Literatura científica selecionada sobre o tema "Islam et sécularisme – Bangladesh"

Cet article s’intéresse à la production de normes de genre qu’il appelle à saisir dans leur diversité ethnographique, au-delà des dualismes habituels qui opposent « Orient » et « Occident » ou « islam » et « sécularisme ». À partir d’une réflexion croisée sur deux recherches menées dans des pays arabes – l’une sur l’amour et le désir au Caire et l’autre sur la négociation de droits fonciers au Maroc –, les auteurs montrent comment leurs interlocutrices concilient des référents d’apparence incompatible et contradictoire, pour produire leurs propres schèmes normatifs ou explicatifs sur les rapports de genre et défendre des constats qu’elles considèrent généraux ou même universels.

In “Chhana binders effects on the quality of Rosogolla” by Begum et al. (Bangladesh Journal of Animal Science, (2022), Volume 51, Issue 1, Page 12-16), there is an error in the identification of the authors “J Begum, MN Islam, MH Rashid, S Begum, MZ Islam, AL Shekh and MSR Siddiki*” and second line of authors affiliation “Gouripur Govt. College, Mymensingh, Bangladesh, 2District Election Officer, Netrokona, Bangladesh”. The authors name with proper identification should read “J Begum, MN Islam, MH Rashid, S Begum1, MZ Islam, AL Shekh2 and MSR Siddiki*” and the second line of the authors affiliation should read “1Gouripur Govt. College, Mymensingh, Bangladesh, 2District Election Officer, Netrokona, Bangladesh”. The editorial board regret the error.

Rechargeable batteries are the most effective and efficient devices that store electricity from various intermediate and renewable sources such as solar and wind power. However, the fast-growing market of portable devices requires the use of hybrid materials which ensures safety, high energy density and higher saving for customers [1-3]. In this work, an energy storage device has been fabricated based on novel NiO-TiO2 film modified 3D Nickel Foam (NF) electrode. Simple sol-gel method was used to fabricate the electrode, where NiCl26H2O and TiO2 were used as precursors. 550 °C was used to calcine the NiO-TiO2 modified NF before it can be used as electrode material. During the fabrication process, Ni-Ti ratio has been varied to 1:1 and 1:2 and a comparative study has been developed on the basis of energy storing capacities. In this work, NiO-TiO2 modified Nickel Foam (NiO-TiO2/NF) was used as working electrode, pencil graphite electrode was also used as counter electrode and Ag/AgCl as reference electrode. To calculate the energy storage capabilities, NiO-TiO2/NF was dipped into NaOH and LiCl electrolytes. NiO-TiO2-NF (1:2) shows higher specific capacity in compare to NiO/NF, TiO2/NF and NiO-TiO2-NF (1:1) electrodes. In addition, with the scan rate increases, energy storing capacity of NiO-TiO2-NF found to be decreased. Thereby, a hybrid NiO-TiO2/NF can be used as future electrode material in the energy storage devices. Acknowledgements University of Grants Commission of Bangladesh (2021-22) for funding this research. Reference N. Padmanathan, et al., J. Mater. Chem. A, 2016, 4, 4820-4830. J. Islam et al., PLoS ONE, 2021 16(3), e0248142. M. Jamal et al., Sci. Rep., 2019, 9, 4659.

Didymoplexis Griffith (1844: 383) belongs to a group of morphologically close genera, which also includes Asian genera, Gastrodia R.Brown (1810: 330), Didymoplexiella Garay (1954: 33) and Didymoplexiopsis Seidenfaden (1997: 13). All these plants are small, terrestrial, leafless mycoheterotrophic herbs forming the core of the subtribe Gastrodiinae Lindley (1840: 383) of tribe Gastrodieae Lindley (1821: Appendix), subfamily Epidendroideae Lindley (1821: Appendix). Two-lipped flower and column lacking distinct wings or appendages are main generic characters that distinguish Didymoplexis from related genera of this subtribe. Didymoplexis comprises about 20 species distributed mostly in tropical Africa, Asia, Australia and the Pacific Islands (Zhou et al. 2016, Govaerts et al. 2018). All species of this genus are miniature ephemeral herbs with small, unattractive fugacious flowers opening in one or two in succession and lasting commonly only one day, often only in the morning hours. As a result, representatives of this genus are easily overlooked in botanical surveys, poorly represented in herbaria (where they are often hardly recognized without additional spirit or photographic material) and remain infrequently inventoried in local floras throughout its range. According to available records (Fig. 1), the highest species diversity of Didymoplexis is observed in Java with 6 species (Comber 1990). Thailand (Pedersen et al. 2014) and Borneo (Wood & Cribb 1994, Tsukaya & Okada 2012, Tsukaya et al. 2014, Suetsugu et al. 2017) are inhabited by 5 species each. Three species were hitherto recorded in China (Chen et al. 2009, Lin et al. 2016, Zhou et al. 2016) and Vietnam (Averyanov 2011). Two species were found in Sri Lanka (Fernando & Ormerod 2008) and Laos (Averyanov et al. 2016, 2018). Floras of most other Asian regions such as Afghanistan, India, Nepal, Bhutan, Bangladesh, Myanmar, Japan, Peninsular Malaysia, Sumatra and the Philippines include only one species (Garay & Sweet 1974, Seidenfaden & Wood 1992, Comber 2001, Pearce & Cribb 2002, Kress et al. 2003, Rokaya et al. 2013, Islam et al. 2016). The presence of several species of Didymoplexis in Cambodia is highly possible, despite none of them were recorded there to date. One more species new to science that clearly differs from all hitherto known species of this genus was recently discovered in northern Vietnam, close to the Laos border. Here we describe and illustrate this remarkable plant as Didymoplexis holochelia.

