Copyright © 2021 Universitas Brawijaya
A
Abadi, A. L. 43(1): 43-55Abaev, S. S. 43(2): 300–309
Abdullah, R. 43(3): 441-453 Abubakar, D. O. 43(3): 507-517 Abugaliyeva, A. I. 43(3): 558-568 Achadian, E. M. 43(1): 37-42 Adejumo, O. A. 43(3): 507-517 Afifah, E. N. 43(3): 518–525 Afshari, R. T. 43(3): 635-647 Ageyenko, A. V. 43(3): 558-568
Agusta, H. 43(1): 125–136
Ahmad, M. 43(3): 454-465
Ahsan, S. 43(3): 569-580
Aini, L. Q. 43(1): 114-124
Aishuk, Y. 43(1): 13–24
Akbari, M. 43(3): 635-647
Akhidaya, A. 43(2): 358-366
Alamu, E. O 43(2): 409-421
Alattar, E. 43(2): 398-408
Alcalde, G. T. 43(2): 390–397
Ali, F. Y. 43(1): 198-208
Ali, I. 43(2): 310-324
Alimbekova, A. 43(3): 526-539 Alpysbayeva, K. 43(3): 526-539 Alturki, S. M. 43(2): 338–346 Alviar, K. B. 43(2): 390–397
Aminah 43(3): 627-634
Anshary, A. 43(1): 79-88
Arfarita, N. 43(1): 146-163 Asmara, D. T. 43(3): 518–525 Ayapbergenova, A. 43(1): 13–24
B
Bacaltos, P. C. 43(3): 479–494Baral, B. R. 43(3): 466–478
Basir-Cyio, M. 43(1): 79-88 Berganayeva, G. E. 43(2): 273-284 Budiarto, K. 43(3): 495-506 Budiyanto, G. 43(1): 1-12
C
Chadinova, A. 43(3): 526-539 Chotimah, H. E. N. C. 43(1): 164–173 Chountragoon, O. 43(2): 262-272 Chudinov, V. 43(1): 221-232 Chughtai, M. F. J. 43(1): 89–10043(3): 569-580 Claudius-Cole, A. O. 43(3): 507-517 Concepcion II, R. S. 43(1): 174-189 43(3): 589-610 Cruz, R. M. V. 43(3): 479–494
Cuello, J. 43(3): 589-610
D
Dadios, E. P. 43(1): 174-189 43(3): 589-610 Darban, A. S. 43(1): 101–113 Dela Cruz, N. J. S. 43(3): 479–494 Devilana, M. R. 43(2): 285-299Dhakal, K. 43(3): 466–478
Didorenko, S. V. 43(3): 558-568 Dixon, G. A. 43(2): 409-421
Djufry, F. 43(3): 627-634
Duangsi, R. 43(2): 325–337
Dubekova, S. 43(1): 221-232 Duisembekov, B. 43(3): 526-539
Dulbari 43(1): 125–136
Duza, G. M. 43(2): 390–397
E
El Sebaaly, Z. 43(2): 338–346 Elwasife, K. 43(2): 398-408LIST OF AUTHOR VOLUME 43, 2021
Endarto, O. 43(3): 550-557 Ermolaev, V. 43(3): 569-580
F
Fabiyi, O. A. 43(3): 507-517 Firdausi, W. 43(1): 114-124G
Gayvas, A. 43(3): 569-580 Gondal, T. A. 43(1): 89–100Guntoro, D. 43(1): 125–136
H
Hammoud, M. 43(2): 338–346 Hariyono, D. 43(1): 198-208Harti, H. 43(1): 56–68
Hartono, A. 43(2): 367–377
Hendriadi, A. 43(2): 285-299
Hetharie, H. 43(1): 137–145
Hidayat, M. R. 43(1): 37-42
Himawan 43(1): 209-220
Himawan, T. 43(1): 43-55
Hirata, R. 43(1): 25–36
Husni, A. 43(2): 358-366
