LIST OF AUTHOR VOLUME 37, 2015
Afandhi, A. 37(2):151-158
Akanmu, A.O. 37(1):8-17
Arfarita, N. 37(1):1-7
Arisoesilaningsih, E. 37(1):30-36
Aziz, S.A. 37(3):284-289
Bakri 37(3):237-246
Basunanda, P. 37(1):45-50
Bello, B.O. 37(1):8-17
Bernas, S.M. 37(3):237-246
Budiman 37(1):30-36
Chankaew, S. 37(2):159-168 Damayanti, T.A. 37(2):108-114
Damiri, N. 37(3):276-283
Danial, E. 37(1):51-58
Darmawati, I.A.P. 37(2):144-150 Diningsih, E. 37(2):108-114
Djamilah 37(3):226-236
Dwiyani, R. 37(2):144-150
Efendi, D. 37(3):210-219
Fauziah 37(3):193-203
Fikrinda, W. 37(3):210-219 Ghulamahdi, M. 37(3):284-289
Hadini, H. 37(1):45-50
Hapsari, L. 37(2):97-107 Hapsari, R.I. 37(2):123-129
Hapsoro, D. 37(3):247-257
37(1):51-58 Haridjaja, O. 37(3):284-289 Hastuti, U.S. 37(1):89-96 Herawati, M.M. 37(2):178-184
Himawan, T. 37(3):220-225
Imanudin, M.S. 37(3):237-246 Islam, Md.S. 37(3):204-209
Jamil, A. 37(3):265-275
Johnson, S.B. 37(3):265-275 Khumaida, N. 37(2):130-143 Kongjaimun, A. 37(2):159-168 Krisnawati, E. 37(1):75-88 Kurnia, T.D. 37(2):115-122 Lestari, S.U. 37(2):123-129 Maghfoer, M.D. 37(3):290-295 Mahadjoeno, E. 37(1):59-66
Mamun, S.A. 37(3):204-209
Mansur, I. 37(2):130-143
Mas'udah, S. 37(3):193-203 Mayadewi, N.N.A. 37(2):144-150
Mudakir, I. 37(1):89-96
Mudjiono, G. 37(2):151-158
Mulawarman 37(3):276-283
Mulia, R.H. 37(1):75-88
Muliadi 37(3):204-209
Munir, M. 37(2):185-192
Murdono, D. 37(2):115-122
Murti, R.H. 37(1):18-23
Nasrullah 37(1):45-50
Ntube, C.V. 37(1):8-17
Nuraini, Y. 37(1):1-7
Olawuyi, O.J. 37(1):8-17
Pramono, S. 37(2):178-184
Prasman, Y. 37(2):151-158
Pudjihartati, E. 37(2):178-184 Pujiwati, H. 37(3):284-289 Purwanto, E. 37(1):59-66 Purwantoro, A. 37(2):178-184
Rana,S. 37(3):204-209
Retnowati, R. 37(2):185-192 Rohaeni, W.R. 37(3):265-275
Roy, S. 37(3):204-209
Rumanti, I.A. 37(2):169-177
Sagiman, S. 37(3):258-264
Santosa, M. 37(3):290-295
37(1):24-29
Sari, D.I. 37(1):75-88
Sari, V.K. 37(1):18-23
Satoto 37(2):169-177
Setyono, P. 37(1):59-66
Simarmata, M. 37(3):226-236 Siregar, I.Z. 37(2):130-143 Siregar, U.J. 37(2):130-143
Siswanto, B. 37(1):1-7
Sitanggang, C.D. 37(3):226-236 Sitompul, S.M. 37(1):75-88
Soemarno 37(2):185-192
Somta, P. 37(2):159-168
Srinives, P. 37(2):159-168
Sriyani, N. 37(3):247-257
Suada, K. 37(2):144-150
Suastika, G. 37(2):108-114
Sudadi 37(1):37-44
Sudrajat, D.J. 37(2):130-143
Sulakhudin 37(3):258-264
Suprapto, H. 37(3):220-225
Supyani 37(1):67-74
Suranto 37(1):59-66
Suryanto, A. 37(3):290-295 37(1):24-29
Suryono 37(1):37-44
Susanto, S. 37(3):210-219
37(2):108-114
Susanto, U. 37(3):265-275
Suswati, D. 37(3):258-264
Tarno, H. 37(3):220-225
Taryono 37(1):45-50
Taufiq, M. 37(1):75-88
Tedianto 37(1):59-66
Trimanto 37(2):97-107
Tusher, T.R. 37(3):204-209
Utomo, S.D. 37(3):247-257
Wahyuni, T. 37(3):276-283
Warganegara, H.A. 37(3):247-257
Widadi, S. 37(1):67-74
Widyastuti, Y. 37(2):169-177 Widyawati, N. 37(2):115-122
Yahya, S. 37(3):284-289
Yusnita 37(3):247-257
SUBJECT INDEX VOLUME 37, 2015
2.4-D 37(2):178-184
Acclimatization 37(1):51-58
Adaptation 37(2):115-122
Agarwood 37(3):276-283
Agronomic performance 37(2):169-177
Alfisol 37(1):37-44