Ginger (ZingiberofficinaleL.) belongs to family Zingiberaceae is an important oriental spice crop. Ginger is high value crop which grows well in warm and humid climate and is cultivated from sea level to an altitude of 1500 meters above sea level (Kandinnan, et al. 1996). It has special significance for tropical countries where it is produced and consumed in large quantities (Islam, 2017; BARI, 2012, 2013 and 2014). The aromatic rhizomes are used as spice and medicine. Major producers of ginger in the world are India, Jamaica, Sierra Leone, Nigeria, China, Japan, Taiwan and Australia (Rana and Sharma, 1998). Ginger is much more used in Bangladesh as a spice and is cultivated more or less all over the country. In the country produced only 74380 metric tons of ginger from 9120 ha of land and the yield per hectare was 8.15 kg (BBS, 2011). But average yield is low as compared to other ginger growing countries of the world. The production is not enough to fulfill the annual requirement of the country. So every year a good amount of ginger is imported in exchange of foreign currency. Like many countries diseases are the major limiting factors for ginger cultivation in Bangladesh. Among the diseases, rhizome rot is the most devastating one caused by Pythium aphanidermatum, Fusariumoxysporum, Sclerotiumrolfsiiand Ralstoniasolanacearumthroughout the world (Chauhan and Patel, 1990; Dohrooet al. 1987 and Iyer, 1987). The pathogens involved decide the nature of the damage and symptom expression .The major pathogens involved with rhizome rot are viz., species of Pythium causing soft rot, Fusariumspp. causing yellows or wilt and Ralstoniasolanacearumcausing bacterial wilt (Elliot, 2003). Basal rot caused by Sclerotiumrolfsiiwhich appears later in the season in some cases. All these pathogens are known to form complexes with nematodes leading to synergistic effect on the severity of the disease. They predispose the crops to secondary pathogens (Sarma, 1994).Loss due to rhizome rot is estimated in many countries and the main pathogens associated with rhizome rot are the fungi such as Pythium spp. and Fusariumspp, bacteria like Ralstoniasolanacearumand nematode (Elliot, 2003). It may cause losses to the extent of 50% or more due to soft rot ((Islam, 2017; BARI, 2012, 2013 and 2014; Joshi and Sharma, 1982) and sometimes total failure of the crops in the tropical regions of India (Fageriaet al, 2006); 70% rhizomeproduction is reduced due to the infection caused by Pythium spp. and Fusariumspp. in Nepal (Anon., 2012) and 5-30% losses occurred in Fiji and Australia by Pythium myriotylum(Stirlinget al., 2009). Soil, water and infected planting materials are the main source of perpetuation of these pathogens (Dohroo, 2005). Pythium spp. is able to persist in soil over decay by means of encysted zoospores, oospores and sporangia. Pythium spp also can survive in air dry muck soil for up to 12 years (Hoppe, 1966). Pythium spread via infested rhizomes (Trujillo, 1964) and as oospores surviving in debris in the soil (Dohroo, 2005). Infection started from contaminated planting materials, saprophytically living fungus in the soil or on trash of previous ginger crops. The soft rot pathogen generally have quite a wide host range and can survive on other host plants so this makes it difficult to control in the field. In the past Pythium aphanidermatumwas known as the sole causal agent of rhizome rot of ginger and was successfully controlled by the technology developed by Plant Pathology Division, BARI. But during the last few years that technology was not working well and it was noticed that some other fungal and bacterial association were involved with such rot. As the crop is cash crop so it is prime need to identify the causal agents of rhizome rot through intensive survey which will help to modify the existing technology for managing the disease in future. The present research work was undertaken to determine the incidence of rhizome rot of ginger and its causal agents.Bangladesh J. Agril. Res. 44(3): 569-576, September 2019

Prior studies suggests that earnings management can be distinguished on beneficial earning management or efficient earning management and opportunistic earning management. Although there is a positive motivation of earning management activity, that is the attempt manager to convey private information to shareholders and debtholders in order to reduce the informationgap that occurs in asymmetric information (beneficial or efficient earnings management , but the overall motivation of earnings management tends to be viewed negatively and is triggered by the interests of managers to maximize the interests of himself or the interests of business entities in order to maintain the market price of the stock at a specified value or the particular provisions ofa contract that is likely to prejudice the interests of external users of financial statements (opportunistic earnings management). Various manipulations of accounting scandals such as the case of Enron, WorldCom and others have influenced the way the public thinks, so begin to form the opinion that all the earnings management activities is a negative activity intended to defraud and must be fought. Earnings management can be performed with accrual oraccounting earnings management and real earnings management. Accrual or accounting earnings management have only a consequence of the accruals and will not affect cash flow. While real earnings management will affect cash flow and in some cases also affect accruals. There are some things you can do to reduce the practice of earnings management, which stricter accounting standards, the employment of an external auditor of a public accounting firm that has high integrity with long history and implementing good corporate governance practices. To detect accrual or accounting earnings management can be used several models in which one is best according to Dechow et al. (1995) is amodified Jones models. But Aminul Islam et al. (2011)stated that the Jones model of modification is not effective when applied in Korea and Bangladesh. Meanwhile, to detect the presence of real earnings management can use such a model of Roychowdhury (2006).

