Introducing Artificial Intelligence into Law Enforcement Practice: The Case of Russia

Section: Introductionmentioning

confidence: 99%

Primary Cleaning Machine for Small and Medium-Sized Mung Bean Grains for Farms and Peasant Farms

Rasulov,

Abduraxmanov,

Igamberdiev

et al. 2023

“…In addition, all this becomes relevant with the proper use of the achievements of digital technologies [2][3][4][5][6][7][8], with the improvement of legal support mechanisms for this activity [9][10][11][12][13][14][15], as well as with the introduction of other support measures [16][17].…”

Section: Introductionmentioning

confidence: 99%

Heredity and Variability of Early Maturity of Cotton Hybrids Developed By Participation of the Introgressive Progenies

Namazov,

Matyokubov,

Sadiqova

et al. 2023

In the article described the results of the analysis of the dominancy and variability of the main components of early maturing, i.e. the “germination-50% flowering” and the “germination-50% maturing” periods of F1-F4 hybrids developed by the participation of the introgressive cotton progenies. As result of investigations there are found out mainly negative heterosis, full dominance and intermediate inheritance, i.e. early maturing occur for the “germination 50% flowering” and “germination-50% maturing” periods at hybrids developed by the participation of introgressive cotton progenies. It was concluded possibility of using of them in the breeding of F1 hybrids with high heterosis. The cotton progenies PL-4684-86/16 of; PL-470/1/16; PL-58/16 and PL-588/16 and hybrid combinations PL-4679-81/16 x Jarkurgan; PL-58/16 x Jarkurgan; PL-200/16 x Jarkurgan; PL-4747-48/16 x Jarqurgan and PLBSG/16 x Jarqurgan developed through introgressive selection method were recommended to be widely used in studies on improvement of early maturity.

“…In our republic, extensive measures are being taken to create new cotton varieties whose fiber quality and productivity meet the requirements of the world cotton market [3][4][5][6]. It should be noted that the creation of new varieties of cotton is significantly influenced by digital technologies [7][8][9][10][11][12] and scientifically based legal positions in this area [13][14][15][16][17][18][19][20]. As a result of this, the creation of valuable breeding materials suitable for different soil-climate regions, productive, resistant to water scarcity, insects and pests, and other stress factors has become important, and a number of researches are required in this regard.…”

Section: Introductionmentioning

confidence: 99%

Indications of High-Generation Convergent Hybrids Based on Transgressive Recombination Prints in Cotton

Namazov,

Kholmurodova,

Yuldasheva

2023

In the article, it is presented that the use of complex and convergent hybridization is an effective method for increasing cotton weight per bag, 1000 seed weight, fiber yield and fiber length. Among the complex and convergent families based on the principle of transgressive recombination in increasing the cotton weight per bag, mainly O-401-03 and O-175-178 families, among the families based on complex hybridization in improving the weight of 1000 seeds, the O-401-03 family, convergent O-109 O-401-03, O-470-72, O-109-110, O-774-776, O-369-372 from the -110 families, as well as from the O-504-09 and O-609-610 families, improving fiber yield , O-504-09 and O-365-366 from families based on complex and convergent hybridization, relatively high values in families based on complex hybridization in terms of fiber length in families O-440-46 and O-289-90, among convergent hybrid families based on the principle of transgressive recombination The expediency of using O-609-610, O-393-94 and O-899-900 families in genetic-selection studies is highlighted.