Since Russia-Ukraine war, India and the United States has enhanced their cooperation as evidenced by the recent engagements. Multiple meetings by officials and leaders including two Quad and 2+2 dialogue summits, have provided a clear stance on each country’s perspective on the recent conflict. The US-India dispute regarding Russia-Ukraine war demonstrates that it is a stress test for the US-India ties, as well as a test of the US leadership in the global politics. The balancing act required to settle the differences between the two countries will have implications for the Indo-Pacific region as well as global security, even though the disagreements are not yet mutually incompatible. Strengthening ties with the US is now a tightrope walk for India. While there are differences between the two countries in Ukraine, the real challenge is turning these differences into opportunities. The paper deals with the different issues arising from the Russia and Ukraine conflict in the context of US-India interface.

Iron (Fe) is a vital element for plants and other organisms, involving in several physiological processes including respiration, chlorophyll biosynthesis, and photosynthesis. Unfortunately, how Fe accumulation regulates in response to light quality has not been well established in plants. Therefore, the aim of the study was to explore the mechanism of Fe homeostasis by light quality. In this study, we found morpho-physiological attributes were significantly improved in response to blue (λmax: 450) compared to white (λ max: 500) and red (λmax: 660) light. The root-shoot length, plant biomass, photosynthesis efficiency (Fv/Fm) and leafgreen (SPAD) significantly declined in response to white and red light. However, these parameters were improved and iron deficiency was substantially alleviated by blue light exposure in alfalfa seedlings. This study might be useful to the forage breeders and farmers for improving alfalfa yield and nutritional benefits.

In recent years, various steps have been taken to build strong and effective intra-BRICS economic cooperation. Brazil, Russia, India, China, and South Africa have been meeting since 2009 and gained a lot of weightages on different areas of economic relevance. In this course, the contribution of India is very significant. The paper therefore aims to elucidate the bilateral relations of India with its BRICS counterparts. The study begins by stressing the importance of BRICS as a group and its importance in the context of India. The authors hold a descriptive methodology by adopting secondary data from various sources. The paper gives an overview of the individual bilateral relationship of India in terms of trade. Further, the study suggested how a change of policy and infrastructural development can make the relationship of India with BRICS counterparts much stronger and sustainable.

There is no doubt that the BRICS countries established in 2000-01, have already made their mark on the international stage. Increasing relations among BRICS countries with less developed nations through south-south cooperation, especially, China, India, and Russia and with least developed countries are of significant importance. BRICS has been the forerunner of cooperation, collaboration and reformation of the present international governance structure and to move towards multilateralism. Over the years, BRICS has become a platform of, and for the developing countries. The ongoing conflict between Russia and Ukraine has created divisions in the world, impacting diplomatic relations that BRICS needs to address. The fact that Russia is the member of BRICS makes things complicated and new challenges has emerged for the bloc to take necessary actions and policy considerations. The article examines the challenges and opportunities for BRICS (as a bloc) amid Russia-Ukraine conflict in a post pandemic world.

Drought stress is a condition that occurs frequently in the field, it reduces of the agricultural yield of field crops. The aim of the study was to screen drought-adapted genotype of Italian rye grass. The experiments were conducted between the two Italian ryegrass (Lolium multiflorum L.) cultivars viz. Hwasan (H) and Kowinearly (KE). The plants were exposed to drought for 14 days. The results suggest that the morphological traits and biomass yield of KE significantly affected by drought stress-induced oxidative stress as the hydrogen peroxide (H2O2) level was induced, while these parameters were unchanged or less affected in H. Furthermore, the cultivar H showed better adaptation by maintaining several physiological parameter including photosystem-II (Fv/Fm), water use efficiency (WUE) and relative water content (RWC%) level in response to drought stress. These results indicate that the cultivar H shows improved drought tolerance by generic variation, improving photosynthetic efficiency and reducing oxidative stress damages under drought stress. These findings can be useful to the breeder and farmer for improving drought tolerance in Italian rye grass through breeding programs.

