CARBON DIOXIDE AND FORMATION OF HEARTWOOD

[1] BATESMITH EC, 1964, METHODS POLYPHENOL C, P73

[2] ABSORPTION OF NITROGEN BY MYCORRHIZAL ROOTS OF BEECH .2. AMMONIUM AND NITRATE AS SOURCES OF NITROGEN [J]. NEW PHYTOLOGIST, 1967, 66 (01) : 1 - &

[3] HEARTWOOD FORMATION IN PINUS-RADIATA (D DON) [J]. NEW PHYTOLOGIST, 1954, 53 (03) : 517 - 524

[4] HARRIS JM, 1954, 1 NZ FOR SERV TECH P

[5] JENSEN KF, 1967, NE74 US FOR RES NOT

[6] JORGENSEN ERIK, 1961, CANADIAN JOUR BOT, V39, P1765

[7] Lyr H., 1967, Arch. Forstw., V16, P51

[8] Mabry T., 2012, SYSTEMATIC IDENTIFIC

[9] MACDOUGAL DT, 1933, 441 CARN I PUBLS

[10] MACDOUGAL DT, 1927, 26 CARN I WASH, P162

[1] BATESMITH EC, 1964, METHODS POLYPHENOL C, P73

[2] ABSORPTION OF NITROGEN BY MYCORRHIZAL ROOTS OF BEECH .2. AMMONIUM AND NITRATE AS SOURCES OF NITROGEN [J]. NEW PHYTOLOGIST, 1967, 66 (01) : 1 - &

[3] HEARTWOOD FORMATION IN PINUS-RADIATA (D DON) [J]. NEW PHYTOLOGIST, 1954, 53 (03) : 517 - 524

[4] HARRIS JM, 1954, 1 NZ FOR SERV TECH P

[5] JENSEN KF, 1967, NE74 US FOR RES NOT

[6] JORGENSEN ERIK, 1961, CANADIAN JOUR BOT, V39, P1765

[7] Lyr H., 1967, Arch. Forstw., V16, P51

[8] Mabry T., 2012, SYSTEMATIC IDENTIFIC

[9] MACDOUGAL DT, 1933, 441 CARN I PUBLS

[10] MACDOUGAL DT, 1927, 26 CARN I WASH, P162