Hutapea, D. 43(3): 495-506
I
Ikawati, S. 43(1): 43-55 Imaningsih, W. 43(1): 69–78Imran, M. 43(1): 89–100
Iqbal, A. 43(2): 310-324
Iskakova, G. 43(3): 569-580 Ismail, M. H. 43(2): 378–389 Ismail, N. A. 43(3): 665-678 Issenova, G. Z. 43(2): 273-284 Iswantini, D. 43(2): 245–261
Ito, S. 43(1): 25–36
J
Jaimurzina, A. A. 43(2): 273-284 Jambormias, E. 43(1): 137–145 Jandan, T. H. 43(2): 310-324 Japakumar, J. 43(3): 441-453Jaya, A. 43(1): 164–173
Jazayeri, S. M. 43(3): 581-588
Jou, Y.-T. 43(2): 430–439
Junaedi, A. B. 43(1): 69–78
K
Kalibayev, B. B. 43(2): 300–309Kasim, N. 43(2): 422-429
Kenebaev, A. T. 43(2): 300–309
Kerddee, S. 43(2): 233–244
Kerdkhong, C. 43(2): 262-272
Khaliq, A. 43(1): 89–100
43(2): 310-324 43(3): 569-580 Khurshid, M. 43(3): 454-465 Khussainov, A. 43(1): 13–24 Khussainova, R. 43(1): 13–24
Kobua, C. K. 43(2): 430–439
Koesmaryono, Y. 43(1): 125–136
Kongsil, P. 43(2): 233–244
Konovalov, S. 43(3): 569-580 Kopzhassarov, B. K. 43(2): 273-284 Kosmiatin, A. 43(2): 358-366
Krongyut, W. 43(2): 325–337
Kulikov, D. 43(1): 89–100
Kumar, B. M. 43(3): 648-664 Kunhamu, T. K. 43(3): 648-664
L
Lawal, O. 43(2): 409-421Lin, W.-S. 43(2): 378–389
Liu, L.-W. 43(2): 378–389
Liu, P. 43(2): 310-324
M
Made, U. 43(1): 79-88Mahfudz 43(1): 79-88
Mainem, C. A. T. 43(2): 390–397
Marheni 43(1): 190–197
Mariana 43(1): 69–78
Martono, E. 43(1): 190–197
Marwoto, B. 43(3): 495-506
Maziya-Dixon, B. 43(2): 409-421 Medina, L. R. S. 43(3): 479–494 Meiirman, G. T. 43(2): 300–309
Mitsuda, Y. 43(1): 25–36
Mohd Rosli, N. 43(3): 665-678 Mohd Rosli, N. S. 43(3): 441-453 Morgounov, A. 43(1): 221-232 Morovvat, S. A. 43(1): 101–113 Muñoz-Rengifo, J. C. 43(3): 581-588
Munsif, F. 43(2): 310-324
Murti, R. H. 43(3): 518–525
Mushtaq, M. 43(1): 89–100
N
Nadalia, D. 43(2): 367–377Nadeem, M. 43(1): 89–100
43(3): 569-580 Nakasathien, S. 43(2): 233–244
Naunnet, T. 43(2): 262-272
Nawansyah, W. 43(1): 164–173 Neamatollahi, E. 43(3): 635-647 Nesterenko, A. 43(1): 89–100 Ni’mah, A. N. 43(3): 540-549 Niyazbekov, Z. B. 43(2): 273-284 Noferest, K. S. 43(1): 101–113 Noughani, M. A. 43(3): 635-647
Nugroho, A. 43(1): 198-208
O
Olatunji, G. A. 43(3): 507-517P
Padilla, M. V. C. 43(3): 479–494Padjung, R. 43(2): 422-429
Palad, M. S. 43(3): 627-634 Panergalin, J. V. 43(3): 479–494 Phankamolsil, N. 43(3): 611-626 Plotnikov, V. G. 43(3): 558-568 Pokhrel, K. R. 43(3): 466–478 Prasetya, B. 43(1): 146-163 Prastyaji, D. 43(1): 146-163
