Kapuas River Research Articles

Faktor-faktor yang Mempengaruhi Kejadian Stunting pada Keluarga dengan Baduta

This research was conducted to analyze the factors that influence the incidence of stunting in families with children in the Kapuas River area according to the characteristics of the region and its population. This research uses a descriptive research method with a cross sectional approach to study the dynamics of the correlation between factors that influence stunting using an observational, data collection or approach. The research results obtained showed that the growth history factor with the incidence of stunting obtained a significance value of 0.091>0.05, the history of giving breast milk with the incidence of stunting obtained a significance value of 0.000<0.0, the history of giving MPASI with the incidence of stunting obtained a significance value of 0.071>0.05, family history with the incidence of stunting, a significance value was obtained of 0.019<0.05, a history of infectious disease with the incidence of stunting obtained a significance value of 0.084>0.05, and the mother's psychological pattern with the incidence of stunting obtained a significance value of 0.000<0.05. In conclusion, there is a significant relationship between the history of breastfeeding, family history and the incidence of stunting, and the psychological pattern of the mother and the incidence of stunting in influencing the incidence of stunting in families with toddlers in the Kapuas River suburbs.
 
 Keywords: Stunting Baduta, Family with Baduta, Stunting

The Development of Community Education and Language: An Exploration of the Riam Panjang in the Interior of West Kalimantan

The study of the implications of education on societal change is important in social and educational contexts. This study was conducted in that context; it aims to describe how the implications of citizens ' education on their language. Data were collected in Riam Panjang Village, Kapuas Hulu. The place is more in the upper reaches of the Kapuas River, about 400 km from Pontianak, the capital of West Kalimantan province. Data were collected through interviews and observation. Data analysis was conducted with the approach of Cresweell (2015). In conclusion, the rapidly growing education in Riam Panjang has transformed monolingual societies into multilingual ones in the last 30 years. The community of speakers who initially spoke one language (monolingual), namely Malay Ulu Kapuas, became a bilingual community that spoke other Malay languages (Indonesian, Pontianak language), as well as several other languages. Changes are contributed by the need for interaction of society with the outside world, as a result of development and globalization. The implication of this study is the need for specific policies of decision makers about regional language retention. If there is no specific policy, it is feared that regional languages will become extinct, and that means part of the wealth of communal knowledge will also be extinct.

Analisis Kualitas Air Baku dan Kualitas Air Hasil Produksi pada Instalasi Pengolahan Air (IPA) Unit Mukok PDAM Tirta Pancur Aji Kota Sanggau

The PDAM Tirta Pancur Aji Water Treatment Plant (WTP) Unit Mukok has a capacity of 10 liters/second which serves of the need clean water in the Mukok District. The water produced by the WTP Unit Mukok visually looks cloudy with impurities floating on the surface of the water. The purpose of this research is to whether the raw water rate for the parameters pH, temperature, turbidity, color and total amount of coliform complied with PP No. quality standards. 49/2010 as drinking water. The research method used is sampling and water quality testing. The results showed on the current conditions of the Mukok IPA unit, as a raw water source the Kapuas River has a quality of pH 8, temperature 28 °C, turbidity 34.9 NTU, color 224 PtCo. and a total of 25 MPN. The quality of the produced water is pH 7,3, temperature is 28° C, turbidity is 23.52 NTU, color is 4.19 PtCo, and total coliform is 10 MPN. The analysis showed that the raw water fraction does not correspond to class I in terms of turbidity and color parameters water standards PP No. 22 of 2021, the analytical results of the rate of the produced water show the turbidity and coliform parameters do not correspond to the standard of Permenkes No. 492 of 2010.

Pontianak city tourism industry as a supporter of conservative attractiveness with environmental insight