The experiment was conducted in the Agronomy Field, Sher-e-Bangla Agricultural University (SAU), Dhaka-1207 during the period of November 17, 2016 to March 29, 2017 on growth and yield performance of selected wheat genotypes at variable irrigation. In this experiment, the treatment consisted of three varieties viz. V1 = BARI Gom 26, V2 = BARI Gom 28, V3 = BARI Gom 30, and four different irrigations viz. I0 = No Irrigation throughout the growing season, I1 = One irrigation (Irrigate at CRI stage), I2= Two irrigation (Irrigate at CRI and grain filling), I3= Three irrigation (irrigate at CRI, booting and grain filling stages). The experiment was laid out in two factors split plot with three replications. The collected data were statistically analyzed for evaluation of the treatment effect. Results showed that a significant variation among the treatments in respect majority of the observed parameters. Results showed significant variation in almost every parameter of treatments. The highest Plant height, number of effective tillers hill-1, spike length, number of grain spike-1 was obtained from BARI Gom-30. The highest grain weight hectare-1 (3.44 ton) was found from wheat variety BARI Gom-30. All parameters of wheat showed statistically significant variation due to variation of irrigation. The maximum value of growth, yield contributing characters, seed yield was observed with three irrigation (irrigate at CRI, booting and grain filling stages). The interaction between different levels of variety and irrigation was significantly influenced on almost all growth and yield contributing characters, seed yield. The highest yield (3.99 t ha-1) was obtained from BARI Gom-30 with three irrigation (irrigate at CRI, booting and grain filling stages). The optimum growth and higher yield of wheat cv. BARI Gom-30 could be obtained by applying three irrigations at CRI, booting and grain filling stages. Introduction Wheat (Triticumaestivum L.) is one of the most important cereal crops cultivated all over the world. Wheat production was increased from 585,691 thousand tons in 2000 to 713,183 thousand tons in 2013 which was ranked below rice and maize in case of production (FAO, 2015). In the developing world, need for wheat will be increased 60 % by 2050 (Rosegrant and Agcaoili, 2010). The International Food Policy Research Institute projections revealed that world demand for wheat will increase from 552 million tons in 1993 to 775 million tons by 2020 (Rosegrantet al.,1997). Wheat grain is the main staple food for about two third of the total population of the world. (Hanson et al., 1982). It supplies more nutrients compared with other food crops. Wheat grain is rich in food value containing 12% protein, 1.72% fat, 69.60% carbohydrate and 27.20% minerals (BARI, 2006). It is the second most important cereal crop after rice in Bangladesh. So, it is imperative to increase the production of wheat to meet the food requirement of vast population of Bangladesh that will secure food security. During 2013-14 the cultivated area of wheat was 429607 ha having a total production of 1302998 metric tons with an average yield of 3.033 metric tons ha-1whereas during 2012-13 the cultivated area of wheat was 416522 ha having a total production of 1254778 metric tons with an average yield of 3.013 tons ha-1 (BBS, 2014). Current demand of wheat in the country is 3.0-3.5 million tons. Increasing rate of consumption of wheat is 3% per year (BBS, 2013). Wheat production is about 1.0 milllion from 0.40 million hectares of land. Bangladesh has to import about 2.0-2.5-million-ton wheat every year. Wheat is grown all over Bangladesh but wheat grows more in Dhaka, Faridpur, Mymensingh, Rangpur, Dinajpur, Comilla districts. Wheat has the umpteen potentialities in yield among other crops grown in Bangladesh. However, yield per hectare of wheat in Bangladesh is lower than other wheat growing countries in the world due to various problems. Increasing food production of the country in the next 20 years to much population growth is a big challenge in Bangladesh. It is more difficult because, land area devoted to agriculture will decline and better-quality land and water resources will be divided to the other sector of national economy. In order to grow more food from marginal and good quality lands, the quality of natural resources like seed, water, varieties and fuel must be improved and sustained. Variety plays an important role in producing high yield of wheat because different varieties responded differently for their genotypic characters, input requirement, growth process and the prevailing environment during growing season. In Bangladesh the wheat growing season (November-March) is in the driest period of the year. Wheat yield was declined by 50% owing to soil moisture stress. Irrigation water should be applied in different critical stages of wheat for successful wheat production. Shoot dry weight, number of grains, grain yield, biological yield and harvest index decreased to a greater extent when water stress was imposed at the anthesis stage while water stress was imposed at booting stage caused a greater reduction in plant height and number of tillers (Gupta et al., 2001). Determination of accurate amount of water reduces irrigation cost as well as checks ground water waste. Water requirements vary depending on the stages of development. The pick requirement is at crown root initiation stage (CRI). In wheat, irrigation has been recommended at CRI, flowering and grain filling stages. However, the amount of irrigation water is shrinking day by day in Bangladesh which may be attributed to filling of pond river bottom. Moreover, global climate change scenarios are also responsible for their scarcity of irrigation water. So, it is essential to estimate water saving technique to have an economic estimate of irrigation water. Information on the amount of irrigation water as well as the precise sowing time of wheat with change in climate to expedite wheat production within the farmer’s limited resources is inadequate in Bangladesh. The need of water requirement also varies with sowing times as the soil moisture depletes with the days after sowing in Bangladesh as there is scanty rainfall after sowing season of wheat in general in the month of November. With above considerations, the present research work was