Enhanced Tomato Yield via Bumblebee Pollination: A Case Study in Durres, Albania

Shahini, Shpend; Shahini, Ermir; Koni, Bleis; Shahini, Zhaneta; Shahini, Elti; Bërxolli, Ajten

doi:10.18280/ijdne.180417

Cited by 4 publications

(1 citation statement)

References 35 publications

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“…In addition, the number of pests and diseases is increasing [10][11][12]. Proper use of nitrogen fertilizers will not only increase the yield of rice, but also reduce their negative impact on the environment [13,14].…”

Section: Introductionmentioning

confidence: 99%

Effects of Nitrogen Fertilizer Doses and Application Methods on the Yield of Syr Suluy Rice in the Kyzylorda Region

Kultassov,

Bekzhanov,

Nurgaliyev

et al. 2024

IJDNE

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The purpose of this research is to study the effect of doses of nitrogen fertilizers and methods of their application on the development and yield of rice plants of the Syr Suluy variety in the Kyzylorda region of the Republic of Kazakhstan. To study the effectiveness of methods for applying nitrogen fertilizers, options for their fractional application were provided at a rate of 120 kg/ha and 150 kg/ha. The ammonium nitrogen in the soil and the intensity of dry matter accumulation during the vegetation phases were analysed. The biometric parameters of rice plants were also studied, and the yield was estimated. Increasing the dose of nitrogen fertilizers led to increased accumulation of dry matter throughout the various phases of the rice vegetation. The improvement of the nitrogen regime of the soil contributed to an increase in yield by 3.29 t/ha or 85% compared to the variant without nitrogen fertilization. It was also found that with fractional application and 150 kg/ha of nitrogen fertilizer, the maximum economic profitability of 78.1% was achieved. The obtained data, which indicates the benefits of fractional application and increased doses of nitrogen fertilizers, can be used to optimize agricultural technology by refining fertilization schedules and dosages. This will aid in achieving the maximum possible and economically viable yield of rice of the Syr Suluy cultivar, ultimately improving farming practices in the Kyzylorda region of the Republic of Kazakhstan.

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Section: Introductionmentioning

confidence: 99%

Effects of Nitrogen Fertilizer Doses and Application Methods on the Yield of Syr Suluy Rice in the Kyzylorda Region

Kultassov,

Bekzhanov,

Nurgaliyev

et al. 2024

IJDNE

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Modern breeding methods in forestry aimed at preserving genetic diversity

Sultanbaeva,

Konurbeva,

Osmonkanov

et al. 2024

Ukr. j. for. wood sci.

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This research is devoted to analysing the impact of modern breeding measures in forestry on the level of genetic diversity of forest tree species. It has been found that the main source of improved seed material for the genetic restoration of forests is base forest seed orchards. Aspects of the influence of determining factors – background pollination and the number of clones – on the indicators of genetic variability of progeny have been analysed in detail. The potential of background pollination in forest seed orchards in the context of a significant decrease in the effectiveness of breeding measures and a parallel increase in the level of genetic variability of progeny has been studied. An analysis of data on the minimum number of clones in seed orchards has been carried out based on the practical experience of other developed countries. The dynamics of clone variability in terms of fertility have been investigated. The potential impact of clonal selection on the genetic diversity of tree species, particularly in reducing it, has been identified. It has been confirmed that integrating the concept of family forestry, which involves the use of vegetative propagation techniques, into the breeding strategy significantly increases the level of genetic variability in progeny. The study has demonstrated that the multiple-population breeding system provides the optimal preconditions for synergising the process of long-term intensive breeding and preserving the gene pool of tree species. It has been determined that there is no negative impact on genetic diversity from implementing a complex of optimally planned breeding programs. At the same time, the potential for intensifying the quality of gene pool conservation in the process of forest ecosystem restoration through the use of improved seed material and clones in artificial orchards has been established. Special attention is given to the maintenance of ex situ – valuable genetic material in forest seed production facilities, including forest seed orchards, trial cultures, and clone archives of plus trees. Research has shown that the implementation of modern innovative solutions and scientific recommendations can minimise the loss of genetic diversity in forest tree species. The results can be applied in contemporary forestry breeding programs

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Strategies for improving the competitiveness of agricultural products and China's trade policy in the world market

Aliyev,

Guliyev,

Abdullaev

et al. 2024

Scientific Horizons

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The purpose of the study was to analyse the impact of foreign direct investment (FDI) on China's agricultural sector, with a focus on technology upgrading, productivity improvement and access to new markets. The study empirically assessed the performance of leading agricultural companies such as Joyvio Beidahuang Agricultural Holdings, Zheng Dong, Beijing Capital Agro and Rainbow Agro using statistical data and executive interviews. The results confirmed that FDI significantly contributes to the productivity of the agricultural sector, with a 47.8% increase in yields and a 60% increase in exports. In addition, 60% of the companies were able to successfully enter new international markets by improving product quality and adopting modern technologies. An important aspect of the study was the identification of trade barriers, such as complex certification procedures and strict sanitary requirements, which make it difficult to access international markets. The results also highlighted the need for further improvements in supply chains, government support and innovation to enhance the competitiveness of China's agricultural sector in the global arena. In addition, the analysis shows that the supply chain ecosystem requires Optimisation to allocate resources more efficiently and reduce transportation costs. Finally, the study emphasised the importance of sustainable development and the environment in the context of global challenges, including climate change and food security. Effective cooperation with international partners and the integration of modern production approaches will ensure the long-term stability and development of China's agricultural sector, contributing to a sustainable and secure future for the country's agriculture sector

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Enhanced Tomato Yield via Bumblebee Pollination: A Case Study in Durres, Albania

Cited by 4 publications

References 35 publications

Effects of Nitrogen Fertilizer Doses and Application Methods on the Yield of Syr Suluy Rice in the Kyzylorda Region

Effects of Nitrogen Fertilizer Doses and Application Methods on the Yield of Syr Suluy Rice in the Kyzylorda Region

Modern breeding methods in forestry aimed at preserving genetic diversity

Strategies for improving the competitiveness of agricultural products and China's trade policy in the world market

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