@conference {102,
	title = {Monitoring Burung Liar Di Indonesia Dengan Teknik Penandaan: Indonesian Bird Banding Scheme (IBBS)},
	booktitle = {Seminar Nasional ke-22 Perhimpunan Biologi Indonesia},
	year = {2013},
	publisher = {Fakultas Biologi Unsoed},
	organization = {Fakultas Biologi Unsoed},
	address = {Purwokerto, Jawa Tengah, Indonesia},
	abstract = {Monitoring burung liar dengan teknik penandaan sudah dikenal diseluruh dunia dan menjadi alat monitoring yang sangat berguna untuk skala konservasi global khususnya untuk konservasi burung bermigrasi yang menjelajah dalam jarak tidak terhingga dan lintas Negara. Indonesian Bird Banding Scheme (IBBS) adalah suatu program yang mengkoordinasikan kegiatan penandaan burung liar di Indonesia. IBBS didirikan di Bogor pada tahun 2007 oleh peneliti burung di Pusat Penelitian Biologi LIPI dan perkumpulan pemerhati burung Indonesia atau disebut sebagai Indonesian Ornithologists{\textquoteright} Union (IdOU).  Tujuan utama kegiatan penandaan ini adalah: (1) untuk memantau pergerakan burung liar khususnya perpindahan burung bermigrasi, (2) mengetahui kondisi populasi (struktur dan dinamika) khususnya jenis yang langka dan terancam punah, (3) melakukan pendataan. IBBS melakukan penandaan burung liar dengan cara {\textquoteright}klasik{\textquoteright}  yaitu (1) dengan memasang cincin atau gelang bernomor pada kaki, (2) memasang bendera warna pada kaki yang dilakukan pada burung pantai bermigrasi. Namun kegiatan penandaan tidak bisa dilakukan sembarangan, karena ada persyaratan yang harus dipenuhi yaitu: (1) Harus bisa meng IDENTIFIKASI JENIS / SPESIES burung, (2)Telah mendapat pelatihan tentang menangkap \& menangani burung yang aman, (3) Telah mengikuti pelatihan penandaan burung, (4) Memiliki ijin untuk menandai dari IBBS dan (5) Mempunyai tujuan khusus untuk kegiatan penandaan yang dilakukan. Demikian pula ada etika yang harus diikuti dan kewajiban yang harus dipenuhi seorang penanda  Kegiatan penandaan burung liar baik penetap maupun yang bermigrasi sudah berlangsung di banyak lokasi mulai dari Sumatera, Jawa, Kalimantan, Sulawesi sampai ke Irian Jaya. Sekitar 287 spesies dari total 1605 spesies burung yang ada di Indonesia telah dipasang cincin. Jumlah burung yang sudah ditandai dan dilepasliarkan kembali ke alam mencapai 5871 ekor.  Pada saat ini IBBS sudah menjadi anggota jejaring International Bird Marking Group yaitu suatu kelompok kerja dibawah International Ornithologists{\textquoteright} Union dan tergabung dalam PokJa Migratory Bird and Avian Influenza Asia Pasifik dari Kemitraan Jalur Terbang Asia Timur \& Australasia (East Asia Australasia Flyway Partnership). Keikutsertaan dalam jejaring internasional maupun regional sangat penting mengingat pergerakan burung bermigrasi tidak mengenal batas negara},
	keywords = {burung liar, cincin burung, EAAFP, IBBS, penandaan},
	author = {Dewi M Prawiradilaga}
}
@conference {99,
	title = {Biodiversity In Logged Forest Of Tesso Nilo, Riau Province, Sumatra},
	booktitle = {Internatiomal Symposium on Indonesian Biodiversity},
	year = {2013},
	publisher = {Faculty of Biology, Jenderal Soedirman University},
	organization = {Faculty of Biology, Jenderal Soedirman University},
	address = {Purwokerto, Central Java, Indonesia},
	abstract = {Tesso Nilo is located at Riau province which is the largest area in Sumatera island. Previously, it has good lowland forest, however the forest has been threatened by logging and land conversion. Tesso Nilo area covers 188,000 ha and includes four districts: Inderagiri Hulu, Kuantan Sengingi, Pelalawan and Kampar.  In order to provide scientific justification for conserving Tesso Nilo area, the field survey was conducted in June 2003 to assess the diversity of flora, medicinal plants, birds, mammals, reptiles, amphibians, fishes, insects and small mammal parasites.  The survey was conducted in logged forests around Segati river, Toro river, Mamahan river, tributary Mamahan river and Sawan river. Although the area has been disturbed, the remaining forest contains very rich plant species. The high richness of plant species was shown by the high value of Mennhenick index. Records from the 1 ha studied plot identified  a total of 360 species included in 165 genera and 57 families with 215 tree species and 305 sapling species.  The local community has utilized 83 species of medicinal plants and 4 species of toxic plants for fishing. However, the most important medicinal plants which have economical value were {\textquoteleft}pagago{\textquoteright} Centella asiatica and {\textquoteleft}patalo bumi{\textquoteright} Eurycoma longifolia. The diversity of bird species reached 114 species represented 29\% of the total Sumatran bird species (397 species). The most important species was the Sumatran Hill mynah (Gracula religiosa) which is almost extinct and the Wrinkled Hornbill (Aceros corrugatus). The other vulnerable bird species were Crestless Fireback (Lophura erythrophthalma), Crestless Fireback (Lophura ignita), and Hook-billed Bulbul (Setornis criniger).  A total of  34 species or 16.5\% of 206 species of Sumatran mammals was recorded in the area. The important mammal species included Sumatran tiger (Panthera tigris sumatrae), Sumatran elephants (Elephas maximus sumatrensis), the Sun bear  (Helarctos malayanus) and three species of primates. The diversity  of herpetofauna recorded 15 reptile species and 18 species of amphibians. The most important herpetofauna was the critically endangered False Gharial (Tomistoma schlegelii).  The diversity index (Simpson index) of  fish species  was high (0.833) with the number of species: 50 represented 18\% of the total Sumatran fish species (272 species). The important fish species were Breinsteinea sp. and Chaca bankanensis which were unique and rare. Since insects are the largest group of animal, this survey focused only on beetles.  The identified beetles were classified into 644 species and 34 families. The  Longhorn beetles (Cerambycidae) and the Scarab beetles (Scarabaeidae) indicated the highest species diversity.  The diversity of small mammal parasites was high. The ectoparasites were categorized into 14 species and the endoparasites were categorized into 2 orders (Cestodes and Acantocephala) and 3 species},
	keywords = {biodiversity, logged forest, richness, Sumatran elephants, Sumatran tiger},
	author = {Dewi M Prawiradilaga and Purwaningsih Purwaningsih and Siti Susiarti and Irvan Sidik and A Suyanto and Woro A. Noerdjito and A. Marakarmah and M H Sinaga and E. Cholik and A Saim and Ike Rachmatika}
}