The equator monument is one of the tourism icons of Pontianak City because the location of the tourist attraction is located at 0º of the imaginary line of the equator and is a sign of the boundary of the hemisphere North Latitude and South Latitude. The equator monument has a conservative nuance with environmental insight because the location of the object is associated with the longest river in Indonesia, the Kapuas River which is the lifeblood of the people of West Kalimantan from the social, economic, and cultural sectors. The purpose of this study was to conduct a conservative study of environmental conservation-based tourist attractions. Qualitative-based spatial (geospatial) approach method. The findings of the study show that the approach to the study of environmentally friendly tourism or Sustainable Tourism Development (STD) is environmentally sustainable: A sustainable tourism management model based on ecological balance by considering social, economic, and cultural aspects, so that two zone areas were developed through a weighting assessment of tourism object potential with a value of 164 (high potential) developed through adaptation of STD environmental indicators through the Geographic Information System produced Zone A (main) is the Equator Monument area is a conservative area of geographical value: aspects of physical geography knowledge and Zone B (Supporting) Kapuas River is a hydrological and ecological conservation area zone as one of the ecotourism and hydrological asset-based rivers with an area of about 10 million Ha and has the potential for the endemic habitat of 300 - 500 species of freshwater fish. The two zones encourage the tourism industry of Pontianak City through the management of periodic tourism development (growth-oriented model), increasing tourist attraction through mass tourism attraction (mass tourism) with a model of encouraging sustainable tourism development with environmental and responsible tourism that can be recommended to the Pontianak City Government for sustainable tourism development governance

DETERMINATION OF THE PRIORITY SCALE OF FLOOD MANAGEMENT IN THE LANDAK SUB-WATERSHED

The Landak Sub Watershed is part of Indonesia's Kapuas River Basin, covering an area of approximately 7,921 km2 and comprising three administrative regions: Landak Regency, Kubu Raya Regency, and Pontianak City. Like other regions in Indonesia, the frequency of flood events in the Landak Sub Watershed has been increasing each year, becoming a severe problem as it has caused losses for the community. Therefore, a study is needed to provide an overview of the most suitable flood management measures to minimize floods in the Landak Sub Watershed.This article presents the research results to determine the priority scale of flood mitigation measures suitable for implementation in the Landak Sub Watershed using the Analytic Hierarchy Process (AHP). The determination of criteria, sub-criteria, and flood management alternatives is based on the results of a Focus Group Discussion (FGD) held in Ngabang City on August 30, 2022. The selected flood management alternatives combine both structural and non-structural measures. Once the hierarchy is established, a questionnaire is distributed to determine the appropriate options for flood mitigation in the Landak Sub Watershed.The study results indicate that the priority scale for flood mitigation in the Landak Sub Watershed is by revising regulations and policies. The analysis shows that the priority criterion is Law and Institutions with a weight of 0.376, the priority sub-criterion is Legislation with a weight of 0.213, and the priority alternative is the revision of regulations and policies with a weight of 0.1984. For the correction of rules and procedures to be effectively carried out, all stakeholders related to flood control in the Landak Sub Watershed must be involved.

Health Risk Assessment Via the Consumption of Clam (Corbicula largillierti) Accumulated Heavy Metals (Pb) and Coliform Bacteria at Kapuas River, West Borneo

As population activity is increasing and the Kapuas river is still a means of transportation, causing Corbicula largillierti to accumulate heavy metals (Pb) and Coliform bacteria in their bodies. This makes it dangerous to be consumed by humans. Thus, this research has two main aims. First, to find out the concentration of Pb and Coliform inside Corbicula largillierti that lives at Kapuas river, Pontianak and the river’s water. Second, to analyze the health risk of consuming the clams. Furthermore, the Atomic Absorption Spectrophotometer (AAS) is used to analyze the Pb sample and the Most Probable Number (MPN) method is used to analyze the Coliform. The result of this research shows that concentration Pb and Coliform from the Kapuas river have exceeded the limits designated for aquatic biota based on the Decree of the State Minister for the Environment No. 51 of 2004. In addition, the health risk is measured using Estimated Daily Intake (EDI), Target Hazard Quotient (THQ) and Target Carcinogenic Risk (TR) with scores for each are >10 times the RfD, >1 and 10−3. This result shows that based on the clam Corbicula largillierti consumption for 70 years life span of 60 kg body weight, had a high and negative effect on health risk problems and had a cancer risk for consumers. However, the health risk problem might increase much worse due to the long and continual period of consumption exceeding estimated daily intake.

Berobat Kampung: Religion and Traditional Knowledge of Seeking Recovery in Borneo

This article explores the variants of tradition in seeking recovery within a group of religious community in the upstream Kapuas in Borneo island. It is presented using indigenous psychology, narrative analysis and psycho-anthropology. The data were collected using the techniques of in-depth interviews, psycho-anthropological observations, narrative interpretation and documentation. This work finds that the use of Quranic verses and dhikr as well as religious symbols are are very prominent. The people of the upstream Kapuas river interpret and leave a legacy for traditional healing, beginning with an "agreement", reciting a prayer, enhancing, testing to form and hardening. Passing occurs in a closed, difficult and secret process. The preservation of traditional healing is due to very important facts; that it is low cost, being located far from modern health facilities and short time between risk of death and health resources. In addition, the traditional healers are always ready, providing fast treatment, guaranteed recovery from certain types of diseases. This article suggests that the Sufistic-style traditional healing is profound within the tradition.