Prayogo, C. 43(1): 146-163
43(2): 430–439 Purba, D. P. 43(2): 358-366
Purwito, A. 43(2): 358-366
Puspitarini, R. D. 43(3): 550-557
Q
Quddos, A. 43(3): 569-580R
Radwan, E. 43(2): 398-408 Rahardjo, B. T. 43(1): 37-42 Rahardjo, I. B. 43(3): 495-506 Rahardjo, S. B. 43(1): 209-220 Raharjo, S. H. T. 43(1): 137–145Rasaily, S. 43(3): 466–478
Rasyidah 43(1): 69–78
Rauf, A. W. 43(3): 627-634
Rebezov, M. 43(3): 569-580
Reyes-Pérez, J. J. 43(3): 581-588 Rojas, J. A. 43(3): 581-588
S
Sadrabadi, R. 43(1): 101–113Saeed, W. 43(2): 310-324
Sagitov, A. 43(3): 526-539
Saida 43(3): 627-634
Salati, M. 43(1): 101–113
Saleh, S. 43(1): 79-88
Salim 43(3): 627-634
Sangsuk, S. 43(2): 262-272
Santosa, E. 43(1): 125–136
Saptadi, D. 43(2): 347-357
Saraswati, D. 43(1): 164–173
Sarbaev, A. 43(1): 221-232
Sarsenova, A. 43(1): 13–24 Sasikumar, B. 43(3): 648-664 Sassine, Y. N. 43(2): 338–346
Setiawan, A. 43(1): 25–36
Setyono, P. 43(1): 209-220
Shariati, M. A. 43(1): 89–100 43(3): 569-580 Sijabat, O. S. 43(1): 190–197
Sitawati 43(3): 540-549
Sonsri, K. 43(3): 611-626
Subaryanti 43(2): 245–261
Sugiharto, A. N. 43(2): 347-357
Sulaeman, D. 43(2): 367–377
Sulistiyorini 43(2): 285-299 Sulistyaningsih, Y. C. 43(2): 245–261 Sulistyono, E. 43(1): 125–136 Sulistyowati, L. 43(1): 114-124 Sundram, T. C. M. 43(3): 665-678
Suntoro 43(1): 209-220
Suparto, H. 43(1): 164–173
Suyadi 43(2): 347-357
Syam’un, E. 43(2): 422-429
T
Tantirungkij, M. 43(2): 262-272 Tarigan, E. J. 43(2): 430–439Tarno, H. 43(1): 43-55
Taufiqurrahman, A. F. 43(1): 37-42 Terent’ev, S. 43(3): 569-580 Thongjoo, C. 43(3): 611-626
Tolentino, L. K. S. 43(3): 479–494
Tomasoa, R. 43(1): 137–145
Triadiati 43(2): 245–261
Tryabas, Y. 43(3): 569-580
Tursunova, A. K. 43(2): 273-284
U
Ullah, S. 43(2): 310-324Umar, Y. P. 43(1): 25–36
Umiraliyeva, Z. Z. 43(2): 273-284 Unartngam, J. 43(2): 262-272
V
Velasco, J. S. 43(3): 479–494 Villamar-Torres, R. O. 43(3): 581-588W
Wahyudi, A. 43(1): 125–136Wang, Y.-M. 43(2): 378–389
43(2): 430–439 Wattimena, A. Y. 43(1): 137–145
Weng, Y.-T. 43(2): 430–439
Widodo 43(1): 56–68
Wijonarko, A. 43(3): 518–525
Wiyono, S. 43(1): 56–68
Y
Yadaw, R. B. 43(3): 466–478 Yamagishi, K. 43(1): 25–36Ydyrys, A. 43(1): 221-232
Yerzhanova, S. T. 43(2): 300–309 Yerzhebayeva, R. S. 43(3): 558-568 Yunus, M. F. 43(3): 665-678
Z
Zainuddin, Z. 43(3): 665-678[...]
