Field capacity is a commonly used soil parameter in surface water hydr terjemahan - Field capacity is a commonly used soil parameter in surface water hydr Bahasa Indonesia Bagaimana mengatakan

Field capacity is a commonly used s

Field capacity is a commonly used soil parameter in surface water hydrological models, loosely defined as the moisture content
of a soil after drainage. The most commonly applied expression for field capacity is defined as the remaining water in a vertical
soil column subject to 1/3 atm. of pressure head. While this quantification is sufficient in some cases, the definition is not
consistent with the use of bulk field capacity in calculations of lateral drainage from hillslopes, as required by some surface soil
parameterizations, nor does it address additional complications arising from differences in soil texture or sample size. Here,
a simple alternative expression for bulk field capacity in a sloping or vertical soil is derived directly from Richards equation
with the use of the Brooks-Corey characteristics. It is demonstrated that this expression is consistent with data acquired from
vertical soil columns, but may be extended to additional situations commonly found in surface water models and land surface
schemes. The calculation of bulk field capacity requires only the Brooks-Corey pore size distribution index, soil air-entry
pressure, and hillslope length and slope, and may be considered a physically based alternative to pedotransfer function or
lookup table approaches. Copyright  2010 John Wiley & Sons Ltd and Crown in the right of Canada.
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Bidang kapasitas adalah parameter tanah umum digunakan dalam model hidrologi permukaan air, longgar didefinisikan sebagai kadar
tanah setelah drainase. Ekspresi paling sering diterapkan untuk bidang kapasitas didefinisikan sebagai air yang tersisa di vertikal
tanah kolom dapat 1/3 atm. tekanan kepala. Sementara kuantifikasi ini cukup dalam beberapa kasus, definisi bukanlah
konsisten dengan menggunakan kapasitas bidang massal dalam perhitungan lateral drainase dari hillslopes, seperti yang dipersyaratkan oleh beberapa permukaan tanah
parameterizations, atau apakah alamat tambahan komplikasi yang timbul dari perbedaan dalam ukuran tekstur atau sampel tanah. Di sini,
alternatif ekspresi sederhana untuk kapasitas bidang massal dalam tanah miring atau vertikal berasal langsung dari persamaan Richards
dengan penggunaan karakteristik Brooks-Corey. Hal ini menunjukkan bahwa ekspresi ini konsisten dengan data yang Diperoleh dari
vertikal tanah kolom, namun dapat diperpanjang untuk tambahan situasi yang umumnya ditemukan di permukaan air model dan permukaan tanah
skema. Perhitungan kapasitas bidang massal memerlukan hanya Brooks-Corey pori-pori ukuran distribusi indeks, tanah masuknya udara
tekanan, dan hillslope panjang dan lereng, dan dapat dianggap alternatif yang secara fisik berbasis untuk pedotransfer fungsi atau
lookup tabel pendekatan. Hak cipta  2010 John Wiley & Sons Ltd dan mahkota di kanan Kanada.
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Field capacity is a commonly used soil parameter in surface water hydrological models, loosely defined as the moisture content
of a soil after drainage. The most commonly applied expression for field capacity is defined as the remaining water in a vertical
soil column subject to 1/3 atm. of pressure head. While this quantification is sufficient in some cases, the definition is not
consistent with the use of bulk field capacity in calculations of lateral drainage from hillslopes, as required by some surface soil
parameterizations, nor does it address additional complications arising from differences in soil texture or sample size. Here,
a simple alternative expression for bulk field capacity in a sloping or vertical soil is derived directly from Richards equation
with the use of the Brooks-Corey characteristics. It is demonstrated that this expression is consistent with data acquired from
vertical soil columns, but may be extended to additional situations commonly found in surface water models and land surface
schemes. The calculation of bulk field capacity requires only the Brooks-Corey pore size distribution index, soil air-entry
pressure, and hillslope length and slope, and may be considered a physically based alternative to pedotransfer function or
lookup table approaches. Copyright  2010 John Wiley & Sons Ltd and Crown in the right of Canada.
Sedang diterjemahkan, harap tunggu..
 
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