Altitudes 37(1):59-66
Aluminium tolerant 37(3):284-289
Ameliorant 37(3):284-289
Anthocephalus cadamba 37(2):130-143 Antioxidant capacity 37(3):210-219 Artemisia cina 37(2):178-184
Atrazine 37(3):226-236
BA 37(2):178-184
Benzyladenine 37(1):51-58
Biocontrol agents 37(3):276-283 Biological control agent 37(1):67-74 Biomass production 37(3):226-236
Biourine 37(3):290-295
Black rice growth 37(1):30-36
Breeding 37(1):8-17
37(1):45-50 Buffer modifications 37(1):18-23
Burnt soil 37(3):204-209
Carbohydrates 37(1):59-66
Citrus grandis (L.) Osbeck 37(3):210-219 CO2 exchange rate (CER) 37(1):75-88 Coastal sediment 37(3):258-264 Cocoa and coffee pods
wastes
37(1):89-96
Coconut water 37(2):144-150
Colored pulp 37(3):210-219
Comparative mapping 37(2):159-168
Corn 37(1):45-50
37(3):237-246
Correlation 37(2):169-177
Cow manure 37(1):24-29
Cucurbita moschata 37(1):59-66 Damage intensity 37(2):151-158
Degradation 37(3):204-209
Dianthus caryhophyllus 37(2):107-114
Dioscorea 37(2):97-107
37(3):193-203
Diversity 37(2):97-107
37(3):193-203 37(3):247-257
Drought tolerance 37(1):8-17 Dry and wet season 37(1):24-29
Dual-purpose 37(2):123-129
Endophytic bacteria 37(3):276-283
Entisol 37(1):37-44
Entisols 37(3):258-264
Environmental factors 37(1):30-36 Extra cellular 37(1):37-44
Fertilizer 37(1):51-58
Fertilizers of organic and inorganic
37(1):24-29
Flowering 37(2):159-168
Food source 37(1):97-107
Fruit production 37(2):151-158
Fusarium 37(1):67-74
Fusarium disease 37(3):276-283
GEI 37(3):265-275
Genetic variance 37(1):45-50
Genotype 37(2):115-122
37(2):130-143
Genotypes 37(1):51-58
GGE analysis 37(3):265-275
Glycine max L. Merrill 37(1):75-88
Growth 37(2):130-143
Hybrid rice 37(2):169-177
Hypovirulent isolate 37(1):67-74
Interaction model 37(1):30-36
In-vitro 37(2):144-150
IPM 37(2):151-158
Lipids 37(1):59-66
Lowland 37(2):115-122
37(2):169-177
Maize 37(1):8-17
37(3):258-264 Media mixtures 37(1):51-58
Mercury 37(1):1-7
Mesotrione 37(3):226-236
Mineral soil 37(3):284-289
Model 37(1):75-88
Morphological characters 37(3):220-225
Mungbean 37(2):159-168
N-fixing bacteria 37(1):1-7
Nganjuk 37(2):97-107
N-NH4+ 37(2):185-192
Organic compost 37(3):226-236 Organic-inorganic fertilizer 37(3):290-295 Organic paddy field 37(1):30-36
Paddy 37(3):265-275
Paddy Ciherang 37(1):24-29
Pasuruan 37(3):193-203
Phyto-hormones 37(1):37-44 Phytoremediation 37(1):1-7
Plant growth 37(2):185-192
Platypodinae 37(3):220-225
Pod number 37(1):75-88
Polyploidy 37(2):178-184
Population 37(2):130-143
Protein 37(1):59-66
Protocorms 37(2):144-150
P-solubilizing bacteria 37(1):1-7 Pterocarpus indicus 37(3):220-225 Quantitative trait loci 37(2):159-168
RAPD 37(3):247-257
Rhizobacteria 37(3):276-283
Root/vine ratio 37(2):123-129
RT-PCR 37(2):107-114
Sapodilla 37(1):18-23
Seed size 37(2):159-168
Seeded fruit 37(3):210-219
Sequence 37(2):107-114
Shallot var. Philippines 37(3):290-295
Soybean 37(1):75-88
Stability 37(3):265-275
Strawberry 37(2):151-158
Stress tolerance index 37(2):130-143 Subsurface drainage 37(3):237-246
Sugarcane 37(3):247-257
Sweet potato 37(2):123-129
The production of rice 37(2):185-192
Thrips sp. 37(2):151-158