[Im]mobilization 43(1): 209-220
A
Abiotic stress tolerance 43(2): 233–244 Actinomycetes spp 43(2): 422-429 Active ingredients 43(2): 285-299Adaptation 43(2): 338–346
Adaptation traits 43(2): 300–309
Adjuvants 43(2): 310-324
Agrobionov 43(1): 13–24
Agroecology 43(2): 245–261
Agroforestry 43(3): 648-664
Allium ascalonicum 43(1): 114-124 Alternate wetting and drying 43(3): 479–494
Amazon clones 43(3): 581-588
Analysis 43(2): 367–377
Annona 43(2): 338–346
Antagonism 43(1): 114-124
Antagonists 43(2): 273-284
Antibiosis 43(2): 390–397
Antifungal 43(1): 56–68
Antifungal activity 43(1): 114-124 Antioxidant enzymes 43(2): 325–337 Antioxidant properties 43(1): 89–100
Antixenosis 43(2): 390–397
Aphids 43(3): 495-506
Application period 43(3): 495-506 Asian corn borer (ACB) 43(2): 390–397
B
Bacteria 43(2): 262-27243(2): 430–439
Barley 43(1): 13–24
43(3): 569-580
Biocontrol 43(1): 114-124
43(3): 526-539
Biodiversity 43(3): 581-588
Biofertilizers 43(1): 79-88
43(1): 198-208 Bio-fortified cassava 43(2): 409-421
Bioinsecticides 43(1): 79-88
Bioinspired algorithm 43(1): 174-189 Biological control 43(1): 56–68
43(2): 262-272 43(3): 495-506 Biological indicator 43(1): 146-163
Bio-pesticide 43(3): 507-517
Botanical insecticides 43(3): 495-506
Botany 43(3): 665-678
Breeding 43(3): 665-678
C
Capsaicin 43(1): 198-208Carbon sequestration 43(3): 648-664 Chemical composition 43(1): 89–100
Chernozem 43(1): 13–24
Chilli pepper (Capsicum an-
nuum) plants 43(2): 398-408
Chitinoliytic bacteria 43(1): 56–68
Chitosan 43(1): 101–113
Chrysanthemum 43(3): 495-506
43(3): 540-549 Citrus rust mite 43(3): 550-557
Climate change 43(1): 125–136
Clones 43(3): 518–525
Clove oil 43(1): 43-55
Coffee 43(3): 581-588
Coffee bit 43(3): 581-588
Colorimetry 43(2): 367–377
Combining ability 43(2): 347-357 Computer vision 43(1): 174-189 43(3): 589-610
SUBJECT INDEX VOLUME 43, 2021
Conservation tillage 43(3): 635-647 Contact toxicity 43(1): 43-55
Corn 43(2): 390–397
Correlation 43(1): 137–145
43(2): 367–377 43(3): 466–478
Crop model 43(2): 422-429
Crop sustainability 43(3): 441-453
D
Damage intensity 43(3): 550-557Daminozide 43(3): 540-549
Deficit irrigation 43(1): 101–113
Diallel 43(2): 347-357
Direct Seeded Rice (DSR) 43(2): 310-324
Dry mass 43(1): 25–36
E
Ecosystem services 43(3): 648-664Edible coating 43(2): 325–337
Eleutherine americana 43(1): 164–173 Endophytic fungi 43(1): 69–78
43(1): 114-124 End-use quality 43(3): 454-465 Environmental conditions 43(1): 89–100 Environmental pollution 43(3): 507-517
EPMC 43(2): 245–261
Essential oil production 43(1): 25–36
Exploration 43(1): 190–197
F
Farming system 43(1): 1-12Fertilizer 43(2): 430–439
43(3): 441-453
Flood method 43(3): 627-634
Flour 43(3): 569-580
Food safety 43(2): 285-299
Fresh food of plant origin 43(2): 285-299
Furrow method 43(3): 627-634
G
Galangal 43(2): 245–261GEIs 43(3): 569-580
Gene pool 43(2): 300–309
Genetic advance 43(3): 466–478 Genetic diversity 43(1): 137–145 Genetic parameters 43(1): 137–145 Genetic variability 43(3): 466–478
Genotype 43(2): 409-421
Genotype x Environments 43(2): 347-357
Germplasm 43(3): 558-568
Grain hardness 43(3): 454-465
Grain yield 43(2): 310-324
43(3): 466–478
Greenhouse 43(3): 526-539
Greenhouse whitefly 43(3): 526-539 Growth retardant 43(3): 540-549
H
Helopeltis 43(3): 518–525Herbicides 43(2): 310-324
High precipitation 43(1): 125–136
Histosol 43(1): 164–173
Hiyung cayenne pepper 43(1): 69–78 Huanglongbing (HLB) 43(2): 358-366 Hybrid population 43(2): 300–309 Hydrogen cyanide 43(2): 409-421
I
