Pavana Kumar ST

Dr. Pavana Kumar ST


Research Focus & Metrics

Academic Career Length

6Years (2021-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
23 August 2022 in Resources Policy
Verified
Journal Article
Closed access
RARafael Alvarado
Rafael Alvarado
Lizeth CuestaLizeth Cuesta
Lizeth Cuesta
PSPavana Kumar ST
Pavana Kumar ST
Abdul RehmanAbdul Rehman
Abdul Rehman
Muntasir MurshedMuntasir Murshed
Muntasir Murshed
BTBrayan Tillaguango
Brayan Tillaguango

15 March 2024 in Information Technology for Development
Verified
Journal Article
Closed access
BLBiswajit Lahiri
Biswajit Lahiri
TAThiruchirapalli Sudarshan Anurag
Thiruchirapalli Sudarshan Anurag
SBSwapnali Borah
Swapnali Borah
NMNatasha Rangsa Marak
Natasha Rangsa Marak
PSPavana Kumar ST
Pavana Kumar ST
BMBalkho Rangsha Marak
Balkho Rangsha Marak
1. Rural agro-advisory services are in the process of dynamic transformation across the globe. Interventions of different information and communication technology (ICT) modules in the rural advisor...

10 December 2024 in Journal of the Knowledge Economy
Verified
Journal Article
Closed access
PDF file
BLBiswajit Lahiri
Biswajit Lahiri
RKRam Kumar Kurmi
Ram Kumar Kurmi
SOIBAM KHOGEN SINGHSOIBAM KHOGEN SINGH
SOIBAM KHOGEN SINGH
AGAmitava Ghosh
Amitava Ghosh
PPPrasenjit Pal
Prasenjit Pal
ADAnamika Debnath
Anamika Debnath

3 September 2021 in Spatial Statistics
Verified
Journal Article
Closed access
PSPavana Kumar ST
Pavana Kumar ST
BLBiswajit Lahiri
Biswajit Lahiri
RARafael Alvarado
Rafael Alvarado

27 June 2023 in Evaluation and Program Planning
Verified
Journal Article
Closed access
PSPavana Kumar ST
Pavana Kumar ST
BLBiswajit Lahiri
Biswajit Lahiri

1 January 2023 in Indian Journal of Dairy Science
Verified
Journal Article
Open access
PDF file
PSPavana Kumar ST
Pavana Kumar ST
MKMilind K
Milind K
KHKencharaddi Hg
Kencharaddi Hg
BLBiswajit Lahiri
Biswajit Lahiri
The present study was conducted to understand the present and future perspective of milk production in Karnataka and to develop a suitable model for prediction of milk production in the state. The present study is having advantage as the past trends of milk production in the state have been impressive with growth, contributing significantly to overall milk production in the country. The Auto-Regressive Integrated Moving Average (ARIMA) and Artificial Neural Network (ANN) models were applied to the data sets of different dairy units for modeling and forecasting milk production in the state. The milk production of different dairy units has indicated a significant and positive trend over the years (Mann Kendal and Sen’s estimator). The purpose of the study was based on the accuracy criteria to identify the best ARIMA and ANN models for forecasting. It was found that the ARIMA model predicted cows, goats, and total milk production with better R-Square, MAPE and percentage prediction error compared to ANN models. ANN model performed better in predicting the buffalo’s milk yield compared to the ARIMA model. The best-identified models were used for out-sample forecast.