Assessment of annual high-discharge patterns in Kapuas River using information and complexity measures

A recent study revealed that the amount of rainfall on the Kapuas River has increased over the last 30 years. The increase in rainfall increases the possibility of high discharge events, which might lead to destructive flooding of the Kapuas River and its tributaries. Hence, the ability to characterise the pattern of high discharge events is compulsory for the development and management of the Kapuas River watershed. The main objective of this study was to assess and characterise flood patterns in the Kapuas River watershed. To achieve this objective, we utilised information and complexity measures that consisted of mean information gain ( MIG), effective measure complexity ( EMC) and fluctuation complexity ( FC) in daily water level records from 2002 to 2011 from a gauging station in Sanggau, West Kalimantan Province. The results revealed that flood events in the Kapuas River were mainly generated by the Indo-Australian monsoon, which occurred from December to March. The anomaly in 2010, when intense flood events were observed during the dry season, can be identified as the effect of a strong negative El Niño-Southern Oscillation (ENSO). Additionally, the analysis of the information and complexity measures indicates that: (i) EMC, which reflects the length of flood events, tends to increase along with greater discharge, and (ii) MIG and FC, which denote the degree of randomness and fluctuation of flood events, respectively, tended to have higher values when the number of months without high discharge was less.

Identification and Description of Aquatic Oligochaeta in Sanggau City Canal West Kalimantan

The canals in the center of Sanggau City, West Kalimantan serve as a medium for wastewater which enters the Kapuas River. The density of community activities in this city has caused indications of its canals being polluted by organic and inorganic materials. These contaminants enter the canal continuously, hence its accumulation can change the texture of the substrate/sediment which is the habitat for aquatic Oligochaete. The purpose of this study was to identify and describe the types of aquatic Oligochaete in the canals of Sanggau City. The research was conducted from August to September 2020 using the purposive sampling method at five stations, namely Tanjung Sekayam Village, Ilir Kota Village, Beringin Village, and Bunut Village, with three replications at each sampling station. The results showed that aquatic Oligochaete at the canals of Sanggau City consisted of 1 order, 1 family, 2 genera, and 3 species with a total of 1367 individuals. The identified species are Branchiura sowerbyi, Limnodrilus claparedeianus, and Limnodrilus hoffmeisteri.Keywords: Species Identification, Aquatic Oligochaeta, Sanggau City Canal

STATUS OF EXCLUSIVE BREASTFEEDING AND COMMUNITY-BASED TOTAL SANITATION (STBM) ON STUNTING EVENTS IN PEAT AND THE KAPUAS RIVER

Abstract
 
 Background: Stunting occurs due to a lack of micro and macro nutrients which are not sufficient both in quality and quantity, and also due to the presence of chronic diseases, especially when still in the womb until the age of 2 years. The prevalence of stunting can also be caused by exclusive breastfeeding status. Giving breast milk for less than 4 months has a risk of 7.325 times greater for disrupting its development compared to toddlers more than 4 months getting breast milk.
 The study aimed to determine the status of exclusive breastfeeding and Community-Based Total Sanitation (STBM) with the incidence of stunting in peat soils and the banks of the Kapuas River. This type of research is an analytical design that uses a case-control design to compare the peat area with the Kapuas watershed in terms of stunting related to the risk of stunting factors. This study used a retrospective approach with a total sample of 50 case groups and 50 control groups. The data obtained will be analyzed using univariate and bivariate methods using Logistic Regression.
 The results showed that there was a significant relationship (p='<0.05) between exclusive breastfeeding and the incidence of stunting in peat soils and riverbanks. Toddlers who are not exclusively breastfed for 6 months on peat soils and riverbanks have 7.5 times and 3.3 times chance that stunting will occur. There is no significant relationship between Community-Based Total Sanitation and the incidence of stunting on peat soils and riverbanks (p='>0.05). However, toddlers who do not do STBM have the opportunity to experience stunting.
 Conclusion. There is a significant relationship between exclusive breastfeeding status and the incidence of stunting. There is no significant relationship between STBM status and the incidence of stunting.

