1
Assuntos:
“...Glycine max L....”
Crop modeling for understanding yield-gap causes and the potential for sustainable intensification of soybean in Brazil
Tese
2
Assuntos:
“...Glycine max L....”
How breeding of Brazilian soybean cultivars modified morphophysiological attributes of plants?
Tese
3
Assuntos:
“...Glycine max L....”
Changes in early soybean mycorrhization with the application of seaweed extracts to seeds
Tese
4
Assuntos:
“...Glycine max L...”
Agronomic effectiveness of a poultry litter-derived organomineral phosphate fertilizer in maize and soybean
Tese
5
Assuntos:
“...Glycine max (L.) Merrill...”
Spatial and temporal distribution of cattle dung, nutrient cycling and soybean yield inIntegrated Crop–Livestock Systems
Tese
6
7
Assuntos:
“...Glycine max (L.) Merrill...”
Foliar uptake of CuO and CeO2 nanoparticles by soybean (Glycine max L.)
Tese
8
Assuntos:
“...Glycine max L. (Merr.)...”
Nitrogen and magnesium foliar fertilization in soybean and maize
Dissertação
9
Assuntos:
“...Glycine max...”
Disease warning systems for rational management of Asian soybean rust in Brazil
Tese
10
11
Assuntos:
“...Glycine max...”
Dynamics of nitrogen partitioning in a historical set of soybean cultivars
Dissertação
12
Assuntos:
“...Glycine max...”
Fungicide soybean seed treatment: interactions with inoculant, soil, and plant
Tese
13
Assuntos:
“...Glycine max...”
Revealing the genetic architecture of soybean resistance to the stink bug complex
Tese
14
Assuntos:
“...Glycine max...”
Towards a new approach to estimate soybean yield at the field level
Dissertação
15
16
Assuntos:
“...Glycine max...”
Carbon dioxide assimilation, light use efficiency, growth and population dynamics in current soybean and maize genotypes
Tese
17
Assuntos:
“...Glycine max...”
EMS mutagenesis, selection and molecular characterization of soybean mutants with altered response to Phakopsora pachyrhizi
Tese
18
Assuntos:
“...Glycine max...”
Functional and in silico analyses of NRP-mediated cell death pathway components in stress and senescence
Tese
19
20
Assuntos:
“...Glycine max...”
Genomic prediction for soybean segregating populations: selection strategies and training set establishment
Tese