Idioblast cell 43(2): 245–261 In vitro breeding 43(2): 358-366 Induced resistance 43(1): 56–68 Induction resistance 43(1): 37-42 Inhibitory effect 43(1): 69–78 Internet of Things 43(3): 479–494Irrigation 43(3): 479–494
Irrigation management 43(2): 378–389
L
Land management 43(1): 146-163 Land use planning 43(1): 1-12Land-use models 43(1): 1-12
Larvae Oryctes rhinoceros 43(1): 190–197 Lead contamination 43(1): 209-220 Leaf nutrient level prediction 43(3): 589-610 Leaf pigment prediction 43(3): 589-610 Lebanese climate 43(2): 338–346
Lettuce 43(1): 174-189
43(3): 589-610 Light efficiency 43(2): 422-429 Light response curve 43(2): 422-429 Liriomyza management 43(1): 79-88 Localized irrigation 43(2): 338–346
Location 43(2): 409-421
Lodging 43(1): 125–136
M
MA infection 43(1): 146-163Machine learning 43(3): 589-610 Magnetic fields 43(2): 398-408 Magnetized water 43(2): 398-408
Maize 43(2): 347-357
Maximum photosynthesis 43(2): 422-429 Medicinal plant 43(3): 665-678
Mehlich 1 43(2): 367–377
Melon 43(3): 635-647
Metabolite profiles 43(2): 245–261
Microflora 43(1): 13–24
Mixed culture 43(1): 25–36
Monitoring 43(2): 273-284
Morphological traits 43(2): 233–244
Mount Merapi 43(1): 1-12
Multipurpose trees 43(3): 648-664 Mutation breeding 43(2): 358-366
N
Nanoparticles 43(1): 43-55
Natural enemies 43(3): 550-557
Nematodes 43(3): 507-517
Neodymium magnets 43(2): 398-408
Nitrogen 43(2): 430–439
Nutrient uptake 43(1): 146-163
Nutrients 43(1): 13–24
Nutritional character 43(3): 569-580
O
Organic fertilizer 43(1): 164–173 Ornamental plant 43(3): 665-678P
Peat swamp forest 43(2): 262-272Pesticide 43(2): 285-299
PGPR 43(1): 198-208
Physicochemical quality 43(2): 325–337
Plant disease 43(2): 262-272
Plant physiology 43(3): 665-678
Plant vigor 43(2): 338–346
Polyethylene glycol (PEG) 43(1): 43-55 Postharvest technology 43(2): 325–337
Pot experiment 43(2): 233–244
Potato 43(1): 101–113
Productivity 43(3): 581-588
R
Rainfed lowland rice 43(3): 466–478 Recurrent breeding 43(2): 300–309Remediation 43(1): 209-220
Residue 43(2): 285-299
43(3): 635-647
Resistance 43(1): 221-232 Resistant characters 43(3): 518–525
Rice 43(1): 125–136
Rice dirty panicle 43(2): 262-272
Rice paddy 43(3): 479–494
Risk 43(1): 209-220
Root architecture phenotyping 43(1): 174-189
S
Salicylic acid 43(1): 101–113 Saline-sodic soils 43(3): 611-626Saprophytes 43(2): 273-284
Scatter method 43(3): 627-634
Screening technique 43(2): 233–244 SDS-sedimentation value 43(3): 454-465 Seasonal dynamics 43(2): 273-284 Seed fortification and stratifica-
tion 43(1): 174-189
Seed quality 43(3): 558-568
Selection 43(3): 518–525
Shading 43(1): 25–36
Shallot yields 43(1): 79-88
Silica 43(1): 37-42
Smart agriculture 43(2): 378–389 Smart cultivation server 43(2): 378–389 Smartphone application 43(2): 378–389
Sodic soils 43(3): 611-626
Sodium adsorption ratio 43(3): 611-626
Soil amendment 43(1): 56–68
43(1): 209-220
Soil amendment 43(3): 441-453
Soil characteristics 43(2): 367–377 Soil electrical conductivity 43(3): 611-626
Soil fertility 43(3): 441-453
Soil microorganism 43(1): 146-163
Soil quality 43(3): 441-453
Soil water content 43(3): 479–494
South American tomato moth 43(3): 526-539
Soybean 43(3): 558-568
43(3): 627-634 Sr genes stem rust 43(1): 221-232
SRI 43(2): 378–389
Strong wind 43(1): 125–136
STS-marker approach 43(3): 454-465
Submergence 43(1): 137–145
Sugarcane top borer 43(1): 37-42
Support trees 43(3): 648-664
Suspension of HLB pathogen 43(2): 358-366 Sustainable agriculture 43(2): 430–439 Sustainable farming 43(1): 79-88 Sustained release 43(1): 43-55 Symbiotic bacteria 43(1): 190–197
