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Risiko teknologi informasi (TI) di Perpustakaan Universitas Riau, merupakan kejadian yang berpotensi mengganggu proses pelayanan. Risiko TI yang belum terpetakan, mengakibatkan ketidakseimbangan dalam proses identifikasi risiko, sehingga layanan kurang optimal. Untuk memperbaiki ketidakseimbangan ini, risiko TI harus diidentifikasi dan layanan TI harus ditingkatkan agar proses layanan perpustakaan tidak terhenti. Tujuan dari penelitian ini adalah untuk mendapatkan gambaran tentang penerapan framework NIST SP 800-30 oleh Perpustakaan Unri untuk evaluasi risiko sistem informasi perpustakaan. Metode yang digunakan dalam penelitian ini adalah dengan melakukan wawancara dengan orang-orang yang terlibat langsung dengan sistem aplikasi SLiMS Perpustakaan Unri. Temuan penelitian ini dapat digunakan untuk memetakan risiko dengan merinci bagaimana menilai risiko sistem informasi perpustakaan dan bagaimana mengelola bahaya sistem informasi perpustakaan Unri.

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<p style="text-align: justify;">The aim of this research was to know the growth various accesions of physic nut in coastal area. This research was conducted from March until October 2011 at Wonokerto Kulon coastal area, Pekalongan. The evaluated accesion were derived from 14 selected parent plants originated from Central Java, South Sulawesi, West Java and West Nusa Tenggara. The accesions were selected based on provenance trials in the previous research. The seeds were germinated in the seed nursery. The seedlings were planted in to the field (8 WAP). This research was arranged in randomized complete block design. The result of this research showed that Bogor 80-11-5 and IP-2P 110-1-4 are the best accesion. Bontomaramu 1-1, Medan and Pinrang. Sukabumi, Bengkulu 3, Gunung Tambora, Lombok 59-1-2, Aceh Besar, Bima, Bone, Dompu and Luwu Utara are not good to be planted in coastal area.</p><p>Keywords: accesion, physic nut, coastal area</p>

Rhizobium bacteria was known well as the bacteria which has potential on fixing nitrogen from the air and its widely used as biofertilizer. So far, the inoculants normally consist of Rhizobium bacteria which was packed in carrier material such as peat soil and applied to crop seed by mixing the seed with Rhizobium inoculant. This technique Rhizobium inoculant was not efficient anymore since much of bacteria cell was falling down, it did not completely sticked on the surface of seed. So this condition, resulted of un-effective function of the bacteria on running the nitrogen fixing process. To solve the problem, effort has been made to insert the bacteria inside the seed tissue using simple technology. This technology was developed for the target of symbiosis living between the bacteria and plants through optimal nitrogen fixing process. The purpose of this study is to confirm the presence of Rhizobium bacteria. That has been inserted into the soy bean seed using simple vacuum technology. The present of Rhizobium bacteria inside the seed tissue was observed from the preserved slices of seed tissue under amicroscope. The preserved slices of soybean seed tissue shown that the Rhizobium bacteria cell were able to reach the inside of seed tissue and fulfill the air space of palisade tissue.