conducted with the following objectives: To evaluate yield performance of selected wheat genotypes(s) at variable irrigation management. To identify the suitable genotype (s) of wheat giving higher yield under moisture stress condition. Materials and Methods Description of the experimental site The experiment was conducted in the Research Field, Sher-e-Bangla Agricultural University (SAU), Dhaka-1207 during the period of November, 2016 to March, 2017 to observe the growth and yield performance of selected wheat genotypes at variable irrigation management. The experimental field is located at 23041´ N latitude and 90º 22´ E longitude at a height of 8.6 m above the sea level belonging to the Agro-ecological Zone “AEZ-28” of Madhupur Tract (BBS, 2013). Soil characteristics The soil of the research field is slightly acidic in reaction with low organic matter content. The selected plot was above flood level and sufficient sunshine was available having available irrigation and drainage system during the experimental period. Soil samples from 0-15 cm depths were collected from experimental field. The experimental plot was also high land, having pH 5.56. Climate condition The experimental field was situated under sub-tropical climate; usually the rainfall is heavy during Kharifseason, (April to September) and scanty in Rabi season (October to March). In Rabi season temperature is generally low and there is plenty of sunshine. The temperature tends to increase from February as the season proceeds towards kharif. Rainfall was almost nil during the period from November 2016 to March 2017 and scanty from February to September. Planting material The test crop was wheat (Triticumaestivum). Three wheat varieties BARI Gom-26, BARI Gom-28 and BARI Gom-30 were used as test crop and were collected from Bangladesh Agricultural Research Institute (BARI), Joydebpur, Gazipur. Treatments The experiment consisted of two factors and those were the wheat genotypes and irrigation. Three wheat genotypes and four irrigations were used under the present study. Factor A: three wheat varieties- V1 = BARI Gom-26, V2 = BARI Gom-28 and V3= BARI Gom-30. Factor B: four irrigations- I0 = No Irrigation throughout the growing season, I1 = One irrigation (Irrigate at CRI stage), I2= Two irrigation (Irrigate at CRI and grain filling) and I3= Three irrigation (Irrigate at CRI, booting and grain filling stages). The experiment was laid out in a split plot design with three replications having irrigation application in the main plots, verities in the sub plots. There were 12 treatments combinations. The total numbers of unit plots were 36. The size of unit plot was 2 m x 2 m = 4.00 m2. The distances between sub-plot to sub-plot, main plot to main plot and replication to replication were, 0.75, 0.75 and 1.5 m, respectively. Statistical analysis The collected data on each plot were statistically analyzed to obtain the level of significance using the computer-based software MSTAT-C developed by Gomez and Gomez, 1984. Mean difference among the treatments were tested with the least significant difference (LSD) test at 5 % level of significance. Results and Discussion Plant height Plant height varied significantly among the tested three varieties (Table 1). At, 75 DAS, BARI Gom 30 showed the tallest plant height (34.72 cm) and BARI Gom 26 recorded the shortest plant height (32.32 cm). At, 90 DAS, BARI Gom 30 recorded the highest plant height (76.13 cm) was observed from BARI Gom 26. However, BARI Gom 26 recorded the shortest plant height (75.01 cm) which was also statistically similar with BARI Gom 28. Islam and Jahiruddin (2008) also concluded that plant height varied significantly due to various wheat varieties. Plant height of wheat showed statistically significant variation due to amount of irrigation at 75, 90 DAS under the present trial (Table 2). At 75 DAS, the tallest plant (34.78 cm) was recorded from I3 (Three irrigation) while the shortest plant (32.02 cm) was observed from I0 (No Irrigation throughout the growing season) treatment. At 60 DAS, the tallest plant (77.51 cm) was found from I3, which was statistically similar with I2 (Two irrigation) and I1 (One irrigation). The shortest plant (71.29 cm) was observed from I0. Plant height was likely increased due to applying higher amount of irrigation compared to less amount of irrigation. Sultana (2013) stated that increasing water stress declined the plant height. Interaction effect of variety and different amount of irrigation showed significant differences on plant height of wheat at 75 and 90 DAS (Table 3). The highest plant height at 30 was 38.00 cm obtained from V3I3 treatment combination. The shortest plant height at 30 was 30.67 cm obtained from V1I0 treatment combination. At 60 DAS, plant height was 78.50 cm obtained from V3I3 and lowest was 69.83 cm obtained from V1I0 treatment combination, which was statistically similar with V2I0 and 3I0 treatment combination. Table 1. Effect of variety on plant height of wheat at different days after sowing Table 2. Effect of irrigation on plant height of wheat at different days after sowing Table 3. Interaction effect of variety and irrigation on plant height of wheat Number of effective tiller hill-1 Number of effective tillers hill-1of wheat was not varied significantly due to varieties (Table 4). BARI Gom 30 produced the highest number of effective tillers hill-1 (9.33) and the lowest number of effective tillers hill-1(8.58) was observed in BARI Gom 26. Different levels of irrigation varied significantly in terms of number of effective tillers hill-1 of wheat at harvest under the present trial (Table 5). The highest number of effective tillers hill-1 9.89 was recorded from I3 treatment, while the corresponding lowest number of effective tillers hill-1 were 7.89 observed in I0 treatment. Sultana (2013) stated that increasing water stress reduced the number of tillers per hill. Variety and irrigation showed significant differences on number of effective tillers hill-1 of wheat due to interaction effect (Table 6). The highest number of effective tillers hill-1 10.33 were observed from V3I3 treatment combination, while the corresponding lowest number of effective tillers hill-1 as 7.33 were recorded from V1I0 treatment combination. Number of non-effective tiller hill-1 Number of non-effective tillers