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AMA, Agricultural Mechanization in Asia, Africa and Latin America

AMA, Agricultural Mechanization in Asia, Africa and Latin America (AMA) (issn: 00845841) is a peer reviewed journal first published online after indexing scopus in 1982. AMA is published by Farm Machinery Industrial Research Corp and Shin-Norinsha Co. AMA publishes every subjects of general engineering and agricultural engineering. Shenyang Jianzhu Daxue Xuebao (Ziran Kexue Ban)/Journal of Shenyang Jianzhu University (Natural Science) General Medicine (ISSN:1311-1817) Chinese Journal of Evidence-Based Medicine Zhongguo yi liao qi xie za zhi = Chinese journal of medical instrumentation Lizi Jiaohuan Yu Xifu/Ion Exchange and Adsorption

Submission Deadline
04 Dec 2023 (Vol - 54 , Issue- 12 )
Upcoming Publication
31 Dec 2023 (Vol - 54 , Issue 12 )

Aim and Scope :

AMA, Agricultural Mechanization in Asia, Africa and Latin America

AMA, Agricultural Mechanization in Asia, Africa and Latin America (ISSN: 00845841) is a peer-reviewed journal. The journal covers Agricultural and Biological Sciences and all sort of engineering topic. the journal's scopes are in the following fields but not limited to:

Agricultural and Biological Sciences
Electrical Engineering and Telecommunication
Electronic Engineering
Computer Science & Engineering
Civil and architectural engineering
Mechanical and Materials Engineering
Transportation Engineering
Industrial Engineering
Industrial and Commercial Design
Information Engineering
Chemical Engineering
Food Engineering

The Amalgamation of Parametric and non-Parametric Stability Models with Yield stability Index to identify superior Rice genotypes from the Antenna Panel of Global Rice Array-IV

Paper ID- AMA-13-05-2022-11368

G × E interaction is major cause of discrepancy in crop yield under different environments. International Rice Research Institute (IRRI) launched their fourth flagship project on Global Rice Array (GRA-IV) to identify climate resilient rice genotypes. Various non-parametric (Nassar and Huehn’s method, Huehn’s method and Thennarasu’s method), parametric (Wricke’secovalence, Francis and Kannenberg’s coefficient of variance and Eberhart and Russell’s method) and multivariate methods- Additive Main Effects and Multiplicative Interactions (AMMI) had been already designed to differentiate genotypes for their behavior under different environmental conditions. Due to differential ranking of genotypes in different models, the Average of Sum of Ranks (ASR) of all measures was used in combination with Yield Stability Index (YSI) in this study, to identify desirable, high yielding and stable rice genotypes. The present investigation consisted of 26 rice genotypes (from ‘Antenna Panel’- Global Rice Arrays-IV). Genotypes of ‘Antenna panel’ were designed to help in characterization and diagnosis of diversity and dynamics of evolving climate through the eye of the crop and thus predict future grain yield for that growing site. This experiment was carried out over three different environments of Northern tarai region (Norman Ernest Borlaug Crop Research Center), Pantnagar, Uttarakhand, India. Pooled analysis of variance (ANOVA) for grain yield over the three different test environments pointed out the existence of significant differences among genotypes, G (44.32 %), environments, E (8.36 %) and interactive G × E effects (47.32 %). The genotypes G 4, G 6, G 23, G 9 and G 21 were identified as most stable genotypes as they had lowest ASR values of 2.3, 2.7, 4.7, 5.6 and 5.9 respectively. The ASR method in combination with YSI revealed that G4 is the most desirable genotype as it was not only stable but also high yielding; such superior genotypes can be utilized in future breeding programs for numerous benefits.

Variability Analysis of Seedling Grown Acid Lime Genotypes in the Foot Hills of North Western Himalayan Regions of India

Paper ID- AMA-13-05-2022-11367

Lime (Citrus aurantifolia Swingle) is one of the important commercial fruit cultivated in Jammu region. The experiment was conducted to study variability among acid lime genotypes. A survey was undertaken during 2017 to 2019 in five districts of Jammu province. The study comprised of characterization and evaluation of lime genotypes that were identified in different areas. Seventy acid lime genotypes from different areas were selected. The results revealed that maximum tree height (4.2 m) was recorded in genotype JMU-Nag(66). Most of the genotypes were obloid in tree shape with spreading tree growth habit, dense branching habits and narrow branch angle. Among fruit characters maximum fruit weight (56.26 g), fruit diameter (49.57 mm), fruit length (55.70 mm) and total yield (160.28 Kg/tree) was recorded in genotype JMU-Nag(70) whereas width of epicarp at equatorial area (2.50 mm) was recorded maximum in JMU-Log(9). Cluster dendrogram grouped seventy lime genotypes under two main clusters A and B representing the intensity of diversity and closeness among them. Cluster-A had four genotypes and cluster B is further divided into nine sub clusters comprising of sixty-six genotypes. As cluster I comprised of only four genotypes and formed the separate and most distinctive cluster representing JMU-Pana(41), JMU-Jib(36), JMU-Nag(65), JMU-Nag(70) as the most diverse genotypes and can be used for further breeding programme.