Symptoms 43(3): 550-557
Synthetic nematicides 43(3): 507-517
T
Tea 43(3): 518–525Tetraploid and diploid alfalfa
species 43(2): 300–309
Tillage methods 43(3): 635-647 Time of application of water 43(3): 627-634
Tolerance 43(1): 137–145
Tomato 43(3): 526-539
43(2): 390–397
Toxicity 43(3): 507-517
U
Ulin wood 43(1): 69–78Ultisol 43(1): 164–173
V
VAM 43(1): 198-208Various ecotypes 43(3): 558-568 Vegetative stage 43(2): 233–244
W
Water stress 43(1): 25–36 Weather conditions 43(2): 273-284Weeds control 43(2): 310-324
Wheat 43(1): 221-232
Wheat varieties 43(1): 89–100
Y
Yield capacity 43(3): 558-568LIST OF PEER REVIEWER VOLUME 43 YEAR 2021
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 2021
Dr. Christopher James Barnes (Scopus ID: 57188660566)
(Microbiology - The GLOBE Institute, University of Copenhagen, Denmark) Dr. Amira M.I. Mourad (Scopus ID: 57201639989)
(Biotechnology- Assiut University Egypt) Dr. Alihan Cokkizgin (Scopus ID: 36701054500) (Field Crops - University of Gaziantep, Turkey)
Kurniawan Budiarto, Ph.D. (Scopus ID: 12243097600)
(Gentics and Plant Breeding - Indonesian Citrus and Subtropical Fruits Research Institute, Indonesia) Assoc. Prof. Morteza Akbari (Scopus ID: 55332434400)
(Land Sustainability - Ferdowsi University of Mashhad Iran) Dr. Dono Wahyuno (Scopus ID: 6507969735)
(Mycology - Indonesian Spice and Medicinal Crops Research Institute, Indonesia) Dr. Eko Hanudin (Scopus ID: 57196062767)
(Soil Chemistry - Universitas Gadjah Mada, Indonesia) Prof. Djajadi, Ph.D. (Scopus ID: 55204846200)
(Soil Science - Indonesian Sweetener and Fiber Crops Research Institute, Indonesia) Dr. Sat Rahayuwati (Scopus ID: 57217079768)
(Entomology - Universitas Prima Indonesia, Indonesia) Dr. Soetanto Abdoellah
(Soil Science - Indonesian Coffee and Cocoa Research Institute, Indonesia) Dr. Yulia Pujiastuti (Scopus ID: 50262740500)
(Entomology - Universitas Sriwijaya, Indonesia) Masruri, Ph.D (Scopus ID: 55387384800)
(Chemistry and Biology - Universitas Brawijaya, Indonesia) Nur Edy, Ph.D (Scopus ID: 56966706300)
(Soil Science - Universitas Tadulako, Indonesia) Prof. Dr. Fransiscus Xaverius Wagiman
(Pest Ecology - Universitas Gadjah Mada, Indonesia) Prof. Dr. Munif Ghulamahdi (Scopus ID: 56237754300) (Agronomy - Bogor Agricultural University, Indonesia) Prof. Dr. Siti Herlinda (Scopus ID: 37107781700)
(Pest and Plant Disease - Universitas Sriwijaya, Indonesia) Prof. Dr. Tualar Simarmata (Scopus ID: 6505785217) (Soil Science - Universitas Padjajaran, Indonesia)
Prof. Dr. Widiatmaka (Scopus ID: 56962708400)
(Land Resources - Bogor Agricultural University, Indonesia) Prof. K.V. Mohanan (Scopus ID: 56625173400
(Genetics and Plant Breeding - University of Calicut, Chelari, India) Ehsan Neamatollahi, Ph.D. (Scopus ID: 36010839900)
(Land Sustainability - Ferdowsi University of Mashhad Iran) Prof. Dr. Bambang Tri Rahardjo (Scopus ID: 55969532600) (Plant Pests and Diseases - Universitas Brawijaya, Indonesia) Xiaofei Zhang, Ph.D (Scopus ID: 36912855800)
(Plant Molecular Breeding - Centro Internacional de Agricultura Tropicaldisabled (CIAT), Colombia) Antonio L. Acedo, Ph.D (Scopus ID: 35775060600)
(Horticulture - World Vegetable Center, Cambodia) Dickson Osei Darkwah, M.Phil (Scopus ID: 57209747388)
(Mutation Breeding - Council for Scientific and Industrial Research - Oil Palm Research Institute (CSIR- OPRI), Ghana)
Dr. Akhmad Rizali (Scopus ID: 6507320984)
(Pest and Plant Disease - Universitas Brawijaya, Indonesia) Dr. Amzul Rifin (Scopus ID: 55797285000)
