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home about guestbook ardiansyah bookmarks feed latest posts latest comments log in translator archives march 2013 january 2012 december 2011 june 2011 march 2010 february 2010 january 2010 february 2009 january 2009 november 2008 july 2007 may 2007 links ardiansyah's blog ardiansyah’s knol bio-environment links budi indra setiawan krissandi wijaya land resource science laboratory m. m. selim saleh muhammad askari pawees-international society of paddy and water environment engineering satyanto krido saptomo sho shiozawa other links free hosting visitors where “bee”s are, there is honey all articles lecture notes recommended books laboratory admin's announcement browse more categories articles lecture notes recommended books laboratory admin's announcement pengantar permodelan pengantar_permodelan by ardian923 this work is licensed under a creative commons attribution 3.0 unported license . 19 march 2013 at 09:29 - comments name email website menjawab masalah ketahanan pangan, dosen fakultas pertanian teliti padi tanpa genangan air [unsoed.ac.id, rabu 4/1/12] persoalan lahan yang semakin sempit, air yang ke depan akan semakin sulit, dan perubahan iklim tentu menjadi masalah yang cukup serius di sektor pertanian terutama pertanian tanaman pangan. salah satunya adalah padi. persoalan sempitnya lahan harus dijawab dengan peningkatan produksi, perubahan iklim menuntut pertanian yang ramah lingkungan, sementara semakin sedikitnya air menuntut sistem pertanian produksi tinggi dengan air yang sedikit. dahulu hal tersebut akan sulit diwujudkan, namun kali ini dosen-dosen fakultas pertanian jurusan teknologi pertanian berusaha mewujudkannya. tim penelitian yang diketuai dr. ardiansyah, s.tp.,m.si, dan beranggotakan arief sudarmadji, st.,mt, dan ir masrukhi, mp berupaya menjawab persoalan itu dengan melakukan penelitian ‘pengembangan teknologi tepatguna dengan sistem of rice intensification (sri) untuk mewujudkan ketahanan pangan dan mengurangi efek perubahan iklim’. penelitian ini sudah dilakukan sejak bulan juli 2011 dan mulai menunjukkan hasilnya. (more..) 5 january 2012 at 11:50 - comments name email website how to calculate net radiation for vegetated surface ? how to calcuate net radiation for vegetated surface the following code written using python. you will need openoffice calc and oosheet to connect python and oocalc, so that python can read/write values from/into oocalc (more..) 19 december 2011 at 22:30 - comments name email website new non-destructive method to estimate leaf area index in vegetables sciencedaily (june 26, 2011) — the productivity and health of horticultural crops depends on the ability of the plant cover to intercept light energy. this ability is a function of the amount of leaf area, the architecture of the vegetation cover, and plants’ ability to convert light energy. one estimate of a crop’s ability to capture light energy is the leaf area index (lai). introduced in 1947, the concept of the lai was defined as the ratio of leaf area to a given unit of land area. today, understanding lai is critical for successful crop management. (more..) 30 june 2011 at 21:36 - comments name email website 1-dimension liquid water flow in soil (if equations don’t appear correctly, please go to this page ) mass conservation equation : without source/sync : only considering liquid flow : figure 1. discretization of pressure head (p) and flux (q) (shiozawa et al., 2004) (more..) 17 march 2010 at 13:12 - comments name email website water hits and sticks: findings challenge a century of assumptions about soil hydrology water online - january 25, 2010 researchers have discovered that some of the most fundamental assumptions about how water moves through soil in a seasonally dry climate such as the pacific northwest are incorrect – and that a century of research based on those assumptions will have to be reconsidered. a new study by scientists from oregon state university and the environmental protection agency showed – much to the surprise of the researchers – that soil clings tenaciously to the first precipitation after a dry summer, and holds it so tightly that it almost never mixes with other water. the finding is so significant, researchers said, that they aren’t even sure yet what it may mean. but it could affect our understanding of how pollutants move through soils, how nutrients get transported from soils to streams, how streams function and even how vegetation might respond to climate change. the research was just published online in nature geoscience, a professional journal. “water in mountains such as the cascade range of oregon and washington basically exists in two separate worlds,” said jeff mcdonnell, an osu distinguished professor and holder of the richardson chair in watershed science in the osu college of forestry. “we used to believe that when new precipitation entered the soil, it mixed well with other water and eventually moved to streams. we just found out that isn’t true.” “this could have enormous implications for our understanding of watershed function,” he said. “it challenges about 100 years of conventional thinking.” (more..) 5 february 2010 at 14:52 - comments name email website menuju solusi krisis pangan: pengelolaan blue water dan green water untuk pertanian english translation is here original article : http://io.ppijepang.org/article.php?id=340 ardiansyah jurusan teknologi pertanian, fakultas pertanian, universitas jenderal soedirman (unsoed), purwokerto, indonesia department of biological and environmental engineering, graduate school of agricultural and life science, the university of tokyo 1. pendahuluan menurut rost (2009), saat ini lebih dari 8000 km 3 /tahun air dikonsumsi untuk memenuhi kebutuhan pangan dunia (dalam bentuk evapotranspirasi, baik dari lahan tadah hujan maupun lahan beririgasi). skenario ipcc’s sres (intergovernmental panel on climate change – special report on emissions scenarios) menyebutkan, tambahan air sebanyak 5000 km 3 /tahun diperlukan jika populasi meningkat menjadi 10 miliar pada tahun 2050. di samping itu, luas lahan pertanian saat ini yang sebesar 15 juta km 2 (sekitar 10% permukaan bumi) dianggap tidak akan mampu lagi mencukupi kebutuhan pangan. masih menurut ipcc, keadaan ini berimplikasi pada diperlukannya ekspansi lahan sebesar 10 juta km 2 yang pada akhirnya diikuti oleh peningkatan kebutuhan air yang sangat signifikan. lalu dari mana air tersebut akan diperoleh? jawaban singkatnya adalah dari sumber-sumber air, sungai, danau, dan air tanah (groundwater). paradigma lama pengelolaan air hanya mempertimbangkan blue water (debit air sungai, danau dan air tanah) . umumnya dipahami bahwa penghematan air berarti menghemat penggunaan air yang diperoleh dari sumber-sumber tersebut sehingga menghemat pengambilan blue water . penghematan air untuk keperluan domestik (rumah tangga) antara lain dilakukan dengan mengurangi penggunaan air yang tidak perlu. namun, ketika berbicara masalah penyediaan pangan, tambahan air sebanyak 5000 km 3 /tahun mau tidak mau harus disediakan. ini berarti eksplorasi besar-besaran terhadap blue water. akan tetapi, untuk berbagai daerah yang mengalami masalah kelangkaan air ( water scarcity ), peningkatan konsumsi air bukan solusi sehingga diperlukan perubahan pola penggunaan air. dengan hanya mempertimbangkan blue water , kita akan gagal dalam memecahkan masalah kelangkaan air untuk pertanian. green water blue water gb. 1. konsep blue water dan green water tulisan ini akan membahas pentingnya mengintensifkan pengelolaan air untuk pertanian dengan mempertimbangkan green water . selain itu perlunya diterapkan metode-metode baru dalam upaya konservasi green water serta penerapan teknologi sistem informasi geografis dan pengindraan jauh ( remote sensing ) sebagai alat bantu pengelolaan sumber daya air. (more..) 10 january 2010 at 14:30 - comments name email website digital images estimate canopy coverage, light interception sciencedaily (feb. 17, 2009) — canopy ligh