Impact Of Partial Root Zone Drying, Regulated Deficit Irrigation And Fertigation On Growth And Quality Mango (Mangifera indica L.) cv. Dashehari Under Rainfed Conditions

Paper ID- AMA-13-05-2022-11366

This study addresses water-saving irrigation strategies, including regulated deficit irrigation (RDI) at 75% and 50% crop ETc and partial root-zone drying (PRD) at 75% and 50% ETc to investigate the response of the mango (Mangifera indica L.) drip system in the field on a sandy loam soil during years 2017 and 2018. Results revealed that the soil moisture content was recorded maximum in treatment T1(100% ETc) whereas, soil potential was recorded maximum under T10 (no irrigation) during both the years. The maximum fruit weight (206.45 and 208.29 gram), fruit length (10.37 and 10.40 cm), fruit breadth (6.31 and 6.33 cm), fruit volume (213.87 and 216.56 cm3) and specific gravity (1.03 and 1.04 g/cc) were recorded in T7 (PRD 75% ETc + F) during both the years 2017 and 2018, respectively. Mango trees treated with PRD 50% ETc and fertigation recorded maximum TSS (20.42 and 20.50 0Brix), titrable acidity (0.22 and 0.22 %), total sugars (15.25 and 15.30 %), reducing sugars (3.71 and 3.73 %), non reducing sugars (10.96 and 10.99 %). The application of PRD 75% ETc + F resulted in maximum fruit set (0.96 and 0.98 %) and yield (47.02 and 97.11 kg/tree) compared to all other treatments and maximum fruit drop percent was found in treatment (T10) 86.24 and 87.13 %. The maximum water use efficiency was recorded in PRD 50% ETc + F (T9).

Self Sufficiency in Fish Production through Biofloc farming for Doubling the Small Holder Farmers’ Income of Manipur-A case Study

Paper ID- AMA-13-05-2022-11363

A study on the “Self Sufficiency in Fish Production through Biofloc farming for Doubling the Small Holder Farmers’ Income of Manipur” shows that the initial fixed cost incurred in Biofloc farming was found to be Rs. 40000 including the installation charges while the expenditure on variable cost were approximately estimated as Rs. 104200. In totality, a farmer in the study area incurs or spent an amount of Rs. 144200 for undergoing Biofloc farming. Usually the farmers produce 2 crops in a year and each crop or I-crop can harvest upto 600 kg with a gross cost of Rs. 180000 and a net return of Rs. 35800. Thus a Biofloc farmer harvested 1200 kg with an annual net return of Rs. 71600 from the 2 crops on an average. The return over investment for three (3) years for an unit Biofloc farmer shows the increasing return over the period and it was found to be 16.5%, 67% and 71.10% for I; II and III year respectively. Institutional mechanism like low access to financial credit; high cost of fingerlings and their availability, reliability & survivability; high cost of fish feed, lack of extra rearing chambers/ponds during the pre-culture period; lack of tip-top scientific skill and limited fish species for Biofloc farming are ranked as the production problem and issues like price spread; low demand and lack of Govt. policy in the marketing aspects. Proper institutional approach or mechanism of backward linkages for the helpless or marginal farmers in order to invest in such high capital enterprise like Biofloc; better awareness and skill oriented outreached activities from the professional end can grow and develop Biofloc farming in the district.

Agro-Economic Impact of Nano Urea Application on the Scientific Cultivation of Rice in Imphal West District of Manipur, India

Paper ID- AMA-13-05-2022-11361

The present study was conducted as an alternative source of urea granule fertilizer in rice cultivation because of having due advantages for efficient use of resources in the rice production scenario so as to assess the agro-economic impact of nano urea application in scientific cultivation of rice with the existing farmers fertilizer practices in the state of Manipur. A sensitization programme was conducted through on-line mode with the IIFCO-Guwahati, IIFCO-marketing Manipur region along with the scientific and farming communities of Manipur under a novel initiative of ICAR-KVK, Imphal west. The IIFCO-Guwahati, ICAR-KVK agreed to conduct a trial on the farmers’ fields of 2 districts (Imphal west and Kakching districts) of Manipur. KVK approached a local agriculture Drone service provider (Glazing Info-Tech., Nameirakpam, Manipur) and the trial cum demonstrations on the application of nano urea using agriculture Drone was conducted on 25 farmers field covering 10 ha in Imphal West and 5 ha in Kakching district. Data on agronomic and economic attributes were taken to study the impact of Nano urea application on the agro-economic aspects under the supervision of ICAR-KVK, Imphal. The results of the demonstration were highly significant with a percent increased of 11.2% average yield over the Farmers Fertilizer Practice (FFP). The gross costs were found to Rs.71000 for FFP and Rs.70000 in the technology intervention with a net return of Rs.60000 for nano urea application over the FFP of Rs. 43000. The response of the farmers for nano urea application revealed that majority of them are not aware of the new technology intervention and they came to know only when the ICAR-KVK sensitized and implemented the technology in their field. Only 80%, 12%, 8% responded yes to perceptions such as the Know-how of nano urea application, use of agriculture drone and Power sprayer. However, 96% responded that the productivity of the rice increased in case of the nano urea application Thus, the nano urea application had resulted in cost & drudgery reduction, thereby saving resources, increased the yield by 11.12% and enhanced farmers’ income in rice production in the state of Manipur.