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Infant Robotic Bilateral Upper Urinary Tract Surgery
Danesh Bansal,Christopher M Bean,Brian A Vanderbrink,Paul H Noh 대한비뇨의학회 2014 Investigative and Clinical Urology Vol.55 No.4
We describe a case of robot-assisted laparoscopic bilateral upper urinary tract surgeryin a 4-month-old infant for complex bilateral upper urinary tract duplication anomalies.
Carbon Sequestration in the Plantations of Chittagong Hilly Areas of Bangladesh
( Danesh Miah ),( M. Farid Uddin ),( M. Kalimuddin Bhuiyan ),( Man Yong Shin ) 한국산림과학회 2004 한국산림과학회지 Vol.93 No.4
N/A The study was conducted in the plantations of 13 tree species of Chittagong hilly areas, Bangladesh, with the objective of quantifying carbon sequestration. It was revealed that there was a gross 191 ton/ha carbon stock in the studied plantations. The highest soil(including humus) carbon content(113 ton/ha) was found in the Jarul(Lagerstroemia speciosa) plantation and the lowest(83 ton/ha) was found in the Pine(Pinus caribaea) plantation. Most of the plantations were found to possess the litter carbon contents as 3 ton/ha except Mehegoni(Swietenia mahagoni), Pine(Pinus caribaea) and Dhakijam(Syzygium grande) plantation, which possessed only 2 ton/ha carbon. The results represented that 3.13 ton/ha/year for fuelwood collection and 1.24 ton/ha/year for litter collection by the surrounding people, carbon were lost from the plantations. The net increment of carbon in the plantations was 3.86 ton/ha/year. The study revealed a promising result of carbon sequestration by the plantation species in the Chittagong hilly areas, which shows a potential of plantation species to participate in the international carbon trading.
Carbon Sequestration in the Plantations of Chittagong Hilly Areas of Bangladesh
Md. Danesh Miah,M. Kalimuddin Bhuiyan,신만용,M. Farid Uddin 한국산림과학회 2004 한국산림과학회지 Vol.93 No.4
The study was conducted in the plantations of 13 tree species of Chittagong hilly areas, Bangladesh, with the objective of quantifying carbon sequestration. It was revealed that there was a gross 191 ton/ha carbon stock in the studied plantations. The highest soil(including humus) carbon content(113 ton/ha) was found in the Jarul(Lagerstroemia speciosa) plantation and the lowest(83 ton/ha) was found in the Pine(Pinus caribaea) plantation. Most of the plantations were found to possess the litter carbon contents as 3 ton/ha except Mehegoni(Swietenia mahagoni), Pine(Pinus caribaea) and Dhakijam(Syzygium grande) plantation, which possessed only 2 ton/ha carbon. The results represented that 3.13 ton/ha/year for fuelwood collection and 1.24 ton/ha/year for litter collection by the surrounding people, carbon were lost from the plantations. The net increment of carbon in the plantations was 3.86 ton/ha/year. The study revealed a promising result of carbon sequestration by the plantation species in the Chittagong hilly areas, which shows a potential of plantation species to participate in the international carbon trading.
Md. Danesh Miah,Md. Abubokor Siddik,신만용 한국산림과학회 2013 Forest Science And Technology Vol.9 No.3
The rapid growth of Casuarina equisetifolia, a popular tree species for shelterbelt plantation, attracts the world climate change practitioners for its potential for climate change mitigation and adaptation in the coastal zones. Storage of carbon in the rapidly grown biomass of this species creates special interest in the arena of climate change mitigation practices. To understand the public perceptions of the effect of the casuarina shelterbelt and carbon storage potential in the Bangladesh coast, a socio-biological study was conducted in the Parki beach area, where Casuarina equisetifolia is the major tree species. This study was conducted by a questionnaire survey to find out the observation of coastal people and to assess environmental, economic and social impacts of the casuarina shelterbelt. The study found that the shelterbelt reduced wind speed, increased the size of sand dunes, improved the aesthetic value, increased the protection facilities against cyclones, and enhanced the attractiveness of the beach for tourism. Although casuarina trees have inhibited the native species as undergrowth, the shelterbelt has increased the supply of fuel-wood for local people. The aboveground biomass density in the shelterbelt was found to be 162.58 ±4.52 t ha -1 with a mean annual increment of 8.56 ±0.24 t ha -1 yr -1, while the aboveground carbon density was found to be 73.16 ±2.04 t ha -1 with a mean annual increment of 3.85 ±0.11 t ha -1 yr -1. The study is expected to contribute to the field of climate change mitigation and adaptation in Bangladesh.
Miah, Danesh Md.,Rashed, Md. Monjur,Muhammed, Nur,Koike, Masao,Sin, Man Yong Korean Society of Forest Science 2006 한국산림과학회지 Vol.95 No.5
Triphala is an important combination of three important forest fruits, i.e., Emblica officinalis, Terminalia chebula and Terminalia bellirica. Chittagong region in Bangladesh was once rich in triphala trees presently subject to the depletion. Thus, these forest resources are being threatened day by day. The study was conducted to learn the present using pattern of the triphala, causes of its depletion and the conservation strategies agreed by the villagers. Eight major uses of triphala trees were recognized. It was revealed that 100% respondents used the triphala as fruit tree followed by 71-78% as fuelwod. The present status of growing stock of triphala was found in depleted condition particularly in the Muslim dominated area. It was found that unawareness was the major cause for depleting the triphala trees agreed by the 87% respondents followed by depleting the village groves by 84%. Awareness creation (100%) and induction of social forestry program (92%) were found major recomendations by the vilagers to retard depleting the triphala tree species in the Chittagong region of Bangladesh.