hill-1of wheat was not varied significantly due to varieties (Table 4). BARI Gom 26 produced the highest number of non-effective tillers hill-1 (1.33) and the lowest number of non-effective tillers hill-1(1.00) was observed in BARI Gom 30. Different levels of irrigation varied significantly in terms of number of non-effective tillers hill-1 of wheat at harvest under the present trial (Table 5). The highest number of non-effective tillers hill-1 (2.00) was recorded from I0, while the corresponding lowest number of non-effective tillers hill-1 (0.67) was observed in I3. Variety and irrigation showed significant differences on number of non-effective tillers hill-1 of wheat due to interaction effect (Table 6). The highest number of non-effective tillers hill-1 (2.33) were observed from V1I0 treatment combination, while the corresponding lowest number of non-effective tillers hill-1 (0.33) were recorded from V3I2 treatment combination. Table 4. Effect of variety on yield and yield contributing characters of wheat Table 5. Effect of irrigation on yield and yield contributing characters of wheat Table 6. Interaction effect of variety and irrigation on yield and yield contributing characters of wheat Spike length (cm) Insignificant variation was observed on spike length (cm) at applied three types of modern wheat variety as BARI Gom-26 (V1), BARI Gom-28 (V2), and BARI Gom-30 (V3). From the experiment with that three types of varieties BARI Gom-30 (V3) (8.46 cm) given the largest spike length and BARI Gom-26 (V1) (8.08 cm) was given the lowest spike length (Table 4). Similar result was found using with different type varieties by Hefniet al. (2000). Different irrigation application has a statistically significant variation on spike length as irrigated condition (I3) was given the maximum result (9.17 cm) and non-irrigated condition (I0) given the lowest spike length (7.17 cm) (Table 5). Interaction effect of improved wheat variety and irrigation showed significant differences on spike length. Results showed that the highest spike length was obtained from V3I3 (10.33 cm). On the other hand, the lowest spike length was observed at V1I0 (6.50cm) treatment combination (Table 6). Grain spike-1 Significant variation was observed on grain spike-1 at these applied three types of modern wheat variety. The BARI Gom-30 (V3) (37.75) given the maximum number of grain spike-1 and BARI Gom-26 (V1) (36.92) was given the lowest number of grain spike-1, which was statistically similar with V2 treatment (Table 4). Different wheat genotypes have significant effect on grain spike-1 observed also by Rahman et al. (2009). Different irrigation application has a statistically significant variation on grain spike-1 as the irrigation condition (I3) was given the maximum result (39.33), which was statistically similar with I2 and non-irrigated condition (I0) given the lowest grain spike-1 (34.56) (Table 5). Sarkar et al. (2010) also observed that irrigation have a significant effect on grain spike-1. Interaction effect of improved wheat variety and irrigation showed significant differences on grain spike-1. Results showed that the highest grain spike-1 was obtained from V3I3 (41.0). On the other hand, the lowest grain spike-1 was observed at V1Io (34.00) which were also statistically similar with V3Io (34.67) (Table 6). 3Thousand Seed weight There was significant variation was observed on thousand seed weight due to different types of modern wheat variety. The wheat variety of BARI Gom-30 (V3) (50.40 g) given the maximum thousand seed weight and statistically different from BARI Gom-28 (V2) (46.74 g). BARI Gom-26 (V1) (46.22 g) was given the lowest thousand seed weight (Table 7). Rahman et al. (2009), Islam et al. (2015) also conducted experiment with different variety and observed have effect of varieties on yield. Different irrigation application has a statistically significant variation on thousand seed weight. The I3 was given the maximum thousand seed weight (48.91) and non-irrigated condition (I0) given the lowest yield (46.13 g) (Table 8). Sarkar et al. (2010), Baser et al. (2004) reported that grain yield under non-irrigated conditions was reduced by approximately 40%. Bazzaet al. (1999) reported that one water application during the tillering stage allowed the yield to be lower only than that of the treatment with three irrigations but Meenaet al. (1998) reported that wheat grain yield was the highest with 2 irrigations (2.57 ton/ha in 1993 and 2.64 ton/ha) at flowering and/or crown root initiation stages. Wheat is sown in November to ensure optimal crop growth and avoid high temperature and after that if wheat is sown in the field it faces high range of temperature for its growth and development as well as yield potential. Islam et al. (2015) reported that late planted wheat plants faced a period of high temperature stress during reproductive stages causing reduced kernel number spike-1 as well as the reduction of grain yield. Interaction effect of improved wheat variety and irrigation showed significant differences on thousand seed weight (Table 9). Results showed that the highest thousand seed weight (52.33 g) was obtained from V3I3 which was statistically similar with V3I2 (52.06 g). On the other hand, the lowest yield (45.36 g) was observed at V1I1. Table 7. Effect of variety on yield and yield of wheat Table 8. Effect of irrigation on yield and yield of wheat Table 9. Interaction effect of variety and irrigation on yield and yield of wheat Grain yield (t ha-1) Different wheat varieties showed significant difference for grain weight hectare-1 (Table 7). The highest grain yield hectare-1 (3.44 ton) was found from wheat variety BARI Gom-30 (V3), which was statistically similar with V2, whereas the lowest (3.21 ton) was observed from wheat variety BARI gom 26. Rahman et al. (2009), Islam et al. (2015) also conducted experiment with different variety and observed have effect of varieties on yield. Significant difference was observed for yield for different irrigation application. The three irrigation (I3) was given the maximum yield (3.74 t ha-1), which was statistically similar with I2 treatment and non-irrigated condition (I0) given the lowest yield (2.97 t ha-1) (Table 8). Sarkar et al. (2010), Baser et al. (2004) reported that grain yield under non-irrigated conditions was reduced