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bejo slamet 132259569(1 ) Pengaruh iklim makro terhadap tanaman telah dipergunakan untuk pembuatan tingkatan zona dan subzona klasifikasi menurut Sistem Klasifikasi Ekosistem Biogeoklimatik. Divisi dalam subzona merupakan refleksi dari bagaimana faktor tapak/site memodifikasi pengaruh dari kondisi Iklim makro untuk menghasilkan iklim mikro tapak tersebut.

Analysis of Economic Potential and Number of Poor People Against Per Capita Income Samosir regency aimed to determine whether the sector is a sector basis, the dominant sector and the competitiveness of the economy have Samosir regency. The processed data is secondary data, the value of GDP of nine sectors of the economy in Samosir regency period 2002 to 2010. Analysis using Location Quotient (LQ), Shift-Share Analysis (SSA) and regression analysis were used to determine the effect of the number of poor people, the influence of the base sector and shift-share value of the per capita income of Samosir regency, which became known that a sector basis in the District Samosir is agriculture and services (especially tourism). That is because the sector is more prominent and surplus, has a comparative advantage and is a flagship for the export sector. Increasing trend for the agricultural sector, while the services sector (especially tourism) declining trend. Potential sectors and specializes in fast-growing sectors in the province of North Sumatra respectively sector banks and other financial institutions, transport and communication, trade, hotels and restaurants, building and construction. Sectors that have a beneficial resource, has a charm and fast growing than the same sector in the province of North Sumatra, respectively agriculture, electricity, gas and water, mining and quarrying. While the sector has a positive elasticity of the LQ and SSA per capita income is agriculture services sector, the trade, hotel and restaurant sector and banks and other financial institutions. The number of poor people negatively affect per capita income. When a high number of poor people per capita income decreased, whereas if the number of poor people can be reduced, then the per capita income will increase. 107018006

132288490(1) Pada suatu penyakit infektif, terjadi keadaan yang sedikit banyaknya dapat dibedakan dalam suatu suksesi dan membawa pada perkembangan dan melestarikan keadaan penyakit dan patogen. Kejadian-kejadian utama yang terjadi dalam satu siklus penyakit adalah inokulasi, penetrasi, pembentukan infeksi, penyerangan (invasi), pertumbuhan dan reproduksi patogen, pemencaran patogen.

Land cover in forested area has changed rapidly. Interaction among society and land is factor which caused land cover changes. It causing negative impact to the forest resources. The forest resources become degraded and therefore needed an observation so that effects negative impact of land cover changes can be handle and that resource management effort can be plotted. Remote Sensing and Geographic Information System are kind of technology which can help monitoring land cover changes and used to help the forest management process. During the 2000 to 2010, land cover in Toba Samosir Regency was changed especially forest cover becomes dry farming agricultural or mixture garden, settlement, bush, open area, and rice field. Based on Geographic Information System analysis, the most forest change happened is forest changed into dry farming which 11643,432 ha forest changed into dry farming agricultural. Implementing on management planning is important to avoid forest degradation. Remote Sensing and Geographic Information System analysis used to help the forest management process in Toba Samosir Regency. The aim of this research was to know the forest change in toba Samosir Regency for 10 years. The method in this research is Landsat ETM+ multitemporal (year 2000-2010) interpretation, and analysis in Geographic Information System (GIS) to analysis forest change detection using overlay. 071201034

132288490 Hutan adalah salah satu sumberdaya alam terpenting bagi rakyat Indonesia. Sebagai negara yang sedang giat membangun, berjuang untuk meningkatkan kesejahteraan rakyatnya maka Indonesia selalu berusaha mendayagunakan sumberdaya alam termasuk hutannya secara optimal sebagaimodal dasar bagi pembangunan

bejo slamet 132259569 Indonesia memiliki kawasan gambut dan lahan basah air tawar yang sangat luas, yaitu sekitar 19 juta hektar atau 10 persen dari luas wilayah Negara. Delapan puluh sembilan persen diantaranya berupa lahan gambut, yang sebagian besar terletak di Papua Barat, Sumatra dan Kalimantan. Lahan-lahan basah tropis ini secara alami tertutup rapat oleh vegetasi hutan dan seringkali memiliki jenis-jenis kayu bernilai tinggi.Hutan-hutan ini memainkan peranan penting sebagai tempat penyimpan karbon, konservasi keanekaragaman hayati, dan sebagai pengatur hidrologi.