STUDY OF WAVE DOMINANT DIRECTIONS ON SEDIMENT TRANSPORT IN THE ESTUARY OF KAPUAS RIVER, PONTIANAK, WEST KALIMANTAN

The Kapuas River is a very important water transportation route in West Kalimantan, crossing 5 districts and 1 city. The problem that occurs in the shipping lane on the Kapuas River is the accumulation of severe sediment at the mouth of the estuary. This becomes an obstacle for ships with large loads to sail, for this reason, this research was carried out. The purpose of this study was to determine the dominant direction of waves and sediment transport. This study was calculated using the CERC (Coastal Engineering Research Centre) method and using secondary data. It was found that the dominant wave direction came from the North (N) direction with an incidence percentage of 22.496%. Percentage of occurrence from the Northwest (NW) direction is 12.145%, from the West (W) direction is 6.253%, and from the Southwest direction (SW) is 11.724%. While the amount of sediment transport from the Northwest is -393062.1306 m3/year with the characteristics of the sediment being clay, from the West it is -250.1672 m3/year with the sediment characteristics being silty clay and from the Southwest, it is 579090.2782 m3/year with sediment characteristics of silty clay. The results of the sediment calculation have negative results which indicate that there is no sediment transport from the Northwest and West, but the sediment is deposited. For this reason, it is necessary to carry out appropriate handling of these problems to reduce sediment build-up in the study area.

FLOOD MANAGEMENT STRATEGY IN THE LANDAK SUB-RIVER BASIN USING SWOT ANALYSIS

The Landak sub-River Basin is part of the Kapuas River Basin which is drained by the Landak River with an area of approximately 7,921 km2. Flooding in the Landak sub-River Basin occurs every year with the number of cases tending to increase. Flooding in the Landak sub-River Basin inundates about 20 villages, which means that flood-prone areas dominate. The causes of flooding in the Landak sub-River Basin are very complex, basically caused by natural and non-natural factors. Specifically, there are many problems in the Landak sub-River Basin that are thought to trigger flooding such as land use change, decreasing catchment areas, blockages in small rivers, and so on. To identify strategic issues regarding flooding in the Landak sub-River Basin, a Focus Group Discussion (FGD) was conducted which was attended by several resource persons who were credible with the subject matter and an AHP analysis was conducted first to determine the priority scale of flood management in the Landak sub-River Basin. The result of determining the priority scale of flood management in the Landak sub-River Basin is the strengthening and implementation of regulations. The resulting strategic issues were subjected to a questionnaire that was assessed by the respondents involved during the FGD. The results obtained from this series of SWOT analyses are the formulation of strategies that are most suitable for the strategic issues of flooding in the Landak sub-River Basin using QSPM analysis, along with the determination of short-term, medium-term and long-term strategies using SFAS analysis.

GENERATION OF SYNTHETIC RAINFALL DATA IN SEKAYAM SUB-WATERSHED BASED ON TRMM SATELLITE RAINFALL DATA CORRECTION EQUATION

The hydrological analysis is the first stage of the review in waterworks planning. Hydrological analysis necessitates the availability of sufficient data. Data availability tends to have several problems, including a lack of availability, incomplete/empty data, a smaller number of stations, observers, and observation systems, data entry that is still manual, and slow data collection. One possible solution is to use rain satellites. However, TRMM data must be evaluated for field suitability. TRMM (Tropical Rainfall Measurement Mission) rainfall data can help overcome this. TRMM is a NASA mission that uses weather monitoring satellite technology to monitor tropical rainfall. This is also the case for the Sekayam Subwatershed, part of the Kapuas River Basin.In the Sekayam sub-watershed, there are 14 (fourteen) rainfall observation stations managed by the Balai Wilayah Sungai Kalimantan (BWSK) I, but currently only 5 observation stations are still active, namely the SGU-01 Sanggau, SGU-03 Balai Karangan, SGU-06 Entikong, SGU-19 Semuntai and SC-01 Kembayan observation stations with data recorded up to 2019, while the other 9 (nine) observation stations do not have long continuous data, because there are years where rainfall data is not recorded. This is because the recording of rainfall on average stopped until 2005, or even some have stopped operating since the 1990s or early 2000s. This study aims to generate representative synthetic TRMM daily rainfall amount data for the Sekayam sub-watershed based on the correction equations obtained in a series of TRMM rainfall data validation analyses, so that it can be used as alternative daily rainfall data in water resources planning and management in the Sekayam sub-watershed. From the analysis, it can be seen that synthetic rainfall data in the Sekayam sub-watershed will be valid if it is generated with the linear model correction equation Y = 0.6708 X + 139.123 or can be interpreted as TRMM' = 0.6708 TRMM + 139.123.