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Whois Information

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Domain Name: ARDIANSYAH.NET
Registry Domain ID: 1546328134_DOMAIN_NET-VRSN
Registrar WHOIS Server: whois.rumahweb.com
Registrar URL: http://www.rumahweb.com
Updated Date: 2018-02-26T07:38:50Z
Creation Date: 2009-03-10T08:34:54Z
Registry Expiry Date: 2019-03-10T08:34:54Z
Registrar: CV. Rumahweb Indonesia
Registrar IANA ID: 1675
Registrar Abuse Contact Email: [email protected]
Registrar Abuse Contact Phone: +62.274882257
Domain Status: clientTransferProhibited https://icann.org/epp#clientTransferProhibited
Name Server: NS1.RUMAHWEB.COM
Name Server: NS2.RUMAHWEB.COM
DNSSEC: unsigned
URL of the ICANN Whois Inaccuracy Complaint Form: https://www.icann.org/wicf/
>>> Last update of whois database: 2018-12-06T23:53:56Z <<<

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  REGISTRAR CV. Rumahweb Indonesia

SERVERS

  SERVER net.whois-servers.net

  ARGS domain =ardiansyah.net

  PORT 43

  TYPE domain

DOMAIN

  NAME ardiansyah.net

  CHANGED 2018-02-26

  CREATED 2009-03-10

STATUS
clientTransferProhibited https://icann.org/epp#clientTransferProhibited

NSERVER

  NS1.RUMAHWEB.COM 64.131.65.219

  NS2.RUMAHWEB.COM 206.214.211.55

  REGISTERED yes

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