Outward Foreign Direct Investment (OFDI) is the cross-border capital flow with the objective of the long-term association having at least a ten percent stake in the equity of the host country firm. In the case of new investment, the total equity is OFDI. This research aims to analyze OFDI in the context of China. The lasting interest is considered 10% equity, thereby saying that if the cross-border investment is at least 10% of the equity share capital, the investment would be considered FDI; if below 10%, it is considered to be a Portfolio Investment. We have applied a more emic approach and discussed the determinants of multinational companies (MNCs) from China. Using an exploratory and qualitative approach, case studies of Chinese MNCs are discussed. Secondary data is utilized to obtain a closer insight into the determinants of OFDI from Chinese MNCs. At the end of this paper, suggestions for OFDI policymakers and study limitations are discussed. This research makes recommendations to the Chinese government regarding OFDI in connection with their economic development.

Pollution of agricultural soil by alkaline salts, such as Na2CO3, is a critical and long-lasting problem in cultivable land. The aim of the study was to examine the putative role of citric acid (CA) in alleviating Na2CO3-stress in alfalfa. In this study, Na2CO3 significantly induced leaf chlorosis, inhibited plant growth and photosynthesis related parameters, increased hydrogen peroxide (H2O2) and reduced major antioxidant enzymes (SOD ,CAD, APX) in alfalfa. However, the presence of CA these negative effects of Na2CO3-stress largely recovered. Interestingly, expression of antioxidant and ion transporter genes (Fe-SOD, CAT, APX, DHAR and NHX1) involved in Reactive oxygen species (ROS) homeostasis and oxidative stress tolerance in alfalfa. These findings suggest that CA-mediated Na2CO3 stress alleviation is an ecofriendly approach that would be useful to local farmer for alfalfa and other forage crop cultivation in alkaline soils.

Cadmium (Cd) toxicity is a serious limitation for agricultural production. In this study, we explored tolerance mechanism associated with Cd toxicity tolerance in alfalfa plants. We used three distinct alfalfa cultivars M. sativa cv. Vernal, M. sativa cv. Zhung Mu, and M. sativa cv. Xing Jiang Daye in this study. Cd showed declined chlorophyll score in Xing Jiang Daye compared with Zhung Mu and Vernal. No significant change observed among the cultivars for root and shoot length. Atomic absorption spectroscopy analysis demonstrated a significant accumulation of Cd, Fe, S and PC in distinct alfalfa cultivars. However, Zhung Mu and Xing Jiang Daye declined Cd accumulation in root, where Fe, S and PC incremented only in Zhung Mu. It suggests that excess Cd in Zhung Mu possibly inhibited in root by the increased accumulation of Fe, S and PC. This was further confirmed by the response of Fe (MsIRT1) and S transporters (MsSULTR1;2 and MsSULTR1;3), and MsPCS1 genes associated with Fe, S and PC availability and translocation in roots and shoots. It suggests that specially the transcript signal inducing the responses to adjust Cd especially in Zhung Mu. This finding provides the essential background for further molecular breeding program for forage crops.

Over the last few decades, the atmospheric carbon dioxide emission has been amplified to a great extent in Turkey. This amplification may cause global warming, climate change and environmental degradation in Turkey. Consequently, ecological condition and human life may suffer in the near future from these indicated threats. Therefore, an attempt was made to test the relationship among a number of expected factors and carbon dioxide emissions in the case of Turkey. The study covers the time series data over the period of 1970–2017. We employed the modern econometric techniques such as Johansen co-integration, ARDL bound testing approach and the block exogeneity. The results of the Johansen co-integration test show that there is a significant long-run relationship between carbon dioxide emissions and expected factors. The long-run elasticities of the ARDL model show that a 1% increase in the GDP per capita, electric consumption, fiscal development and trade openness will increase carbon dioxide emissions by 0.14, 0.52, 0.09 and 0.20% respectively. Further, our findings reveal that the environmental Kuznets curve (EKC) hypothesis and inverted U-shaped relationship between carbon dioxide emission and economic growth prevails. Therefore, the EKC hypothesis is valid and prevailing in the Turkish economy. The diagnostic test results show that the parameters of the ARDL model are credible, sTable and reliable in the current form. Finally, Block exogeneity analysis displays that all the expected factors are contributing significantly to carbon dioxide emissions in the Turkish economy.