by approximately 40%. Bazzaet al. (1999) reported that one water application during the tillering stage allowed the yield to be lower only than that of the treatment with three irrigations but Meenaet al. (1998) reported that wheat grain yield was the highest with 2 irrigations (2.57 ton/ha in 1993 and 2.64 ton/ha) at flowering and/or crown root initiation stages. Wheat is sown in November to ensure optimal crop growth and avoid high temperature and after that if wheat is sown in the field it faces high range of temperature for its growth and development as well as yield potential. Islam et al. (2015) reported that late planted wheat plants faced a period of high temperature stress during reproductive stages causing reduced kernel number spike-1 as well as the reduction of grain yield. Interaction effect of improved wheat variety and irrigation showed significant differences on yield (t ha-1). Results showed that the highest yield (3.99 t ha-1) was obtained from V3I3, which was statistically similar with V2I3 and V3I2. On the other hand, the lowest yield (2.93 t ha-1) was observed at V1I0 (Table 7). Straw yield (t ha-1) Applied three types of wheat variety have a statistically significant variation on straw yield (t ha-1). The maximum straw yield (1.95 t ha-1) was obtained from BARI Gom-30 and BARI Gom-26 (V1) was given the lowest straw yield (1.87 t ha-1), which was statistically similar with V2 treatment. Different irrigation application has a statistically significant variation on straw yield (t ha-1) of wheat. The I3 treatment for straw yield (2.01 t ha-1) was given the maximum result and non-irrigated condition (I0) given the lowest (1.80 t ha-1). Similar results were found by Ali and Amin (2004) through his experiment. Interaction effect of improved wheat variety and irrigation showed significant differences on straw yield (t ha-1). The highest straw yield (2.08 t ha-1) was obtained from V3I3 which was statistically similar with V3I2 (2.07 t ha-1) treatment combination. On the other hand, the lowest straw yield (1.78 t ha-1) was observed at V1Io, which was statistically similar with V2I0 (2.07 t ha-1) treatment combination. Biological yield Significant variation was attained for biological yield for different wheat varieties. The variety BARI Gom-30 given the maximum biological yield (5.39 t ha-1) and BARI Gom-26 (V1) was given the lowest biological yield (5.078 t ha-1). Different irrigation application has a statistically significant variation biological yield (t ha-1) of wheat. The I3 treatment for biological yield (5.76 t ha-1) was given the maximum result and non-irrigated condition (I0) given the lowest (4.77 t ha-1). Similar results were found by Ali and Amin (2004) through his experiment. At the time of biological yield (t ha-1) consideration with variety and irrigation statistically significance variation was observed as maximum biological yield (t ha-1) at V3I3 (6.07 t ha-1). On the other hand, the lowest result was given at V1Io (4.72 tha-1). Summary And Conclusion It may be concluded within the scope and limitation of the present study that the optimum growth and higher yield of wheat cv. BARI Gom-30 could be obtained by applying three irrigations at irrigate at CRI, booting and grain filling stages. However, further studies are necessary to arrive at a definite conclusion. References Ali, M. N.; and Amin, M.S. Effect of single irrigation and sowing date on growth and yield of wheat. M. S. thesis, SAU, Dhaka, Bangladesh. 2004. (Bangladesh Agricultural Research Institute). Hand book of Agricultural Technology. Joydebpur, Gazipur. 2006, 9. Baser, I.; Sehirali, S.; Orta, H.; Erdem, T.; Erdem, Y.; Yorganclar, O. Effect of different water stresses on the yield and yield components of winter wheat. Cereal Res. Comn. 2004, 32(2), 217-223. Bazza, S. S.; Awasthi, M. K.; Nema, R. K. Studies on Water Productivity and Yields Responses of Wheat Based on Drip Irrigation Systems in Clay Loam Soil. Indian J. Sci. Tech. 1999, 8(7), 650-654. Bangladesh Bureau of Statistics, Ministry of Planning, Government of the Peoples Republic of Bangladesh, Dhaka. 2013. Bangladesh Bureau of Statistics, Ministry of Planning, Government of the Peoples Republic of Bangladesh, Dhaka. 2014. K. A.; Gomez, A. A. Statistical Procedures for Agricultural Research. 2nd edition. John Willy and Sons, New York. 1984, 28-192. Gupta, P. K.; Gautam, R. C.; Ramesh, C. R. Effect of water stress on different stages of wheat cultivation. Plant Nutri. and Fert. Sci. 2001, 7(2), 33-37. Hanson, M.; Farooq, M.; Shabir, G.; Khan, M. B.; Zia, A. B.; Lee, D. G. Effect of date sowing and rate of fertilizers on the yield of wheat under irrigated condition. J. Agril. & Biol. 1982, 14(4), 25-31. Hefni, S.; Sajjad, A.; Hussain M. I.; Saleem, M. Growth and yield response of three wheat varieties to different seeding densities. J. Agric. Biol. 2000, 3(2), 228-229. Islam, S.; Islam, S.; Uddin, M. J.; Mehraj, H.; Jamal Uddin, A. F. M. Growth and yield response of wheat to irrigation at different growing stages. J. Agron. Agril. Res. 2015, 6(1), 70-76. Meena, B. N.; Tunio, S. D.; Shah, S. Q. A.; Sial, M. A.; Abro, S. A. Studies on grain and grain yield associated traits of bread wheat (Triticum aestivum L.) varieties under water stress conditions. Pakistan J. Agril. Engin. Vet. Sci. 1998, 24(2), 5-9. Rahman, M. ; Hossain, A.; Hakim, M. A.; Kabir, M. R; Shah, M. M. R. Performance of wheat genotypes under optimum and late sowing condition. Int. J. Sustain Crop Prod. 2009, 4(6), 34-39. Rosegrant, M. W.; Agcaoili, M. Global food demand, supply, and price prospects to 2010. Washington, DC: Int. Food Policy Res. Inst. 2010. Rosegrant, M. W.; Sombilla, M. A.; Gerpacio R. V.; Ringler, C. Global food markets and US exports in the twenty-first century. Paper prepared for the Illinois World Food and Sustainable Agriculture Program Conference ‘Meeting the Demand for Food in the 21st Century: Challenges and Opportunities for Illinois Agriculture’, 1997. Sarker, S.; Singh, S. K.; Singh, S. R.; Singh, A. P. Influence of initial profile water status and nitrogen doses on yield and evapotranspiration rate of dryland barley. Indian Soc. Soil Sci. 2010, 47(1), 22-28. Sultana, F. Effect of irrigation on yield and water use of wheat. M.S. Thesis, Dept. of Irrigation and Water Management. Bangladesh Agril. Univ., Mymensingh. 2013.