(Agricultural and Resource Economics - IPB University, Indonesia) Dr. Chairani Martasari
(Plant Breeding - Indonesian Citrus and Subtropical Fruits Research Institute, Indonesia) Dr. Darmawan Saptadi (Scopus ID: 57193852160)
(Genetics and Plant Breeding - Universitas Brawijaya, Indonesia) Affandi, Ph.D (Scopus ID: 55981822000)
(Pest and Plant Disease- Indonesian Tropical Fruit Research Institute, Indonesia) Dr. Giyanto (Scopus ID: 57192695475)
(Plant Bacteriology - IPB University, Indonesia) Dr. Nuning Argo Subekti (Scopus ID: 57212605664)
(Genetics and Plant Breeding - Indonesian Center for Food Crops Research and Development, Indonesia) Dr. Pearl Chang (Scopus ID: 57217321179)
(Plant Genetics - National Pingtung University of Science and Technology, Taiwan) Dr. Saptowo J. Pardal
(Plant Biotechnology - Indonesian Center for Agricultural Biotechnology & Genetic Resources, Indonesia) Dr. Tri Joko (Scopus ID: 17345721200)
(Plant Protection - Universitas Gadjah Mada, Indonesia) Hagus Tarno, Ph.D (Scopus ID: 36163526900)
(Entomology - Universitas Brawijaya, Indonesia) Prof. Dr. Kuswanto (Scopus ID: 57192702058)
(Plant Breeding - Universitas Brawijaya, Indonesia)AGRIVITA Journal of Agricultural Science. 2021. 43(3) Prof. Dr. Moch. Dawam Maghfoer (Scopus ID: 55440224300)
(Agronomy - Universitas Brawijaya, Indonesia)
Prof. Y. Andi Trisyono, Ph.D (Scopus ID: 8076797900)
(Integrated Pest Management - Universitas Gadjah Mada, Indonesia) Syahrul Kurniawan, Ph.D (Scopus ID: 55876481800)
(Soil Chemistry - Universitas Brawijaya, Indonesia) Dr. M.Y. Rafii (Scopus ID: 37000188500)
(Plant Genetic – Universiti Putra Malaysia) Dr. Edy Syahputra (Scopus ID: 55965649800)
(Plant Toxicology and Physiology - Universitas Tanjungpura, Indonesia) Dr. Muhammad Sajjad (Scopus ID: 57203044287)
(Plant Biotechnology - COMSATS University Islamabad, Pakistan) Dr. Sara Hosseinian (Scopus ID: 56865746500)
(Medical Physiology - Mashhad University of Medical Sciences, Iran) Prof. Dr. Agric. Eng. Abd El-Rahman Abd El-Raouf Ahmed
(Bio-System and Post-Harvesting Technology - Agricultural Engineering Research Institute, Egypt) Prof. Dr. IGP Muliarta Aryana
(Plant Breeding - Universitas Mataram, Indonesia) Nono Carsono, Ph.D (Scopus ID: 13103920500) (Agronomy – Universitas Padjadjaran, Indonesia)
Dr. Kolluru Viswanatha Chaitanya (Scopus ID: 6603655335)
(Biochemistry, Genetics and Molecular Biology - Gandhi Institute of Technology and Management, Visakhapatnam, India)
Dr. Aminuddin Affandi (Scopus ID: 56719707000)
(Pest and Diseases Science – Universitas Brawijaya, Indonesia)
GUIDELINE FOR CONTRIBUTORS
TO AGRIVITA JOURNAL OF AGRICULTURAL SCIENCE
AGRIVITA Journal of Agricultural Science is a peer reviewed scientific journal and published manuscripts in plant science i.e. agronomy, horticulture, plant breeding, soil sciences, plant protection and other pertinent fields related to plant production. Articles must be the results of recently conducted research (not more than 5 years). They must neither be previously nor simultaneously submitted in any journal nor published elsewhere except in a preliminary form. Review papers should be critical analysis and integration of recent advances in an important area of research which can stimulate further research, provide a new approach or new knowledge. Authors of these papers should have published at least 3 articles on the subject in a referred journal or should be recognized authorities in the field covered by the review.