Soil acidity or alkalinity are serious limitations for crop production. The purpose of this study was to clarify the negative effects of extreme pH stress (low and high) on alfalfa vegetative growth (VG) and biomass accumulation (BA). Two-week-old alfalfa seedlings were exposed to different pH (4.0, 4.5, 7.0, 8.0 and 8.5, respectively) levels for 72 hours. Alfalfa grown at pH 4.0 and 8.5 significantly reduced VG and BA, wherein as neutral pH (7.0) comparably exhibited better growth and biomass yield. These results indicate that extreme acidic or alkaline level are critical limiting factors for growth and biomass yield in alfalfa.

This research has adopted Word-of-Mouth (WOM) and social support theory along with a social media (SM) perspective to investigate why consumers enjoy using SM and interacting with luxury brand. Focusing on fundamental human needs, this study aims to examine fulfilment of which type of needs enhances interactivity on SM, encouraging in turn WOM adoption and brand-self connection. Our results have shown that consumers’ cognitive and integrative needs drive social interactivity and lead to WOM adoption and brand-self connection. However, no relationship is found between social needs and interactivity. Such relationship can only be strengthened with the presence of emotional support as perceived from the company and its brand.

Bisphenol A (BPA) is a common industrial chemical that has been used extensively to make certain plastics and resins since the 1960s. As a potential endocrine disruptors, BPA has been investigated for its impact on fertility/reproduction in animals and humans. However, the molecular mechanisms of BPA action and standard method for detecting BPA-related health hazards are unclear. Considering in-vitro experimental model, we investigated the effects of BPA (0.0001 to 100 μM) exposure on mouse spermatozoa. We revealed that BPA affects several sperm functions by triggering the mitogen-activated protein kinase, phosphatidylinositol 3-kinase, and protein kinase-A (PKA) activity. High doses of this chemical was also likely for the activation of protein tyrosine phosphorylation in a PKA-dependent signaling consequently induced a precocious acrosome reaction. Simultaneously, BPA has been found to decrease the rate of fertilization and early embryonic development. In addition, BPA induced differential protein expression in spermatozoa were responsible for the pathogenesis of many diseases. Considering in vivo experimental model, we deliberate the effects of gestational BPA exposure (TDI, NOAEL, and LOAEL doses) on both ejaculated and capacitated spermatozoa in F1 adult mice. We confirmed that BPA affects several sperm function in F1 male. These effects appeared to be caused by reduced numbers of stage VIII seminiferous epithelial cells in testis and decreased PKA activity and tyrosine phosphorylation (non-capacitated) in spermatozoa. We also noticed that BPA decreased average litter size as well as compromise the rates of cleavage and blastocyst formation. Proteins differentially expressed in both capacitated/ejaculated spermatozoa play a critical role in energy metabolism, stress responses, and fertility, finally predispose to the development of several diseases. On the basis of these results, we suggest that BPA alter spermatozoa function and the proteomic profile, ultimately affecting their fertility potential. Therefore, it is of critical public health significance to reevaluate the levels of BPA exposure that are currently deemed to be acceptable.