Lactose (LAC) is the main sugar found mostly in milk and dairy products. LAC content is an important indication of milk quality and health issues in the food business as well as in human and animal health. The development of biosensors for lactose detection has received a lot of attention over the last 20 years due to its importance in the agricultural and healthcare industries [1-3]. In this work, an enzyme-free lactose sensor has been developed using a carbon fiber cloth electrode modified with NiO nanoparticles (NiO/CFC). At first, Ni(OH)2 precursor of NiO nanoparticles were electrodeposited on the surface of CFC by applying a constant potential of -1.0V in an electrochemical cell containing 6 mM Ni(NO3)2·6H2O solution where CFC was used as a working, Ag/AgCl (3M KCl) as reference and Pt wire as a counter electrode. Then the electrode was calcined at 100 ℃ in the presence of oxygen for 1 hr. For the confirmation of the growth of NiO nanoparticles on CFC, morphology and chemical composition of the electrode was characterized using SEM, EDX, TEM, XRD, FT-IR and Raman spectroscopy. The electrochemical properties of NiO/CFC were investigated by applying Cyclic Voltammetry, and amperometry in a 0.1M NaOH solution. NiO/CFC exhibits a fast reaction time of less than 5 s with a linear relationship of 0.5 to 3.5 mM (R2 = 0.97) at an applied voltage of +0.65 V (Fig. 1). The sensitivity was found to be 1.73 mA/mM/cm2 with a detection limit of 227 µM. The interference test of the electrode was performed in glucose, ascorbic acid, and uric acid solutions, which indicated insignificant current responses compare to lactose. As a result, it provides a sensitive, simple, and rapid amperometric sensor, which opens the way to developing an enzyme-free sensing platform to detect lactose in milk. Acknowledgments Ministry of Science and Technology of Bangladesh (special allocation 2021-22) for funding this research. References G. Halpin et al., J. Electrochem. Soc., 2022, 169, 037528. M. Jamal et al., Sci. Rep., 2019, 9, 4659. J. Islam et al., PLoS ONE, 2021 16(3), e0248142. Fig. 1. Amperometric current response of the NiO/CFC electrode to sequential additions of lactose ranging from 1 to 3.5 mM into a stirred 0.1 M NaOH solution. Figure 1

Avec 171 millions d’habitants dont 91% de musulmans sunnites (2024), le Bangladesh est le quatrième pays le plus peuplé de musulmans au monde. Ce jeune État-nation a gagné son indépendance en 1971 à l’issue d’une guerre qui, en séparant les musulmans du Pakistan occidental et oriental, a remis en cause la logique identitaire religieuse de la partition de 1947. Depuis lors, le cas du Bangladesh continue de se caractér iser par un rapport ambivalent du politique au religieux, dans la mesure où y coexistent le sécularisme comme principe constitutionnel (depuis 1972) et l’islam comme religion d’État (depuis 1988). Dans ce contexte, l’enjeu est de déterminer le rôle que joue l’islam dans la vie des citoyens, les musulmans, mais aussi les minorités ethniques et religieuses. S’il existe un consensus entre les fidèles et les principaux représentants de l’autorité religieuse islamique sur la pratique des cinq piliers de l’islam sunnite, la compétition pour établir sa propre normativité islamique a mené de nombreux entrepreneurs politiques et identitaires, des organisations islamistes, des citoyens et fidèles musulmans, des penseurs-libres, des organes étatiques, à construire, négocier et produire différentes normes islamiques. À partir de l’étude du Bangladesh, l’objet de cette thèse est d’analyser l’action et le rôle des différentes instances qui ont l’autorité de produire, valider ou rejeter ce qu’on appelle une norme islamique. Ces acteurs s’engagent dans des processus de négociations mais n’hésitent pas à recourir à la violence. Située à l’intersection de la sociologie politique et de l’anthropologie politique, s’appuyant sur neuf mois d’enquête de terrain [entre 2017 et 2023], cette thèse souligne que l’islam est une construction avant tout politique qui découle de l’action de ceux qui souhaitent produire et diffuser leurs normes islamiques, établir leur morale et représenter une autorité politico-religieuse légitime
With a population of 171 million, 91% of whom are Sunni Muslims (2024), Bangladesh is the fourth most populous Muslim country in the world. This young nation-state gained independence in 1971 following a war which, by separating the Muslims of West and East Pakistan, challenged the logic of religious identity of the 1947 partition. Since then, Bangladesh has been characterized by an ambivalent relationship between politics and religion, with secularism as a constitutional principle (since 1972) and Islam as the state religion (since 1988). In this context, the challenge is to define the role of Islam in the lives of citizens, not only Muslims but also ethnic and religious minorities. While there is a consensus between the faithful and the main representatives of Islamic religious authority on the practice of the five pillars of Sunni Islam, the competition to establish one's own Islamic normativity has led many identity and political entrepreneurs, Islamist organisations, Muslim citizens and believers, free thinkers and state bodies to construct, negotiate and produce different Islamic norms. Based on the study of Bangladesh, the aim of this thesis is to analyse the action and role of the various bodies that have the authority to produce, validate or reject what is known as an Islamic norm. These actors engage in negotiation processes but do not hesitate to resort to violence. Situated at the intersection of political sociology and political anthropology and based on nine months of fieldwork [between 2017 and 2023], this thesis emphasises that Islam is above all a political construct that stems from the actions of those who wish to produce and disseminate their Islamic norms, establish their morality and represent a legitimate politico-religious authority

Cette thèse de doctorat retrace les trajectoires personnelles, scolaires et professionnelles des jeunes musulmans, étant nés et ayant grandi en France et en Allemagne, qui partent en Turquie pour étudier la théologie, à travers un programme interétatique, destiné à la formation des cadres religieux musulmans natifs et appelé « théologie internationale ». Retournant dans les pays de leur naissance avec un diplôme d’État, ces jeunes sont engagés par les associations religieuses en tant qu’imam-khatib, prédicateur, enseignant du Coran ou responsable des mosquées. Notre travail inscrit ces trajectoires dans un contexte européen marqué par un « problème de l’imam », dont la solution serait une « formation adéquate » sous le contrôle des États séculiers, qui cherchent à réguler la « nouvelle religion de l’Europe ». Sur la base d’une recherche empirique réalisée en France, Allemagne et Turquie, la thèse analyse ce processus, à l’échelle nationale, en tant que moyen d’intégrer les musulmans à la société globale par une reconnaissance de leurs revendications religieuses, les renvoyant dans le même temps à leurs communautés spécifiques. Dans la mesure où l’État séculier requiert un interlocuteur bien délimité afin de pouvoir nationaliser l’islam et « naturaliser » les musulmans, le cadre des structures juridico-politiques existantes les oblige à se définir comme des communautés religieuses. Ce