@conference {142,
	title = {Studi Etnobotani Jenis-Jenis Tanaman Obat Pada Suku Dayak Meratus Loksado Kalimantan Selatan},
	booktitle = {Seminar Nasional ke-22 Perhimpunan Biologi Indonesia},
	year = {2013},
	publisher = {Fakultas Biologi Unsoed},
	organization = {Fakultas Biologi Unsoed},
	address = {Purwokerto, Jawa Tengah, Indonesia},
	abstract = {Telah dilakukan penelitian tentang studi etnobotani jenis-jenis tanaman obat pada suku dayak meratus loksado kalimantan selatan.  Penelitian bertujuan untuk mendapatkan informasi jenis dan potensi tanaman obat.  Metode yang digunakan adalah wawancara langsung maupun semi struktural terhadap pemangku adat dan dukun/tabib, dokumentasi dan koleksi tanaman Obat. Hasil penelitian menunjukkan bahwa suku dayak Meratus  mengetahui dan memanfaatkan berbagai jenis tanaman obat untuk mengobati berbagai penyakit},
	keywords = {etnobotani, suku dayak meratus loksado, tanaman obat},
	author = {Gunawan Gunawan and Siti Hamidah and Eko Suhartono and Adistina Fitrianii}
}
@conference {141,
	title = {Diversitas Dan Etnobotani Tumbuhan Famili Piperaceae Di Suku Dayak Meratus  Loksado Kalimantan Selatan},
	booktitle = {Seminar Nasional ke-22 Perhimpunan Biologi Indonesia},
	year = {2013},
	publisher = {Fakultas Biologi Unsoed},
	organization = {Fakultas Biologi Unsoed},
	address = {Purwokerto, Jawa Tengah, Indonesia},
	abstract = {Penelitian ini bertujuan untuk mengeksplorasi dan mendokumentasikan kearifan budaya lokal, keanekaragaman dan pemanfaatan tumbuhan famili Piperaceae pada kehidupan masyarakat Suku Dayak Meratus, Kecamatan Loksado, Kalimantan Selatan. Tumbuhan famili Piperaceae merupakan tumbuhan yang memiliki ciri khas batang basah atau perdu seringkali memanjat dengan daun tunggal yang duduknya tersebar, bunga tersusun sebagai bulir atau bunga lada, dan buah berupa buah batu. Penelitian ini dilaksanakan dengan metode deskriptif dan teknik observasi lapangan dan wawancara semi struktural. Tercatat 12 jenis tanaman famili Piperaceae bergenus Piper dan Peperomia yang dimanfaatkan oleh suku Dayak Meratus Desa Lok Lahung, untuk pengobatan, ritual adat, tanaman hias,  dan bumbu dapur. Keberadaan tumbuhan famili Piperaceae di lokasi penelitian berupa tumbuhan liar dan budidaya. Pemanfaatan tanaman dengan cara mengolah terlebih dahulu. Bagian tanaman yang digunakan meliputi daun, akar dan seluruh bagian tanaman},
	keywords = {diversitas, etnobotani, piperaceae, suku dayak meratus},
	author = {Gunawan Gunawan and Eny Dwi Pujawati and Riany Andita Putri}
}
@conference {149,
	title = {Habitat Preference Of Javan Leopard (Panthera pardus  melas  Cuvier, 1809) In  Central  Java,  Indonesia},
	booktitle = {Seminar Nasional ke-22 Perhimpunan Biologi Indonesia},
	year = {2013},
	publisher = {Fakultas Biologi Unsoed},
	organization = {Fakultas Biologi Unsoed},
	address = {Purwokerto, Jawa Tengah, Indonesia},
	abstract = {Javan leopards (Panthera pardus  melas  Cuvier, 1809) do not occupy their habitat randomly but they select their preferred habitat.  Patterns of population distribution indicate that Javan leopards prefer to certain characteristics of habitat components.  It is hypothesized that Javan leopards make selections on vegetation types, slope, elevation, climate and prey.   The objectives of this research were to test habitat selections in Javan leopard, to identify preferences of Javan leopard to habitat components and to provide recommendations for habitat management of Javan leopard.  The methods of this research were included spatial operation to overlay map of population distribution and vegetation types; elevation; slope; climate; and prey availability classes.  Chi-square test was applied for testing the significance of habitat selections.  Neu method was used to test the preferences of each habitat component. The result showed that Javan leopards do not occupy their habitat randomly.  They select several environment components for their habitat. Javan leopard has preferences to certain habitat components with certain characteristics.  Information on habitat preferences of Javan leopard are necessary for managing its habitat and improving its welfare.  There is a correlation between habitat preferences with survival which indicate that in preferred habitat, Javan leopards have higher survivorship.  Preferences do not only correlate with suitability but also with security of habitat or vulnerability to human disturbances.},