GUIDING PRINCIPLES
An acceptable manuscript will meet the following general criteria: it reports a worthwhile contribution to plant science, methodology is well and clearly explained with sufficient details. Results and discussion are supported by sufficient scope data, manuscripts is concise, well written, and understandable. Conclusion summarized the results and showed specific findings.
MANUSCRIPT FORMAT
Manuscript should be uploaded to AGRIVITA open journal system (OJS) at http://www.agrivita.ub.ac.id and composed in AGRIVITA standard format. The manuscripts were typed at one sided A4 paper, single column, 1.5 space line, font 10 point Arial and with continuous line numbers. Margins on all four sides are 2 cm.
MANUSCRIPT TITLE
Title clearly describes the manuscript content, concise, informative and preferably not more than 20 words.
The title should avoid abbreviations and formula. The manuscripts should provide a running title, a short form of manuscript title that is not more than 5 words or phrases.
AUTHORS
Manuscript has main author and co-authors with full name of both author and co-authors (no abbreviation).
The author should indicate the affiliation institute with clear mail address and email.
ABSTRACT
The abstract comes after title and author names in the first page of manuscript. Abstract must be integrated and independent which is consisted of introduction and purpose, methods, results, conclusion and suggestion. References and non-standard or uncommon abbreviations should be avoided. Abstract contained not more than 200 words.
KEYWORDS
The keywords should avoid general and plural terms and multiple concepts. Do not use words or terms in the title as keywords. These keywords will be used for indexing purposes. Keywords should not more than 5 words or phrases in alphabetical order.
INTRODUCTION
State the objectives of the work and provide an adequate background. Avoid a detailed literature survey or a summary of the results. Explain how to address the problem and clearly state the aims of the study.
Copyright © 2021 Universitas Brawijaya MATERIALS AND METHODS
It should be mentioned the period and place of research. All materials and methods that used such chemical for analysis, treatment and experimental design must be stated clearly and briefly. The unit measurement used SI (International Standard Unit) and symbols. Use slash instead of exponent (e.g. kg/ha). Use words when unit of measure is not involved (e.g. grains per panicle). In the case of range of values, indicate the unit at the end of the range (e.g. 10-15 t/ha). Avoid beginning a sentence with a symbol. Use percent symbol (%) with figures only (e.g. 5%), and spell it out (percent) with written numbers.
RESULTS AND DISCUSSION
Results presented should be consistent with the objectives of the study. Discussion should be done for integration purposes, i.e. within the results of the study or with reference to other studies.
CONCLUSION AND SUGGESTION
Conclusion should include the summary and implications of major findings of the study. Suggestion can be included or be stated under the heading “Suggestion”;
ACKNOWLEDGEMENT
Indicate the source(s) of funds and institutions or individuals who helped in the study.
REFERENCES
Articles should contain at least 20 primary research papers, 80% from journal articles and preferably have been published not more than 10 years. Unpublished data and personal communication should not be included as literature citations. “In Press” articles that have been accepted for publication may be cited in references and should indicate the publication date, if available. All references should be written down in reference tool manager i.e. Mendeley using American Psychological Association (APA) style and arranged from A to Z.
Template file could be downloaded in the website:
http://agrivita.ub.ac.id/index.php/agrivita/pages/view/template
Copyright © 2021 Universitas Brawijaya
