Sectio caesarea (SC) merupakan suatu tindakan bedah untuk melahirkan bayi melalui sayatan pada dinding perut dan rahim. Salah satunya faktor penyebabnya yaitu komplikasi oligohidramnion. Masalah yang dialami wanita pasca SC meliputi nyeri, keterbatasan gerak, dan menurunnya kemampuan aktivitas sehari-hari. Untuk mengetahui apakah program fisoterapi rehabilitasi yang diberikan dapat mengurangi nyeri serta meningkatkan kemampuan aktivitas fungsional pada pasien pasca operasi caesarea. Penelitian ini menggunakan metode case study yang dilakukan secara langsung kepada pasien Ny. FR berusia 24 tahun, di diagnosis post partum setelah menjalani operasi sectio caesarea yang disebabkan oleh kondisi oligohidramnion, dan dirawat di RS PKU Muhammadiyah Selogiri pada bulan Februari 2025. Program fisioterapi yang diberikan meliputi deep breathing exercise, ankle pumping, pelvic floor exercise, pelvic tilt exercise, serta latihan mobilisasi. Untuk mengevaluasi tingkat nyeri digunakan alat ukur Numeric Rating Scale (NRS), Curl Up Test  untuk mengukur kekuatan otot dan Kenny Self Care Index untuk mengukur kemampuan aktivitas fungsional. Setelah dua kali sesi terapi, terjadi penurunan tingkat nyeri : nyeri saat diam menurun dari skor 3 menjadi 2, nyeri tekan dari 7 menjadi 5, dan nyeri saat bergerak dari 6 menjadi 4. Adanya peningkatan kekuatan otot dari fair menjadi fair+, serta hasil Kenny Self Care Index dari 10 menjadi 23. Intervensi fisioterapi yang terdiri dari deep breathing exercise, ankle pumping, pelvic floor exercise, pelvic tilt exercise dan mobilisasi terbukti efektif dalam mengurangi nyeri, meningkatkan kekuatan otot serta meningkatkan kemampuan fungsional harian pada pasien dengan Post SC.

Fruit flies remain a persistent threat to horticultural production, especially in tropical regions where seasonal shifts can significantly affect their population dynamics. This study investigated the species composition, diversity, and environmental drivers of fruit fly populations infesting Capsicum annuum and Solanum lycopersicum over a one-year period in Batu City, Indonesia. Using weekly sampling across four seasonal phases—dry-to-rainy transition, rainy season, rainy-to-dry transition, and dry season—fruit fly specimens were collected, reared, and identified. Environmental variables, including temperature, humidity, rainfall, light intensity, and pesticide application frequency, were monitored and analyzed in relation to fruit fly abundance using Principal Component Analysis (PCA) and multiple linear regression. A total of four species were recorded: Bactrocera carambolae, Bactrocera dorsalis, Atherigona sp, and Silba sp, with the latter representing a new regional record for East Java. Population peaks occurred during the rainy season and its transitional periods, while significant declines were observed during the dry months. Regression models revealed that temperature and humidity supported population growth, whereas pesticide use had a consistently suppressive effect—particularly for B. dorsalis and Atherigona sp. However, the models explained only 20–50% of the variation, suggesting that additional ecological factors may be at play. These findings deepen our understanding of fruit fly ecology in tropical systems and highlight the importance of integrating climatic and agronomic data in pest management strategies. The discovery of Silba sp. further enriches current biogeographical knowledge and signals the need for adaptive, interdisciplinary approaches to sustainable pest control.