Abstract
The local climate data were investigated at a residential area in Chuncheon from May to October in 2013.In addition, the simulations were carried out by the Autodesk Ecotect Analysis tool. Site A had the lowest temperature in summer. The best building orientation was south by east 157.5°. Based on the photosynthetically active radiation(PAR) values day-neutral species should be planted around sites C and E, shade-tolerant species around site D and helioplous species around sites A and B. In addition, site A is the most comfortable place in the residential area with a predicted mean vote (PMV) value around 0. It was found that there were four main aspects to be considered for the residential designs which were building height, land cover, planting design and building orientation. Moreover, the results showed that local climate and shading conditions should be of great concern in design or improvement of residential areas.
Highlights
The local climate data were in2v3esRtigiiaatedstar.t, a5r1e0si1d0enTtiaarltaur,eaEisntoCnhiuancheon from May to October in 2013
The data used in this study were air temperature (Ta), relative humidity (RH), solar radiation (SR) and wind speed (V) in a residential area during the growing period, spanning from May to October in 2013
The portable weather data logging equipments were used for recording Ta and RH (Thermo-hygrometer TH-100, Japan), SR (LI-250 Light Meter, Japan), V (Anemometer TA 45, UK) and Ts (K-type Thermometer SK-1110, Japan)
Summary
The local climate data were in2v3esRtigiiaatedstar.t, a5r1e0si1d0enTtiaarltaur,eaEisntoCnhiuancheon from May to October in 2013. 28-day laboratory pot experiment was carried out applying bioaugmentation using laboratory selected bacterial strains as inoculum, biostimulation with molasses and cabbage leaf extract, and phytoremediation using rye and blue fenugreek to study the effect of these treatments on TNT removal and changes. Introidnucstoiiol nmicrobial community responsible for contaminanturdbeagnraddeantisoitny., oCrhieenmtiactaiol nananaldysseoslarrevaecacleesds, siingnainficeaffnotrt to decreases in TNT concentrations, including reduction of sominevoesfttihgaetTe NurTbaton idtsesaimgninoopdtieornivsa(teVsadnuErisncghtehtea2l.82-d0a1y2). Ecotect is an environa(AbinlidtyrRBuesoaeoifrfneutgtrkhe2ebnev0icioe1cems4st,t)ioim.Vtt.Iut;enhdlJaiuastihdinopadfnanrip,atsieropoernhndy,s,htJrog.ao;redueMoilmadmuteitbedoeteinrra,ymtiOinopa.ndta2hre0aae1nam3ads.tembfMtoeioolrilascospruwoshgusbme:cirahNeelnoctoalvtmiaokmmfno,u,reHnmJnoi.tt;auaynrTlnccrahaeunlaurnao,ilfggyJehE.s;stinsLivinniitrmoTotoanhNnmleTeewd,nsehBptsaii.ick;lgheETndrncusgsatuoiann,igleMeesb.riiim.oIn;trguCehmlaeaanpsetdeudariLabnwtauiienioidkdlndess,citanarGripgar.el;apyeor-f as buiMldainnagghemeiegnhtt 2a1n(d3)b: u1i5l3dÁin1g62o.rhiettnpt:a//tdioxn.ddoei.toerrgm/1i0n.3e8s4o6-/16486d8e9t7a.i2le0d12a.7n2a1ly7s8i4s functions with a visual and interactive lar access and shading conditions. They play an im- display that can make the analysis results be found directly pIonrttraondturcotileonin the thermal comfort of outdoor spaces and i2n0t1h1e).anBaalycttiecrailapimctauyred(Yeganragdeet aTl.N20T14u)n. Rinelasttiuondsiehsipwbiethtwesenvesroalaroargccaensissmiss,ueisncwluitdhinogriebnatactieornia a(nLdaclahtaitnucdee ehtavael.b1ee9n99c)o, nwsihdiecrhedhians thleedpaenstv(irPoanrmamenittaa,l Kaogeernnciieaws aton d2e0c1l3a)r.eTahehiegfhfecptrsioorfitgyeofomreittrsyraenmdovoarilefnrtoamtsioonilso(nvasnolDarilalecwceisjns aent dals.h2a0d0i7n)g. conditions for different latitudBeosthhavbeabceteenriaexaamndinefdubnygisohmaeveresbeeaernchesrhso(wBnourt-o bpiao,ssAewssbith2e00c4a)p. aIcnitaydtdoitidoeng,rsaodme eTsNtuTdie(Ks raelpdoerritsedetthael
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