Measuring Sustainability of Kampong Tudong Riverside Settlements Using Urban Modeling Interface Simulation

Coastal settlements are the most vulnerable area to climate change, which has had an increasing impact on natural changes and human life in recent years. Therefore, sustainable riverside settlement models need to be developed by maximizing welfare with minimal environmental damage through modeling simulations that can help understand, compare and evaluate buildings and settlements. Simulation of Kampong Tudong on the banks of Kapuas River used Urban Modeling Interface to analyze the floor area ratio, daylighting, operational energy, and mobility. The simulation results show values of 0.21 on Floor Area Ratio, 30% on average natural resources for building daylighting, 86 kWh/m2year on operational energy, and 66 on mobility. Meanwhile, the efficient standard values are <3.2 on FAR, 55% on average daylighting, 10.08-30 kWh/m2.year on operational energy, and 90-100 on mobility. Existing simulation values indicate that these values can still be improved and maximized further for the sustainability of the riverside settlements.

Enterobacter hormaechei KIMS8 and Enterobacter cloacae KIMS10 isolated from Kapuas River, Kalimantan, Indonesia as indigenous multi-resistant bacteria to copper and dyes

Abstract. Irawati W, Timothy M, Soentoro SE, Pinontoan R, Yuwono T, Lindarto V. 2022. Enterobacter hormaechei KIMS8 and Enterobacter cloacae KIMS10 isolated from Kapuas River, Kalimantan, Indonesia as indigenous multi-resistant bacteria to copper and dyes. Biodiversitas 23: 6661-6668. Study on the characterization of multiple copper and dyes resistance in bacteria has so far been quite limited. It is, therefore, of interest to isolate and characterize such bacteria. The study was aimed to isolate bacteria from the Kapuas River in Indonesia and measuring copper resistance as well as dye-resistance and decolorization abilities. Copper resistance was determined by measuring the minimum inhibitory concentration (MIC) of copper, while dye-resistance was measured by observing changes in colony color and clear zone formation and decolorization ability was determined by spectrophotometry. It was found that 2 out of the 15 isolated strains showed the highest copper resistance with the MIC of 7 mM. The two bacterial strains KIMS8 and KIMS10, were grown in solid media supplemented with 300 ppm of methylene blue or reactive black dye. Bacterial decolorization assays showed that KIMS8 was able to decolorize up to 90% methylene dye and up to 11.3% of reactive black dye whereas KIMS10 was able to decolorize 94.9% of methylene blue dye and 12.1% of reactive black dye. Molecular characterization by 16S rRNA gene sequencing of these two strains showed that KIMS8 and KIMS10 were identified as Enterobacter hormaechei and E. cloacae, respectively.

FLOOD MODEL SIMULATION OF PURNAMA STREET AREA DUE TO INCREASE OF WATER LEVELS OF THE KAPUAS RIVER AND THE INTENSITY AND DURATION OF RAIN

Flooding is a condition where water is not accommodated or the flow of water is obstructed in the sewer, so that it overflows to inundate the surrounding area. The area around the ditch on Purnama Street (the estuary of the Kapuas River) is affected by tides and the intensity and duration of rainfall. This study aims to simulate the flood model that occurred in the Purnama Street area. Data analysis was carried out using HEC-RAS software as a tool for modeling drainage flow. The research was conducted during no rain conditions, 5 and 10 year return periods of rain and the highest and lowest tidal conditions. The flood model simulations were carried out from Demang Ditch to the Lower Kapuas River. The results of the modeling using HEC-RAS show that the drainage channel from the Kapuas River to Purnama Street does not experience inundation/flooding, but in the area of Purnama Street to Demang Ditch during the 5 and 10 year return period rains and the highest tides experience inundation/flooding. which reaches the highway.

