Results 81 to 90 of about 287,686 (213)

A lightweight waxberry fruit detection model based on YOLOv5

IET Image Processing
In order to solve the safety and efficiency problems in the picking process of Waxberry, the slow speed and low precision of high‐density Waxberry target detection under a complex background were studied. A lightweight Waxberry target detection algorithm
ChengYu Yang, Jun Liu, JianTing He
doaj   +1 more source

Still air laboratory test on the new model Tartan Speed Spreader spreading Gesapon 10% prills

, 1969
A full description of the test procedure and equipment is contained in Project Report P/5 of the New Zealand Agricultural Engineering Institute issued in July 1969
New Zealand Agricultural Engineering Institute
core  

Still air laboratory test on the Mark II Tartan Speed Spreader spreading 10% W/W fenitrothion

, 1970
A full description of the test procedures and equipment is contained in Project Report P/5 of the New Zealand Agricultural Engineering Institute issued in July ...
New Zealand Agricultural Engineering Institute
core  

Transcriptome sequencing and metabolome analysis to reveal renewal evidence for drought adaptation in mulberry

IET Systems Biology
As an economically important tree species, mulberry (Morus spp.) has exhibited a remarkable tolerance for salinity, drought and heavy metals. However, the precise mechanism of metabolome‐mediated drought adaptation is unclear.
Dan Liu, Changyu Qiu, Sheng Huang, Rongli Mo, Xiaomei Lu, Yanrong Zeng, Guangshu Zhu, Chaohua Zhang, Qiang Lin   +8 more
doaj   +1 more source

Rope and Its Use on the Farm

, 1913
This archival publication may not reflect current scientific knowledge or recommendations. Current information available from University of Minnesota Agricultural Experiment Station: http://www.maes.umn.edu/Frear, J.B.; University of Minnesota ...
Frear, J.B., University of Minnesota. Agricultural Experiment Station. Agricultural Engineering Division   +1 more
core  

Selection and Preparation of Land for Cranberry Culture

, 1914
This archival publication may not reflect current scientific knowledge or recommendations. Current information available from University of Minnesota Agricultural Experiment Station: http://www.maes.umn.edu/Lewis, C.L.; University of Minnesota ...
Lewis, C.L., University of Minnesota. Agricultural Experiment Station. Agricultural Engineering Division   +1 more
core  

Still air laboratory test on the Mark I Tartan Seed Spreader spreading 10% W/W fenitrothion

, 1970
A full description of the test procedures and equipment is contained in Project Report P/5 of the New Zealand Agricultural Engineering Institute issued in July ...
New Zealand Agricultural Engineering Institute
core  

Still air laboratory test on the new model Tartan Speed Spreader spreading 20 w/w lindane prills

, 1969
A full description of the test procedures and equipment is contained in Project Report P/5 of the New Zealand Agricultural Engineering Institute issued in July ...
New Zealand Agricultural Engineering Institute
core  

Agricultural Engineering as a Culture, and Culturization of Agricultural Engineering.

Japanese Journal of Farm Work Research, 1996
openaire   +3 more sources

Still air laboratory test on the new model Tartan Speed Spreader spreading 20% w/w p.p.i. D.D.T. prills

, 1969
A full description of the test procedure and equipment is contained in Project Report P/5 of the New Zealand Agricultural Engineering Institute issued in July ...
New Zealand Agricultural Engineering Institute
core