Abubakar M, Abdulkadir BH (2012). Design and evaluation of motorized and manually operated groundnut shelling machine. International Journal of Emerging Trend in Engineering and Development 2(4):673-682.

Bako T, Bardey IA(2020). Engineering properties of acha (Digitaria exilis) grains in relation to the design of grain processing machines. Agricultural Engineering International: CIGR Journal 22(2):159-170.

Cruz JF, Béavogui F, Dramé D, Diallo TA (2016). Fonio, an African cereal. Montpellier: Cirad P 154.

Dalha I, Saeed H, Mohammed US (2018). Development and performance evaluation of pulse shelling machine. 12th CIGR Section VI International symposium, Institute of International Tropical Agriculture, Ibadan, Nigeria.

Diakite S (1992). Fonio Husker Machine (Senegal). African Innovation Foundation. 

Idris RM, Yawas DS, Abdulrahman AM (2018). Development and performance evaluation of a three rollers acha (Digitaria exilis) dehusking machine. Arid Zone Journal of Engineering, Technology and Environment 14(2): 261-271.

Kaankuka TK (2015). Comparative performance evaluation of an existing and modified acha dehullers. Global Journal of Engineering Research 14(1):9-15.
Crossref

Kaankuka TK, Itodo IN, Obetta SE (2014). Effect of cylinder type and speed on acha (Digitaria exilis) dehulling. International Journal of Applied Engineering and Technology 4(2):125-131.

Kaankuka TK, Itodo IN, Awulu JO (2015). Design analysis of an existing acha (Digitaria exilis) dehulling machine. Journal of Science and Technology 35(4):1-10.
Crossref

Kabir AA, Fedele OK (2018). A review of shelling, threshing, dehulling and decorticating machines. Journal of Agricultural Research 3(1):000148
Crossref

Koreissi DY, Fanou_Fogny N, Hulshof O, Brouwer I (2013). Fonio (Digitaria exilis) landraces in Mali: Nutrient and phytate content, genetic diversity and effect of processing. Journal of Food Composition and Analysis 29(2):134 -143.
Crossref

Mathukia RK, Sagarka BK, Jadav CN (2015). Integrated weed management in summer sesame. Indian Journal of Weed Science 47(2):150-152.

Nura A, Dahdivan N, Ardakani SA (2017). Physicochemical properties and applications of date seed and its oil. International Food Research Journal 24(4):1399-1406.

Okunola A, Okonkwo C, Olumhense AG, Ajao F(2015). Design, development and evaluation of a pneumatic cum eccentric drive cleaning machine: A response surface analysis. Asia Journal of Scientific Research 12(4):462-471.
Crossref

Pawankumar PT, Goswami K, Priti L, Nitesh P (2018). Performance enhancement of pre-cleaner and gravity separator. International Journal of Pure and Applied Bioscience 6(6):838-852.
Crossref

Philip TK (2011). Development of an acha (Digitaria Exilis) dehulling machine. Unpublished PhD thesis, University of Agriculture, Makurdi, Benue State, Nigeria.

Ranjeet S, Sukhdev M (2013). Development and evaluation of centrifugal sheller for muskmelon seed. International Research Journal of Biological Sciences 2(3):7-10.

Rose V (2017). Fonio: Tasty early - maturing cereal for diversified production systems in West Africa. Biodiversity International 7(2):234-241.

Satimehin AA, Philip TK (2012). Some physical properties of acha as affected by moisture content. Postharvest Technology and Process Engineering 14(4):233 -240.

Solanki CD, Mridula SK, Aleksha K, Gupta RK (2018). Buckwheat dehuller and optimization of dehulling parameters. International Journal of Current Microbiology and Applied Sciences 7(11):1041-1052.
Crossref

Subedi M, Tabil LG, Vandenberg A (2018). Influence of seed coat color genes on milling qualities of red lentil (Lens culinaris Medik.). Journal of Agricultural Science 10(10):88-98.
Crossref

Tokan A, Danladi YB, Shekarau MBE, Dada SG (2012). Design, fabrication and testing of a fonio de-husking machine. International Journal of Engineering Innovation and Research 1(6):2277-5668.

Wilma SS, Emeses BO, Rambo EK (2018). Prospects and constraints to acha production and processing in Bogoro Local Government Area of Bauchi State: Implication to relevant technology transfer. Journal of Agriculture and Veterinary Science 11(7):58-64.