01990nam a2200421 a 450000100080000000500110000800800410001910000140006024500990007426001630017330000160033650000180035252007400037065000160111065000230112665000220114965000200117165000170119165000260120865000150123465000120124965000220126165000160128365000140129965000250131365000250133865300170136365300180138070000200139870000210141870000230143970000200146270000180148270000170150070000150151770000190153270000170155113258962024-11-06       2001    bl uuuu     u00u1 u    #d1 aWHITE, N.  aSelection of high yielding and anthracnose resistant Stylosanthes for Brazil, India and China.  aIn: INTERNATIONAL GRASSLAND CONGRESS, 19., 2001, São Pedro. Grassland ecosystems: an outlook into the 21st century: proceedings. Piracicaba: SBZ: FEALQc2001  ap. 234-236.  a(ID n. 05-03)  aResistance to anthracnose, dry, matter yield (DMT) and seed yield (SY) was assessed for gemplasn and breeding lines of Stylosanthes in Brazil, India and China. Overall, Stylosanthes guianensis produced higles DMY than S. scabra. S.capitata and S. macrocephala at most sites in Brazil. Data from China suggest that there are high yielding anthracnose resistant. S. guianensis lines that can reduce the reliance on CIAT 184. S. seabrana might also prove sucessful seabrana in India produced the highest DMY and SY and it can form rodules with native Bradythiozobium stations. Regional differences in resistance within accessions stress the importance of targeting germplasm to combat the suite of pathogen races present at a local level.  aAnthracnose  aDisease resistance  aGenetic variation  aPlant pathology  aStylosanthes  aStylosanthes capitata  aAntracnose  aCerrado  aDoença de Planta  aEstilosante  aSeleção  aVariação Genética  aVariedade Resistente  aAnthracnosis  aFitopatologia1 aCHAKRABORTY, S.1 aFERNANDES, C. D.1 aCHARCHAR, M. J. D.1 aMELKANIA, N. P.1 aRAMESH, C. R.1 aGANGAIAH, B.1 aGUODAO, L.1 aCAMERON, D. F.1 aMILES, J. W.