Land use in watershed is very important to know to optimalisation watershed function. Remote sensing technology can be used to detect the watershed land use. The Research target was know pattern of exploiting of farm in Cikaso watershed, Sukabumi District based on landsat TM image 2001 year by unsupervised classification method. Result of research showed that wide of primary natural forest was only reaching 0,10% meaning hardly less in supporting watershed function.

Gunung Leuser National Park (TNGL) is upstream of Watershed Lepan which is a conservation area that must be kept existence. Due to population growth the community needs for land increases, so that one of the steps taken to convert forests to meet their needs. Damage to TNGL will affect the balance of watershed ecosystem Lepan. This research was conducted by using Geographic Information System (GIS), Remote Sensing, which is a spatial technology. Analyses were performed with menampalkan (overlay) multiple spatial data to obtain data land cover changes that occur in the watershed Lepan from year 2005 to 2015, and the value range of NDVI (Normalized Difference Vegetation Index) to determine the density of the vegetation in the watershed Lepan. The results showed forest cover in 2015 amounted to 28.1% of the total watershed Lepan means do not meet the minimum standards set by the government in Act 41 of 1999 on Forestry namely forest area must have at least 30% of the total area of a DAS. This research is expected to provide information for consideration in Lepan watershed management efforts. 121201031

Goverment managing area by pouring in policy Regional Planology Plan it's called "Rencana Tata Ruang Wilayah", at Province and also Sub-Province. It plan had been including of area protected which must be paid attention. According to this research, the area function can be determined pursuant to SIG model and obtained by area protected for the width of 644.036,13 Ha and also for conducting area the width of 558.438,45 Ha. 62,38 percent of area protected still closed over by forest area consisting of primary forest area for 347.612,32 Ha equal to 54,02 percent and also secunder forest for the width of 53.771,14 Ha. The area protected is usually specified to become area protected by government in Regonal Planologi Plan of North Sumatra ("called RTRWP"). But not all of become area protected goodness in the form of natural protected forest. From data processing with Geographical information System (CIS), there are of 315.715,40 Ha which ought to become area protected not be specified by Regonal Planology Plan of North Sumatra. Pursuant to the fact writer suggest to Region Government of South Tapanuli and Region Government of North Sumatra for return protected forest function especially area which still have forest as a land cover and also a land farm which not forest but entering into protected forest category pursuant to Surat Keputusan Menteri Pertanian No.837/Kpts/Um/l 1/1980. Besides require to be performed by review to Regional Plan Planology of North Sumatra Province specially for the region of South Tapanuli. 001201033

132408024 Internet of thing becomes a field of research since the development of Internet technology and other communications media, growing human needs of the technology, the more research that will be present, internet of things one result of researchers to optimize some of the tools such as media sensor, radio frequency identification (RFID), wireless sensor networks and other smart object that allows humans to easily interact with all the equipment that is connected to the Internet network. In this paper the author describes the design of nrduino based of an automatic irrigation system using grove moisture sensor sen0100 that utilizes the concept of IoT as a means to monitor the data of soil moisture through wifi in realtime. This will help the farmers control the condition of the plant despite not being in the area of agriculture so as to improve the quatlity of the harvest. IoT (Internet of Things) menjadi sebuah bidang penelitian tersendiri semenjak berkembangnya teknologi internet dan media komunikasi lain, semakin berkembang keperluan manusia tentang teknologi, maka semakin banyak penelitian yang akan hadir, internet of things salah satu hasil pemikiran para peneliti yang mengoptimasi beberapa alat seperti media sensor, radio frequency identification (RFID), wireless sensor network serta smart object lain yang memungkinkan manusia mudah berinteraksi dengan semua perlatan yang terhubung dengan jaringan internet. Dalam tulisan ini penulis memaparkan tentang perancangan sistem pengairan otomatis menggunakan sensor kelembaban tanah sen0100berbasis arduino yang memanfaatkan konsep IoT sebagai sarana untuk memantau data kelembaban tanah melalui wifi secara realtime. Hal ini akan membantu petani dalam mengontrol keadaan tanaman meskipun tidak berada di daerah pertanian sehingga dapat meningkatkan kualitas panen.