The area of the internal exposed surface of dicotyledon leaves

[1] ALEXANDROFF B, 1925, SCI PAPERS APPL SECT, V4, P1

[2] ARESCHOUG FW, 1906, FLORA, V96, P329

[3] BARNES CR, 1910, TXB BOT 2, V1, P327

[4] Relative transpiration of old and new leaves of the myrtus type. [J]. BOTANICAL GAZETTE, 1904, 38 : 0446 - 0451

[5] BERGEN JY, 1904, BOT GAZ, V28, P285

[6] BOWER FO, 1930, SIZE FORM PLANTS, P205

[7] BURGERSTEIN A, 1904, TRANSPIRATION PFLANZ, P57

[8] DIETRICH M, 1926, JB WISS BOT, V65, P98

[9] DOR T, 1917, J COLL SCI IMP U TOK, V40, P1

[10] DURAND WL, 1911, SCI AM S, V72, P71

[1] ALEXANDROFF B, 1925, SCI PAPERS APPL SECT, V4, P1

[2] ARESCHOUG FW, 1906, FLORA, V96, P329

[3] BARNES CR, 1910, TXB BOT 2, V1, P327

[4] Relative transpiration of old and new leaves of the myrtus type. [J]. BOTANICAL GAZETTE, 1904, 38 : 0446 - 0451

[5] BERGEN JY, 1904, BOT GAZ, V28, P285

[6] BOWER FO, 1930, SIZE FORM PLANTS, P205

[7] BURGERSTEIN A, 1904, TRANSPIRATION PFLANZ, P57

[8] DIETRICH M, 1926, JB WISS BOT, V65, P98

[9] DOR T, 1917, J COLL SCI IMP U TOK, V40, P1

[10] DURAND WL, 1911, SCI AM S, V72, P71