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When you clone a workspace or create a new one, the location is given for confirma- <br />tion and you have the option of making the new workspace your current workspace. To <br />change your current workspace, go to )rile > Workspaces a Open workspace and navi- <br />gate to the folder containing the workspace you wish to use. If you select a folder that is <br />not a workspace, you will get a number of error messages. Each time you restart the pro- <br />gram, BehavePlus will start with the default workspace—the one that was created when <br />the program was installed. Make sure you are using the correct workspace by checking <br />the bottom bar of the BehavePlus window (Figure 2). <br />14 Fuel Models <br />A fuel model is a set of numerical values that provides the tuel Inputs for Rothermel's <br />(1972) mathematical model used to predict surface fire spread. When a fuel model code <br />such as 10 or GS3 is specified, the appropriate set of fuel model parameters is defined for <br />the calculations. The 53 standard fuel models (Anderson 1982; Scott and Burgan 2005) <br />are available with BehavePlus, and you can create and use custom fuel models. While <br />fuel models are generally used in modeling surface fire behavior, BehavePlus also of- <br />fers the option of specifying two fuel models along with their percent cover as a way to <br />deal with horizontal fuel nonuniformity. As an alternative to using fuel model codes, fuel <br />parameters can be entered. There are also special case fuel models for palmetto-gallberry <br />and for western aspen, which include intermediate calculations to define the fuel input <br />parameters (Figure 59). <br />t=.rl aeaW,� ww *-- j m— I-- [B -0-w- � w,aa ctwtpra, � � o �.a U, U. [ Frit O+rW+ [ +W. owpea j r-0oma, <br />rsd i wdeai r V V I li inri I a i �% <br />� Frlrt model{ fAaedRdgC41e01rd- <br />Predpanmeoeretfarcwmmerdmodeirq� <br />v Si'RVACT Fuel & i+Inivtore Input <br />r'A"Falamw <br />�� y options <br />- <br />a-Somdoatld►prr�acaew <br />- . <br />r 7�o Grd modelr, <br />trulwnic mm. <br />"Ilio pa fe c6&* the input 4Wird eaulmeessse praaeeur "b gee <br />7kabutmmw <br />W WdIM �, <br />i Pfipetid sale f9dmadd. <br />pr•mouo�g�ibeep t8cu� aad A16doi 1974). <br />r SyecW ax &daaodd. <br />+oesatra 1ppen hard dLnorrese l� <br />�, edeoYedfromWelrafiaceaw <br />fad meemer <br />r igpnt dirrcdp. <br />MaeeWee s aeletedby <br />r IVA ckx <br />4-4 eed i.. eategw� <br />r` eriaaro sesweiv <br />P Pictin 9 Hrb <br />sueFac�uoadr <br />3lulaeatefargu.. <br />JW <br />(aoedordar <br />JadprrwarR.a <br />6te.msta.e/iw7 <br />nmdelaegd. <br />2mdvd or cveom Sed ao," fordo <br />se &Mfrs weadmom <br />SueadW 6W aawddr are the 1; from <br />Andmoa (198 oad Ao40 from <br />Scor and Berea PWy <br />Cwtamfad rwde4 a demtoped <br />traegbt fudpa mmw spm and <br />taaedfm Haareoe <br />'fie mdwdod fud paameraa aes <br />ff.gwed &W bd 6ed dgp*omn[rae <br />moiehre trmhd.heat efcemMrernt � <br />Figure 59—Options for specifying surface fuel for the SURFACE module are available on the Fuel <br />& Moisture tab. <br />USDA Forest Service Gen. Tech. Rep. RMRS-GTR-249.2040 71 <br />