Nusadaya Journal of Multidiciplinary Studies

ANALYSIS OF THE GAP IN BASIC SERVICE PERSONNEL REQUIREMENTS FOLLOWING THE REORGANIZATION OF NON-ASN STAFF AT THE SESELA COMMUNITY HEALTH CENTER (UPT PUSKESMAS SESELA) IN 2026

Marisa Arziatun Nawira — 2026-10-30

This study was motivated by the policy on the restructuring of non-civil servant personnel under Law No. 20 of 2023, which significantly altered the human resource composition at community health centers. The study aims to analyze the gap between the demand for and availability of basic health care personnel following the restructuring of non-civil servant personnel at the Sesela Community Health Center (UPT Puskesmas Sesela) in 2026. This study employs a descriptive research design with a quantitative approach supported by qualitative data. The results indicate that the availability and number of basic healthcare personnel at the Sesela Community Health Center in 2026 experienced an aggregate decline following the non-ASN workforce restructuring policy, decreasing from 62 to 51 personnel. The analysis was conducted based on the standards set forth in Ministry of Health Regulation No. 19 of 2024. The results of the quantitative analysis identified 5 positions in a “met” (equilibrium) status, 6 positions in a “shortage” (gap) status, and 7 positions with a surplus exceeding the minimum regulatory threshold. However, the qualitative approach and the researcher’s direct observations during a 3-month internship there revealed a clear distribution of roles. The community health center (Puskesmas) faced shortages in strategic positions, such as a shortage of two public health epidemiologists, as well as a shortage of one each of health promotion staff, clinical psychologists, physical therapists, and laboratory technicians (ATLM). Thus, it can be concluded that the number of primary care staff at the Sesela Community Health Center decreased from 62 to 51 following the 2026 restructuring of non-civil service personnel.

DIVERSITY OF FISH SPECIES IN AIK DAREK VILLAGE, BATUKLIANG DISTRICT, CENTRAL LOMBOK REGENCY

Laorah Istifadilah — 2026-10-30

This study aims to identify the fish species found in the Aik Darek River and its surrounding aquatic habitats. Based on the identification data, ten fish species were recorded: Clarias batrachus, Oreochromis niloticus, Oreochromis mossambicus, Cyprinus carpio, Anabas testudineus, Betta splendens, Channa striata, Anguilla bicolor, Rasbora argyrotaenia, and Monopterus albus. These species were found in riverine and pond habitats, each with distinct ecological characteristics. The presence of these various fish species reflects a diverse composition of freshwater fish at the study site. This data is intended to serve as baseline information for future research on fish diversity and the sustainable management of aquatic ecosystems.

ECOSYSTEM CONDITIONS AT LENDANG LUAR BEACH, LOMBOK ISLAND, INDONESIA

Fadhila Syarifa Maulidya — 2026-10-30

This study aims to identify biotic and abiotic components and describe the ecosystem conditions at Lendang Luar Beach, Malaka Village, Pemenang District, North Lombok Regency, West Nusa Tenggara. This study used exploration and direct observation methods. Data were collected through observation and documentation of various organisms and coastal environmental conditions, then analyzed descriptively. The results of the observations showed the presence of several organisms, including coralline algae (Amphiroa rigida), sand crabs (Ocypode sp.), seaweed (Ulva lactuca), barnacles (Cirripedia), sea urchins (Echinoidea), starfish (Asteroidea), and coastal vegetation in the form of coconut trees (Cocos nucifera L.) and sea pandan (Pandanus tectorius). In addition, mollusk shells and inorganic waste were found along the beach. The presence of these organisms indicates that the Lendang Luar Beach ecosystem has various components that support coastal ecological functions. However, the presence of inorganic waste indicates the potential for environmental disturbances due to human activities. Therefore, efforts to maintain beach cleanliness and preserve coastal habitats are needed to support the sustainability of the Lendang Luar Beach ecosystem.

THE CONDITION OF THE ALANG-ALANG BEACH ECOSYSTEM IN SENGGIGI VILLAGE, LOMBOK ISLAND, INDONESIA

Adinda Tribuana Putri — 2026-10-30

balance, and provide economic benefits to local communities. This study aimed to describe the ecosystem conditions of Alang-Alang Beach, located in Senggigi Village, Batu Layar District, West Lombok Regency, West Nusa Tenggara, Indonesia. The study used exploratory and observational methods, with data collected through direct observations and photographic documentation. Data were analyzed descriptively by examining the physical environment, coastal vegetation, biotic and abiotic components, and human activities. The observations revealed that the beach environment consists of sandy and rocky substrates, seawater, coconut trees, coastal vegetation, and fishing activities along the shoreline. These features indicate that the coastal area has ecological functions and economic potential for the surrounding community. Human activities, including fishing and tourism, may influence environmental conditions if not managed properly. Therefore, maintaining coastal vegetation, managing waste, and utilizing coastal resources responsibly are important for preserving the ecosystem. Further research involving organism identification and environmental parameter measurements is needed to obtain a more comprehensive assessment of the ecological condition of Alang-Alang Beach.

ECOLOGICAL CHARACTERISTICS OF TOMANG-OMANG BEACH, CENTRAL LOMBOK, INDONESIA: COASTAL VEGETATION, ENVIRONMENTAL CONDITIONS, AND ANTHROPOGENIC PRESSURES

Windi Aulia Putri — 2026-10-30

Beaches are coastal ecosystems that play a vital role in maintaining environmental balance and supporting the lives of various organisms. This study aims to describe the condition of the ecosystem at Tomang-Omang Beach, located in Selong Belanak Village, West Praya District, Central Lombok Regency, West Nusa Tenggara. The research was conducted using exploration and observation methods; the findings are presented through images or photographs and analyzed descriptively. The study highlights the importance of interactions between biotic and abiotic components in maintaining ecosystem balance. Environmental monitoring and sustainable coastal management are essential to preserve the ecological functions of Tomang-Omang Beach as a habitat for diverse organisms.