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"Penelitian ini bertujuan untuk melihat efektivitas pemeriksaan K3 yang dibantu oleh drone dan inspeksi K3. Rancangan ini merupakan penelitian kualitatif. Pengambilan data dilakukan pada bulan Mei 2019 pada dua Proyek konstruksi yaitu Proyek pemasangan kaca di perpustakaan Universitas Indonesia (Proyek A) dan Proyek Biker Outer Ring Road (BORR) Selatan Universitas Indonesia (Proyek B). Data observasi melalui observasi dengan acuan daftar periksa yang mematuhi Brazzillian NR 18 dan Inspeksi K3 Konstruksi UPT K3L UI serta dilakukan wawancara mendalam kepada beberapa informan. Hasil penelitian menunjukkan kewenangan waktu pada inspeksi K3 dengan drone lebih baik 37,5% (Proyek A) dan 40% (Proyek B) inspeksi K3 konvensional. Hasil penelitian menunjukkan jangkauan inspeksi K3 dengan drone yang lebih baik karena drone dapat menjangkau tempat yang tinggi (Proyek A) dan memiliki jarak tempuh yang jauh (Proyek B). Hasil Penelitian juga menunjukkan bahwa temuan inspeksi K3 dengan drone dapat dinilai lebih banyak dari pemeriksaan K3 konvensional pada kedua Proyek. Hasil dokumentasi inspeksi K3 dengan drone dapat digunakan untuk memutar kembali hasil inspeksi K3 agar didapatkan hasil dari berbagai perspektif. Inspeksi K3 dengan drone tetap memiliki kelemahan dimana tidak dapat melakukan interaksi arah dan daya baterai yang membuat hasil dokumentasi inspeksi K3 menjadi kurang detail. Untuk mendapatkan hasil inspeksi K3 yang lebih optimal, dapat dilakukan Integrasi antara kedua metode inspeksi K3 tersebut.

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This study aims to see the effectiveness of OSH checks assisted by drones and K3 inspections. This design is a qualitative research. Data collection was carried out in May 2019 on two construction projects, namely the glass installation project at the University of Indonesia library (Project A) and the University of Indonesia's Southern Outer Ring Road (BORR) Biker Project (Project B). Observation data through observation with reference to a checklist that complies with Brazzillian NR 18 and K3 Construction Inspection UPT K3L UI as well as in-depth interviews with several informants. The results showed that the time authority for OSH inspections with drones was 37.5% better (Project A) and 40% (Project B) conventional K3 inspections. The results showed that the K3 inspection range with drones is better because drones can reach high places (Project A) and have long distances (Project B). The research results also show that the findings of OHS inspection by drone can be valued more than conventional K3 inspections in the two projects. The results of OHS inspection documentation by drone can be used to play back the results of OHS inspections so that results from various perspectives are obtained. OHS inspection with drones still has a weakness where it cannot interact with direction and battery power which makes the results of OHS inspection documentation less detailed. To get more optimal OHS inspection results, an integration of the two OHS inspection methods can be carried out."

"Nepenthes tergolong tumbuhan karnivora yang tersebar luas di Indonesia. Pulau Sumatra memiliki keanekaragaman Nepenthes tertinggi kedua setelah Borneo. Penelitian bertujuan untuk mengetahui keanekaragaman jenis Nepenthes di Provinsi Sumatra Utara dan Sumatra Barat, termasuk distribusi, populasi, kondisi habitat, konsentrasi unsur hara dan status konservasinya. Eksplorasi dilakukan untuk inventarisasi jenis-jenis Nepenthes yang ditemukan di setiap lokasi penelitian, purposive sampling plot dibuat untuk mempelajari ekologinya serta analisa unsur hara pada Nepenthes dilakukan di Laboratorium. Hasil penelitian bahwa, total sebanyak 33 jenis Nepenthes ditemukan di lokasi penelitian, terdiri dari 22 jenis di Sumatra Utara dan 23 jenis di Sumatra Barat. Sepuluh jenis di antaranya tergolong kedalam kriteria terancam punah, mengingat populasi dan distribusinya sangat terbatas. Nepenthes berasosiasi sangat kuat dengan jenis vegetasi dominan di habitatnya. Pada satuan yang sama (%), konsentrasi nitrogen pada daun Nepenthes umumnya lebih besar daripada konsetrasi pada cairan kantong, sedangkan konsentrasi Nitrogen pada daun Nepenthes tidak dipengaruhi dengan bertambahnya ketinggian tempat hidupnya.

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Nepenthes are classified as carnivorous plants with their distribution center in Indonesia. The island of Sumatra has the second highest diversity of Nepenthes after Borneo. The research aims to determine the diversity of Nepenthes species in North Sumatra and West Sumatra Provinces, including distribution, population, habitat conditions, nutrient concentrations and conservation status. Exploration was carried out to inventory the species of Nepenthes found at each research location, purposive sampling plots were made to study their ecology and nutrient analysis of Nepenthes was carried out in the laboratory. The results showed that a total of 33 species of Nepenthes were found at the site, consisting of 22 species in North Sumatra and 23 species in West Sumatra. Ten of these species are classified as endangered, considering that their population and distribution are very limited. Nepenthes is very strongly associated with the dominant vegetation species in its habitat. In the same unit (%), the nitrogen concentration in Nepenthes leaves is generally greater than the concentration in the pitchers fluid, while the nitrogen concentration in Nepenthes leaves is not affected by increasing the altitude at which it lives."