	keywords = {habitat selection, leopard, Neu{\textquoteright}s index, panthera pardus melas, preference},
	author = {Hendra Gunawan and Lilik B Prasetyo and Ani Mardiastuti and Agus P. Kartono}
}
@conference {148,
	title = {Analisis Metapopulasi Dan Prediksi Kepunahan Lokal Macan Tutul Jawa (Panthera pardus  melas  Cuvier, 1809) Di Jawa Tengah (Metapopulation Analyses And  Prediction Of Local Extinction Of Javan Leopard (Panthera pardus melas Cuvier, 1809) in Central Java Pr},
	booktitle = {s},
	year = {2013},
	publisher = {Fakultas Biologi Unsoed},
	organization = {Fakultas Biologi Unsoed},
	address = {Purwokerto, Jawa Tengah, Indonesia},
	abstract = {Population of Javan leopard in Central Java Province has been fragmented due to human activities and local development (e.g. forest encroachment, forest exploitation, road development, irrigation canals, dams, electricity network, plantation estate and settlements). The population has been fragmented into smaller sub-populations and is vulnerable to local extinction.   Understanding the metapopulation ecology of this species is therefore a  good approach to manage the whole population in a landscape scale.  The objectives of this research were to record spatially the Javan leopard population distribution; to identify metapopulation types of Javan leopard; and to predict the risk of local extinction of each population.  The methods of this research were included GPS survey for population mapping; questionnaire survey for complementing data of Javan leopard distribution; overlay GPS coordinates of the population distribution with land cover, forest status and forest production management units and Comparison between factual distribution pattern  with metapopulation types described by Hanski \& Simberloff (1997) and Harrison \& Taylor (1997).  This research discovered one classic  metapopulation (5 sub populations) (10.4\%); one mainland-islands metapopulation (11 sub populations) (22.9\%); sic  non equilibrium metapopulations (15 sub populations) (31.3\%) and three patchy metapopulations (17 sub populations) (35.4\%).  Due to the tipes of metapopulation there are eight populations (17\%) have high risk of local extinction due to small and isolated habitat or serious degradation; 19 populations (39\%) have medium risk  due to isolated but  wide habitat; obstructed in connectivity; minor degradation and threat from human and 21 populations (44\%) have low risk due to  high suitability of habitat and low vulnerability to disturbance. },
	keywords = {extinction, fragmentation, leopard, metapopulation, panthera pardus melas},
	author = {Hendra Gunawan and Lilik B Prasetyo and Ani Mardiastuti and Agus P. Kartono}
}
@conference {275,
	title = {Bakteri Amilolitik Penghasil Asam Laktat Dari Sagu Masam Hasil Pengolahan Secara Tradisional},
	booktitle = {Seminar Nasional ke-22 Perhimpunan Biologi Indonesia},
	year = {2013},
	publisher = {Fakultas Biologi Unsoed},
	organization = {Fakultas Biologi Unsoed},
	address = {Purwokerto, Jawa Tengah, Indonesia},
	abstract = {Sagu masam hasil pengolahan secara tradisional berpotensi sebagai sumber isolat bakteri
amilolitik penghasil asam laktat. Penelitian ini bertujuan untuk menunjukkan bahwa bakteri amilolitik
penghasil asam laktat hasil isolasi dari sagu masam bervariasi dilihat dari jenis dan jumlahnya. Sumber
isolate diperoleh dari tempat pengolahan sagu secara tradisional di daerah Maribu dan Jembatan dua
serta dari pasar Sentani, Abepura dan Hamadi, Jayapura Papua. Pengujian daya amilolitik dilakukan
dengan menumbuhkan isolat pada medium starch agar yang mengandung  0.5\% pati terlarut, medium
yang berisi kultur ditetesi dengan  larutan Iodine 0,2\% dalam 2\% Kalium Iodida. Asam laktat yang
dihasilkan oleh isolate bakteri amilolitik ditentukan dengan menggunakan gas kromatografi Hawlett
Packard 5890 series II dengan kolom gelas kapiler berisi 5\% Phenyl Methyl Siloxane. Hasil penelitian
mendapatkan 118 isolat bakteri amilolitik dan 120 isolat bakteri non amilolitik. Isolat bakteri amilolitik
yang dapat menghasilkan asam laktat berjumlah 62 isolat. Asam laktat yang dihasilkan terendah 0,0143
dan tertinggi 45, 8219 mg/g. 
},
	keywords = {asam laktat dan sagu masam, Bakteri amilolitik},
	author = {Tri Gunaedi}
}