Using the framework of social support, we aim to examine factors influencing social Word-of-Mouth (WOM) adoption. The proposed research model will be tested among customers who are active in the existing active social media platforms and have had experience in engaging with the activities of luxury brand communications. Introduction Today the most promising communication environment for reaching and interacting with stakeholders is the social media ecosystem (Hanna, Rohm and Crittenden, 2011). The social media has grown so rapidly in the past years that now impact the business processes and models (Henning-Thurau, Hofacker and Bloching, 2103). Many Brands begin to take advantage of the fluidity between social media and WOM for creating brand experiences that merge real and digital conversations, cutting through in incredibly powerful ways. However, the recent research (Godey, Manthiou, Pederzopli, Rokka, Aiello, Donvito and Sigh, 2016) suggest that luxury brands performing well in social media engagement. However, they are often lagged behind in WOM performance. Despite growing interest in examining the influence of social media marketing on consumer’s responses through brand equity creation (Godey et al., 2016; Jim and Ko, 2012), studies about social media in luxury brand communications remain to be scarce. An investigation of customer’s motivation behind participation in social media is timely and relevant which can help luxury brands unleash its potential. Moreover, development of an effective social WOM adoption model can help to provide a better picture of consumer interactions in online luxury brands communities, thus strengthen customerfirm relationship in longer term. Specifically, this research intends to answer the following two questions: 1) What are the major determinants of social WOM adoption in luxury brands communications? 2) Whether social support affects a. perceived source credibility; b. perceived information quality; c. user experience? Literature review Social media interactivity The concepts of social exchange (Blau, 1964) and the norm of reciprocity (Gouldner, 1960) have long been used by Marketing researchers to describe the motivational basis behind customer behaviours and the formation of positive relational attitudes (e.g., Wulf; Gaby; Iacobucci, Dawn, 2001; Rafiq; Fulford and Lu 2013). More recently these concepts have been used to explain why customers enjoy interacting with each other in social media (Liang, Ho, Li and Turban 2012; Godey et al., 2016). Social media interactivity is social interaction of people in social networking sites by Web 2.0 technologies such as Facebook, Instagram (Hajli, 2016). For instance, Facebook has more than two billion monthly active users which is a great example of a platform. In fact, people love to interact with each other. When they favourite and like each other’s posts that would reinforce the closeness. Online social support Recent research has found that social interaction can bring social value to their users and that the social media is a powerful vehicle for an individual to build close relationships with others and to enhance the individual’s well-being (Liang et al., 2012; Eastin and LaRose, 2005; Obst and Stafurik, 2010; Shaw and Grant, 2002; Xie, 2008). Social support has been found to be a major social value that social media users can obtain from an online interactions (Eastin and LaRose, 2005; Obst and Stafurik, 2010; Huang, Nambisan and Uzuner, 2010). Social support is a multidimensional construct which refers to an individual’s experience of being cared for, being responded to, and being helped by people in that individuals’ social network (Cobb, 1976). Schaefer, Liang et al.(2012) claim that , online social support consists both tangible (e.g. instrumental and appraisal support) and intangible elements (e.g. informational and emotional support). Given the specific context, this study mainly focuses on the latter. Informational support refers to providing messages, in the form of recommendations, advice, or knowledge that could be helpful for solving problems. By contrast, emotional support refers to providing messages that involve emotional concerns such as caring, understanding or empathy. These two types of messages are the major support mechanisms for social interactions (Hajli, 2016). Antecedents of social WOM adoption Information adoption can be defined as the process of engaging purposefully in consuming information (Cheng and Thadani, 2012). Informational support provided through social interaction of individuals in social media can be in the form of ratings, review, recommendations or referrals. Therefore, when consumers search for information provided by other users to make a better decision for their purchasing, they are adopting information. From a marketer’s perspective, this process also helps to build long-term advocacy. This research argues that social media provides more opportunities to the individual to adopt WOM. The existing literature has identified several antecedents of social WOM adoption and most of these studies focused on travelling websites (Filieri; Alguezaui and McLeay,2015; Hajli, 2016). Beldad, De Jong, Steehouder (2010) have categorized the major antecedents of social WOM adoption in the literature into three categories namely customer-based antecedents (e.g. user’s experience during the social interactions); website based antecedents (e.g. perceived information quality) and company based antecedents(e.g. perceived source of credibility). Source of credibility is considered as fundamental predictors of consumers’ acceptance of a message in traditional WOM adoption (McGinnies and Ward, 1980). To facilitate the evaluation of credibility of a source, more and more social platforms require contributors to create a web profile upon their registration. Customers need to provide personal information (e.g. profile picture, personal preference). Furthermore, many social media website utilise reviewer reputation systems to enable customers to assess the credibility of reviewers. Zhang and Watt (2008) argue that the higher source credibility of message perceived in online social media, the higher level of information adoption would be. Moreover, the quality of information in online reviews is perceived as a very important cue for consumers to assess the website (Filierri, et al., 2015). Krishnan; Biswas and Netemeyer (2006) point out that concrete information provided by the website such as detailed features of the product/service is likely to be perceived as more credible than those from abstract information like peripheral description of the product/service. Finally, in marketing literature user experience is strongly related with trust (Yoon, 2002). In an online context customers’ negative experience is likely to affect their trust about the company. As a consequence, they are likely to engage in negative WOM. Research shows that user experience has a strong impact on the social WOM adoption (Liang et al., 2012). Method Structural Equation Modeling (SEM) will be employed for examining the research objectives of this research. The questionnaire for this study will be created through a professional online-based survey tool. As this research focuses on the factors influencing social WOM adoption in relation with luxury brands communications, the proposed research model will be tested among customers who is active in the existing active social media platforms and has had experience in engaging with the activities of luxury brand communications such as posting review or comment other’s post). Result and conclusion This research has adopted the electronic WOM theory and the social media support theory along with a social media perspective to investigate how customer’s interaction in social media affects their behaviour in relation to luxury brands consumption. The results show that social WOM facilitates the evaluation by customers about the luxury products using social media. Moreover, WOM has emerged with broad accessibility and the capability to be evaluated and measured easily by other consumers. This study gives practical implications on how to use social media to develop online communities for luxury brands. In conclusion, when going online, luxury brand should consider the importance of converting the online brand strategy into an interactive and engaging experience for their users and online communities.

