were determined for two stream flow stations and it is seen that drought periods varied between 1 and 9 years. The most severe and longest droughts were detected for Bolu stream - Beşdeğirmen station. Mild droughts are much higher than moderate, severe and extreme droughts. It has been observed that the severity and number of drought for Bolu stream - Beşdeğirmen station have increased in recent years. In order to reduce the effects of hydrological drought, hydrological drought should be monitored continuously and necessary precautions should be taken regarding the management of water resources. People should be informed about water consumption and so waste should be prevented. In terms of irrigation water, drip irrigation method should be used instead of flood irrigation or sprinkler irrigation methods. For this aim, farmers should be made aware of this issue. Alternative renewable energy sources or other energy sources should be used for reductions in hydroelectric energy production.

Keywords

• Streamflow Drought Index
• Drought
• Bolu.

Erratum : Hydrological Drought Analysis for Bolu City with Streamflow Drought Index

The original article was published on December 31, 2021. https://dergipark.org.tr/en/pub/bilmes/article/989082

Erratum Note

Erratum : “Hydrological Drought Analysis for Bolu City with Streamflow Drought Index” It has been identified that the ORCID number of the author was inadvertently written incorrectly in the research article. The author apologizes to the readers for this error. The corrected ORCID numbers are provided in this erratum.

Abstract

Hydrological drought refers to the decrease in the amount of water found in surface or groundwater resources and monitoring of this natural disaster is very important due to causing serious problems in drinking and irrigation water supply and hydroelectric energy production. In this study, hydrological drought analysis was made for two streams in Bolu city located in the Western Black Sea Region in the north of Turkey and 3, 6 and 12 month streamflow drought indices were calculated by using the Streamflow Drought Index method. For this aim, the streamflow data of Bolu stream - Beşdeğirmen and Ulusu - Afatlar streamflow monitoring stations were used. According to the results, extreme and severe
droughts were determined for two stream flow stations and it is seen that drought periods varied between 1 and 9 years. The most severe and longest droughts were detected for Bolu stream - Beşdeğirmen station. Mild droughts are much higher than moderate, severe and extreme droughts. It has been observed that the severity and number of drought for Bolu stream - Beşdeğirmen station have increased in recent years. In order to reduce the effects of hydrological drought, hydrological drought should be monitored continuously and necessary precautions should be taken regarding the management of water resources. People should be informed about water consumption and so waste should be prevented. In
terms of irrigation water, drip irrigation method should be used instead of flood irrigation or sprinkler irrigation methods. For this aim, farmers should be made aware of this issue. Alternative renewable energy sources or other energy sources should be used for reductions in hydroelectric energy production. 

Keywords

• Streamflow Drought Index
• Drought
• Bolu

References

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