Tidal lowlands 37(3):237-246
Tomato juice 37(2):144-150
Tombusviridae 37(2):107-114
Topsoil quality 37(3):204-209 Treptoplatypus micrurus 37(3):220-225
Tropical 37(2):115-122
Unburnt soil 37(3):204-209
Urea-humic acid 37(2):185-192
Utilization 37(2):97-107
Vanda tricolor 37(2):144-150
Variability 37(1):8-17
Varieties 37(3):193-203
Vertisol 37(1):37-44
Virulence assay 37(1):67-74 Water retention 37(3):237-246 Weed composition 37(3):226-236 West Kalimantan 37(3):258-264
Wheat 37(2):115-122
Wood sawdust 37(1):89-96
Yield and quality of white oyster mushroom
LIST OF PEER REVIEWER VOLUME 37 YEAR 2015
The Editorial Board, management staff of Agrivita Journal of Agricultural Science wish to recognize the enormous contribution made by the following scientist who provided expertise, insight and
thoroughness of the reviews for the year 2015 Prof. Xinbin Feng
(Institute of Geochemistry - Chinese Academy of Sciences (IGCAS)) Prof. Pablo Tittonell
(Farming Systems Ecology - Wageningen UR Plant Sciences) Dennis B. Egli, PhD
(Plant and Soil Sciences - University of Kentucky, Pennsylvania State) Wang Pu
(College of Agriculture and Biotechnology - China Agricultural University) Rikiya Endoh, Ph.D
(Microbe Division - Japan Collection of Microorganisms RIKEN BioResource Center Japan) Koki Homma, Ph.D
(Agronomy - Kyoto University Japan) Hidenori Tanaka, Ph.D
(Department of BioResource - University of Miyazaki Japan) B. Mohan Kumar, PhD
(Agronomy, Agroforestry and Climate Change - Indian Council of Agricultural Research (ICAR)) Assoc Prof. Magdi El-Sayed
(Plant Science - University of Aswan, Egypt) Dr. Sujin Patarapuwadol
(Department of Plant Pathology - Kasetsart University Thailand) Farzane Porianejad
(Ministry of Jihad e-Agriculture - Islamic Republic of Iran) Asst Prof. Yuko Takeuchi
(Terrestrial Microbial Ecology - Kyoto University Japan) Dr. Hussein Khaled
(Soil Chemistry - University of Al-Azhar Cairo, Egypt) Dr. Buang Abdullah
(Genetics Plant Breeding - Indonesian Rice Research Institute) Dr. Ragapadmi Purnamaningsih
Prof. Iswandi Anas
(Soil Science - Bogor Agricultural University Indonesia) Prof. Eko Handayanto
(Soil Organic Management - University of Brawijaya Indonesia) Prof. Muhamad Syukur
(Plant Breeding - Bogor Agricultural University Indonesia) Prof. Totok Agung Dwi Haryanto
(Plant Breeding - University of Jenderal Soedirman Indonesia)
Prof. Bambang Guritno
(Agricultural Ecology, Cassava, Multiplecropping - University of Brawijaya Indonesia)
Prof. Yusnita
(Plant Science - University of Lampung Indonesia Prof. Budi Marwoto
(Plant Protection - Indonesian Ornamental Crops Research Institute) Prof. Syekhfani
(Soil Chemistry - University of Brawijaya Indonesia)
Prof. Nur Basuki
(Plant Breeding - University of Brawijaya Indonesia) Dr. Muhammad Akil
(Soil Biology and Fertility - Indonesian Cereal Research Institute) Dr. Ali Jamil
(Biology and Soil Fertility - Indonesian Rice Research Institute) Prof. Lita Soetopo
(Plant Breeding - University of Brawijaya Indonesia) Dr. Darmawan Saptadi
(Plant Breeding - University of Brawijaya Indonesia) Panca Jarot Santoso, M.Sc.
