Authors:
PELLET DM
PAPERNIK LA
JONES DL
DARRAH PR
GRUNES DL
KOCHIAN LV
Citation: Dm. Pellet et al., INVOLVEMENT OF MULTIPLE ALUMINUM EXCLUSION MECHANISMS IN ALUMINUM TOLERANCE IN WHEAT, Plant and soil, 192(1), 1997, pp. 63-68
Citation: Dl. Jones et al., CRITICAL-EVALUATION OF ORGANIC-ACID MEDIATED IRON DISSOLUTION IN THE RHIZOSPHERE AND ITS POTENTIAL ROLE IN ROOT IRON UPTAKE (VOL 180, PG 57, 1996), Plant and soil, 189(1), 1997, pp. 165-165
Citation: Dl. Jones et al., CRITICAL-EVALUATION OF ORGANIC-ACID MEDIATED IRON DISSOLUTION IN THE RHIZOSPHERE AND ITS POTENTIAL ROLE IN ROOT IRON UPTAKE, Plant and soil, 180(1), 1996, pp. 57-66
Citation: Dl. Jones et Pr. Darrah, RE-SORPTION OF ORGANIC-COMPOUNDS BY ROOTS OF ZEA-MAYS L AND ITS CONSEQUENCES IN THE RHIZOSPHERE .3. CHARACTERISTICS OF SUGAR INFLUX AND EFFLUX, Plant and soil, 178(1), 1996, pp. 153-160
Citation: Dl. Jones et Pr. Darrah, INFLUX AND EFFLUX OF ORGANIC-ACIDS ACROSS THE SOIL-ROOT INTERFACE OF ZEA-MAYS L AND ITS IMPLICATIONS IN RHIZOSPHERE C FLOW, Plant and soil, 173(1), 1995, pp. 103-109
Citation: Dl. Jones et Pr. Darrah, ROLE OF ROOT DERIVED ORGANIC-ACIDS IN THE MOBILIZATION OF NUTRIENTS FROM THE RHIZOSPHERE, Plant and soil, 166(2), 1994, pp. 247-257
Citation: Dl. Jones et Pr. Darrah, AMINO-ACID INFLUX AT THE SOIL-ROOT INTERFACE OF ZEA-MAYS L AND ITS IMPLICATIONS IN THE RHIZOSPHERE, Plant and soil, 163(1), 1994, pp. 1-12
Citation: Dl. Jones et al., ROLE OF PROTEINACEOUS AMINO-ACIDS RELEASED IN ROOT EXUDATES IN NUTRIENT ACQUISITION FROM THE RHIZOSPHERE, Plant and soil, 158(2), 1994, pp. 183-192
Citation: Dl. Jones et Pr. Darrah, SIMPLE METHOD FOR C-14 LABELING ROOT MATERIAL FOR USE IN ROOT DECOMPOSITION STUDIES, Communications in soil science and plant analysis, 25(15-16), 1994, pp. 2737-2743
Citation: Dl. Jones et Pr. Darrah, INFLUX AND EFFLUX OF AMINO-ACIDS FROM ZEA-MAYS L ROOTS AND THEIR IMPLICATIONS FOR N-NUTRITION AND THE RHIZOSPHERE, Plant and soil, 156, 1993, pp. 87-90
Citation: Dl. Jones et Pr. Darrah, RE-SORPTION OF ORGANIC-COMPOUNDS BY ROOTS OF ZEA-MAYS L AND ITS CONSEQUENCES IN THE RHIZOSPHERE .2. EXPERIMENTAL AND MODEL EVIDENCE FOR SIMULTANEOUS EXUDATION AND RE-SORPTION OF SOLUBLE C COMPOUNDS, Plant and soil, 153(1), 1993, pp. 47-59