Flood Simulation Model At Jl. Purnama Area Due To The Increase Of Water Levels Of The Kapuas River And The Intensity And Duration Of Rain

Flooding is a condition where water is not accommodated or the flow of water is obstructed in the sewer, so that it overflows to inundate the surrounding area. The area around the ditch on Purnama Street (the estuary of the Kapuas River) is affected by tides and the intensity and duration of rainfall. This study aims to simulate the flood model that occurred in the Purnama Street area. Data analysis was carried out using HEC-RAS software as a tool for modeling drainage flow. The research was conducted during no rain conditions, 5 and 10 year return periods of rain and the highest and lowest tidal conditions. The flood model simulations were carried out from Demang Ditch to the Lower Kapuas River. The results of the modeling using HEC-RAS show that the drainage channel from the Kapuas River to Purnama Street does not experience inundation/flooding, but in the area of Purnama Street to Demang Ditch during the 5 and 10 year return period rains and the highest tides experience inundation/flooding. which reaches the highway.

Study of Genetic Diversity of Native Indonesian Catfish Based on Nucleotide Sequences of the ND1 Gene

One of the native catfish to Indonesia is the baung fish (Hemibagrus). Baung fish are found in rivers in Sumatra, Kalimantan and Java. The catfish population is declining, thus conservation is needed to prevent extinction. To conduct an effective conservation efforts, molecular studies are needed to confirm the fish species from the three islands. Mitochondrial DNA is one of the markers that is often used to see the lineage and kinship of animals for conservation purposes. The purpose of this study is to determine the genetic diversity of the NADH Dehydrogenase Subunit I (ND1) gene catfish from each of these locations, can be used as a genetic marker. Samples were obtained from their natural habitat, namely Magelang (5), Palembang (3), Riau (2), Samarinda (2), 2 from Sintang, and 3 from Banjarmasin. The DNA of the fish sample was then isolated and then used as a template for amplification of DNA fragments using PCR techniques. Amplikon (PCR product) was then purified by gel extraction and then sequenced to determine the DNA sequence. The potential of DNA sequences as catfish genetic markers was proven by analyzing genetic diversity between species using the MEGA version 7.0 program (Kumar et al., 2016). The sequencing results 972 nucleotides composing the ND gene, and found differences in 268 nucleotide sites and 47 amino acid sites. Based on the nucleotide sequence of the ND1 gene, catfish from the Progo river (Magelang, Central Java), the Musi river (Palembang, Sumatra), the Kampar river (Riau), the Kapuas river (Sintang, Kalimantan), the Martapura river (Banjarmasin), the Mahakam river (Kalimantan) is included in the Hemibagrus sp.; catfish from the Elo river (Magelang, Central Java) belongs to the genus Mystus sp.; catfish from the Bengawan Solo river (Bojonegoro, East Java) belongs to the Pangasius sp.

The Life of the River Coastal Community and Folklore around the Kapuas River of Kapuas District of Sanggau Regency

This study discussed the topic of folklore that exists in society and the relevance of folklore which from time to time had been increasingly changing and changing its function and role in society making research on folklore that exists today very interesting to study. In modern society, the role of folklore was no longer the same as its role in the past. The life of coastal communities was the place where this research focused, looking at some of the folklore that exists in the lives of coastal communities in the Kapuas District of Sanggau Regency and examining how the relationship and influence of folklore and people's lives today. The results of this study showed that it turned out that folklore, which used to have several social roles in today's society in modern times, had played a small role, the occurrence of this was not only due to the development of science and technology as well as the tendency of logical thinking that existed in society, but also because of the generational change factor which finally broke the oral tradition in the spread of existing folklore. So folklore was only regarded as mere fairytale and myth and was almost seldom seen as its intrinsic value and meaning for social life.

Integrated machine learning and GIS-based bathtub models to assess the future flood risk in the Kapuas River Delta, Indonesia

AbstractAs more and more people live near the sea, future flood risk must be properly assessed for sustainable urban planning and coastal protection. However, this is rarely the case in developing countries where there is a lack of both in-situ data collection and forecasting tools. Here, we consider the case of the Kapuas River Delta (KRD), a data-scarce delta on the west coast of Borneo Island, Indonesia. We assessed future flood risk under three climate change scenarios (RCP2.6, RCP4.5, and RCP8.5). We combined the multiple linear regression and the GIS-based bathtub inundation models to assess the future flood risk. The former model was implemented to model the river's water-level dynamics in the KRD, particularly in Pontianak, under the influence of rainfall changes, surface wind changes, and sea-level rise. The later model created flood maps with inundated areas under a 100-year flood scenario, representing Pontianak's current and future flood extent. We found that about 6.4%–11.9% more buildings and about 6.8%–12.7% more roads will be impacted by a 100-year flood in 2100. Our assessment guides the local water manager in preparing adequate flood mitigation strategies.