Recently, Oil spill incidents from maritime activities and port operation have been causing the serious ocean environment pollution, these problems are said to be the negative effects on the natural environment, social economy, marine species, and human health. Due to the high costs of treating oil spills and oil slick in comparison with a low-income country like Vietnam, many incidents related to the oil spill and oil slick have not been thoroughly processed. Cellulose components from Vietnamese agricultural residues used to produce the absorbent materials are one of the most urgent issues and this is the research object of this work. In this study, two types of structural lengths of cellulose added into PU matrix foam are used to measure how much crude oil, fuel oil, diesel oil and kerosene can be absorbed. The absorbent materials are designed after adding cellulose with 5%, 15%, 25% of mass, respectively. The achieved results show that the oil absorption capacity of PU-cellulose implemented 5% cellulose with 500μm of cellulose structure length and 25% cellulose with 3000μm of cellulose structure length are highest for crude oil. These study results from this work provide a reasonable price for the protection of the marine environment in the strategies of recovery and treatment of oil spill and oil slick on the seawater surface.

Salt stress is one of the most limiting factors that reduce plant growth, development and yield. However, identification of salt-inducible genes is an initial step for understanding the adaptive response of plants to salt stress. In this study, we used an annealing control primer (ACP) based GeneFishing technique to identify differentially expressed genes (DEGs) in Italian ryegrass seedlings under salt stress. Ten-day-old seedlings were exposed to 100 mM NaCl for 6 h. Using 60 ACPs, a total 8 up-regulated genes were identified and sequenced. We identified several promising genes encoding alpha-glactosidase b, light harvesting chlorophyll a/b binding protein, metallothionein-like protein 3B-like, translation factor SUI, translation initiation factor eIF1, glyceraldehyde-3-phosphate dehydrogenase 2 and elongation factor 1-alpha. These genes were mostly involved in plant development, signaling, ROS detoxification and salt acclimation. However, this study provides new molecular information of several genes to understand the salt stress response. These genes would be useful for the enhancement of salt stress tolerance in plants.