"Dalam beberapa dekade terakhir, dampak perubahan iklim terus meningkat secara signifikan dan menimbulkan kerusakan pada sektor infrastruktur transportasi. Hal ini disebabkan oleh peristiwa bahaya iklim seperti banjir, cuaca ekstrem, dan kenaikan permukaan laut. Salah satu daerah yang paling terdampak adalah wilayah pesisir dan perkotaan seperti Jakarta di mana bahaya iklim telah mengancam keberlanjutan pembangunan akibat rusaknya infrastruktur jalan/jembatan. Oleh karena itu, institusi tata kelola adaptif merupakan strategi yang tepat untuk meningkatkan kapasitas lokal sekaligus beradaptasi dengan perubahan iklim di sektor infrastruktur transportasi. Penelitian ini menggunakan pendekatan post-positivism untuk menganalisis bagaimana institusi tata kelola adaptif dapat mendukung adaptasi jalan dan jembatan di Jakarta. Teknik pengumpulan data menggunakan metode kualitatif melalui wawancara mendalam dengan sepuluh informan dan tinjauan pustaka seperti peraturan, laporan kinerja pemerintah, dan dokumen kebijakan adaptasi perubahan iklim. Hasil penelitian ini adalah bahwa institusi tata kelola adaptif telah mendukung upaya adaptasi perubahan iklim di sektor infrastruktur transportasi di Jakarta. Meskipun terdapat berbagai kebijakan yang telah diterapkan untuk mencapai ketahanan, adaptasi infrastruktur transportasi masih belum terintegrasi. Pasalnya, beberapa indikator yang dikembangkan institusi tersebut belum terpenuhi, di antaranya keterlibatan aktor yang lebih luas dalam pembuatan kebijakan, tidak adanya regulasi pendanaan, insentif, dan pembelajaran institusi. Padahal itu penting untuk menghasilkan kebijakan dan regulasi adaptasi perubahan iklim melalui keterlibatan aktor yang lebih luas dan pembelajaran institusi yang baik.  Oleh karena itu, Pemerintah Provinsi DKI Jakarta perlu memperkuat kerja sama yang telah terbentuk dan mengintensifkan upaya adaptasi yang konkret dan spesifik, khususnya pada infrastruktur jalan dan jembatan.

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In recent decades, the impact of climate change has continued to increase significantly and inflict damage on the transportation infrastructure sector. This is caused by climate hazard events such as floods, extreme weather, and sea-level rise. One of the most affected areas is coastal and urban areas such as Jakarta where climate hazards have threatened the sustainability of development due to the destruction of road/bridge infrastructure. Therefore, the institution of adaptive governance is the right strategy for increasing local capacity as well as effort to adapt to climate change in the transportation infrastructure sector. This study used a post-positivism approach to analyze how the institution of adaptive governance could support the adaptation of roads and bridges in Jakarta. This research used qualitative methods through in-depth interviews with ten informants and literature reviews such as regulations, government performance reports, and climate change adaptation policy documents. The results study is that institution of adaptive governance has supported climate change adaptation efforts in the transportation infrastructure sector in Jakarta. There are various policies have been implemented to achieve resilience, but the adaptation of transportation infrastructure is still not integrated. It is because several indicators that developed the institution have not been fulfilled, such as the involvement of the multilevel actors in policymaking, the absence of funding regulations, incentives, and institutional learning. Whereas those are important to generate policies and regulations on climate change adaptation through the broader involvement of actors and good institutional learning. Therefore, the Jakarta Capital City Government needs to strengthen the cooperation that has been formed and intensify concrete and specific adaptation efforts, especially on road and bridge infrastructure."

"Diversity on the lowland pitcher plants (Nepenthes spp.) in Central Kalimantan were conducted between August 2005 and September 2006 at three locations study. That is: Barito Ulu, Sebangau and Kasongan district. Survey inventories were used to determine the diversity of Nepenthes at the study site. We found sixteen Nepenthes at study area, divided nine Nepenthes species; N. albomarginata, N. ampullaria, N. gracilis, N. hirsuta, N. mirabilis, N. rafflesiana, N. reinwardtiana, N. stenophylla, one unidentified Nepenthes species and seven natural hybrid; N. xhookeriana (N. rafflesiana x N. ampullaria), N. xtrichocarpa (N. gracilis x N. ampullaria), N. xneglecta (N. gracilis x N. mirabilis), N. mirabilis x ampullaria, N. mirabilis x rafflesiana, N. reinwardtiana x N. mirabilis and N. reinwardtiana x gracilis. Heath forest and peat swamp forest are generaly the habitat of lowland Nepenthes at Central Kalimantan."