(Plant Breeding - Indonesian Tropical Fruits Research Institute) Prof. Kuswanto
(Plant Breeding - University of Brawijaya Indonesia) Dr. Bambang Tri Rahardjo
(Plant Protection - University of Brawijaya Indonesia) Prof. Estri Laras Arumingtyas
Hagus Tarno, PhD
(Plant Protection - University of Brawijaya Indonesia) Dr. Sholihin
(Plant Breeding - Indonesian Legumes and Tuber Crops Research Institute) Dr. Damanhuri
(Plant Breeding - University of Brawijaya Indonesia) Dr. Ellis Nihayati
(Plant Secondary Metabolism - University of Brawijaya Indonesia) Dr. Noer Rahmi Ardiarini
(Plant Breeding - University of Brawijaya Indonesia) Dewi Pramanik, M.Sc
(Plant Breeding - Indonesian Ornamental Plant Research Center) Dr. Chairani Martasari
(Indonesian Citrus And Subtropical Fruits Research Institute) Dr. Moch. Dawam Maghfoer
(Agronomy - University of Brawijaya Indonesia) Dr. Amran Muis
(Plant Pest and Diseases - Indonesian Cereal Research Institute) Dr. Rudi Hari Murti
(Plant Breeding - University of Gadjah Mada Indonesia) Karuniawan Puji Wicaksono, Ph.D
(Environmental Resources - University of Brawijaya Indonesia) Yosep Mau, Ph.D
(Plant Pest and Diseases - University of Nusa Cendana Indonesia) Dr. Budi Prasetya
(Soil Science - University of Brawijaya Indonesia) Dr. Eries Mustikarini
(Plant Breeding - University of Bangka Belitung Indonesia) Wahyu Kristanto, MS
agronomy, horticultural, plant breeding, soil-plant sciences and pest or disease-plant sciences. Manuscripts reporting experimentation or research in field crops will be accepted for review as papers.
Guiding Principles
An acceptable manuscript will meet the following general criteria : it reports a worthwhile contribution to science, sound methodology was used and is explained with sufficient detail so that other capable scientists could repeat the experiments, conclusions are supported by data, manuscripts is concise, well written, and understandable.
Manuscript Format
Manuscript should given in soft copy and arranged in Agrivita standard format, Title, Authors, Address and Email, Abstract, Key Words, Introduction, Material and Methods, Result and Discussion, Conclusion and Suggestion, Acknowledgment and References. Typed at one side of white paper of A4 size, in single column, double space, 10 point arial font and should given line numbers.
Manuscript Title
Title, consist of not more than 20 words. It should be written clearly and concisely describing the contents of the research.
Authors
Manuscript has main author and co authors. Full name author and co-authors, include address and email must be stated clearly.
Abstract
State the objective is specific and clearly, as to what is to be obtained. Give a brief account of the methods. Identify scientific names of plants, other organisms, and chemicals. State results succinctly. State conclusions or recommendations and link this to the significance of the work. Abstract should not more than 200 characters which has no reference and accompanied keywords. Abstract must be integrated and independent which is consist of introduction and purpose, methods, results, conclusion and suggestion.
Introduction
Presented briefly and clearly information concerning background, aim and purpose of the research.
Materials and Methods
It should mention time and place of research in first part. All materials and methods that used such chemical for analysis, treatment and experimental design must be stated clearly and briefly.
Results and Discussion
Result and discussion be written in same part. They should be presented continuously start from main result until supporting results and equipped with a discussion. Unit of measurement used should follow the prevailing international system.
Conclusions and Suggestion
Conclusion should be explained clearly. Suggestion placed after conclusion contains a recommendation on the research done or an input that can be used directly by consumer.
Acknowledgements
State the grant source and the person to whom the grant was given. Name the person to help you work
Reference
The author–year notation system is required and completed. All reference that mentioned should be written