processus dévoile les soubassements éminemment chrétiens de la laïcité française et de la sécularité allemande, deux modèles différents de sécularisme européen ayant des difficultés à accommoder les structures historiquement établies régissant les relations État-Église afin d’y inclure l’islam. À l’échelle de la subjectivité, cette thèse explore les manières dont les politiques gouvernementales assujettissent ces « imams-théologiens natifs », dans les deux sens du mot : à la fois en faisant d’eux des sujets tout en les soumettant aux nouvelles techniques de gouvernementalité, dont le but est de fabriquer des acteurs musulmans « compatibles » avec les démocraties européennes . Ces jeunes cadres religieux musulmans exercent leur capacité d’agir dans les interstices de nouveaux désirs et d’anciens liens : la volonté de servir l’islam en français et en allemand, d’une part, et la nécessité de reconfigurer leurs relations complexes avec la langue turque et la Turquie, d’autre part, mais aussi avec les institutions religieuses appartenant aux premières générations d’immigrés. Leurs engagements au sein des mosquées européennes et des centres de dialogue interreligieux créent également de nouveaux espaces, dans lesquels l’islam turc en Europe ainsi que les frontières entre les trois monothéismes européens sont en cours d’être redéfinies par des élaborations théologiques comparatives. De manière plus générale, ce travail aborde les enjeux que la nouvelle pluralité religieuse pose à la fois aux États séculiers et aux acteurs religieux, conduisant les uns vers une désabsolutisation de la laïcité ou de la sécularité comme la norme hégémonique régissant les relations États-religions, et incitant les autres à une redéfinition théologique de leur religion respective à pied d’égalité
This Ph.D. dissertation describes personal, academic and professional trajectories of young Muslims, born and raised in France and Germany, who attend Turkish universities through an interstate program for the training of native Muslim religious personnel called “International Theology.” Returning to their countries of birth, after having a B.A. degree in theology, these young Muslims are employed by religious associations as imam-khatib, preacher, Coran teacher or representative of mosques. This work places their trajectories within a European context in which imams or religious leaders have come to be regarded as a problem even a threat, whose solution is to be found in “proper training” under the control of the secular states seeking to regulate “Europe’s new religion” more efficiently. Based on empirical research in France, Germany and Turkey, the dissertation analyzes this process as a means of integrating Muslims to the larger society by recognizing some of their religious claims while at the same time sending them back to their particular community. Since the secular state needs a well-defined representative body as an interlocutor for the nationalization of Islam and “naturalization” of Muslims, integration to the larger society requires defining Islam as a religion and Muslims as a “religious community” within the framework of existing legal-political structures. This process reveals the well-entrenched Christian underpinnings of French laicity and German secularity, which represent two different systems of European secularism. Both have difficulties adapting Islam to fit within long established structures that have historically managed State-Church relations. At the subjective level, the dissertation explores the ways in which governmental policies empower young Muslims as the “native imams-theologians” while at the same time subjecting them to new techniques of governmentality, which aim at constituting Muslim subjects “compatible” with European democracies. The main argument of the dissertation is two-fold. First, these young Muslim religious personnel exercise their agency in the interstices of new desires and old ties: to serve Islam in French or in German, on the one hand, and, on the other, to reconfigure their complex relations with the Turkish language, with Turkey, and with the institutions built by the first generations of Turkish migrants in Europe. Second, their engagements in the European mosques and at the centers of interfaith dialogue create new spaces in which Turkish Islam in Europe is being redefined along with the boundaries between the three monotheisms. At a more theoretical level, this work broaches the stakes of religious plurality in the twenty-first century, driving European governments to de-absolutize their secular norms in dealing with religions and ushering in new religious social actors, Muslim as well as Christian, to re-theologize interfaith relations on more equal terms

Mesurer l’impact des réserves Charia sur l’application des dispositions essentielles de la Convention sur l’élimination de toutes les formes de discrimination à l’égard des femmes (la CEDEF) est l’élément principal de cette étude. À cette fin, le statut juridique de la Femme est examiné, à la lumière des dispositions de la Convention, dans trois pays de culture musulmane (Egypte, Arabie Saoudite et Iran). La présente étude tend à démonter que le statut moindre de la Femme, dans les pays de culture musulmane, est la conséquence de la primauté de l’Islam, en tant que doctrine politico-religieuse, au sein des sociétés civiles. L’étude met l’accent sur l’antagonisme qui existe entre le droit international positif, de nature essentiellement séculaire, et le droit religieux, d’essence divine en vigueur dans la majorité des États de culture musulmane. Elle insiste également sur cette réalité persistante qui consiste, dans de nombreux pays, à nier l’application des droits humains aux femmes, au prétexte de leur incompatibilité avec la loi religieuse supérieure. C’est l’ambition de cette recherche que de proposer que, seule, une séparation nette, de la Religion et du Droit serait à même de garantir l’application universelle et uniforme du droit international de l’Homme et la Femme
Measuring the impact of Sharia reservations on the application of the Convention on the Elimination of All Forms of Discrimination against Women (CEDAW) is the principal subject of this paper. In this respect, the legal status of women is examined, in the light of the Convention (CEDAW), within three Muslim countries (Egypt, Saudi Arabia and Iran). The present study tries to demonstrate that the lesser status of Muslim women is the result of Islam’s primacy, as a politico-religious ideology, within civil societies. The paper emphasizes on the existing irreconcilable conflict between, the international positive law, essentially of secular nature, and the religious law, mainly of divine nature. This paper also advocates that the persistent denial of basic human rights of women in Muslim countries is mainly due to the incompatibility of those rights with imposed religious norms (sharia law). In it’s ambition this study aims to prove that only a strict separation between law and religion could guarantee the universal application of human rights of men and women

Contemporary researchers are in great interest to redress the devastating effect on natural resources and the overall environment of the exponential rise of human business and economic activities (Almarzooqi, Khan and Khalid, 2019; Stahl, Brewster, Collings, & Hajro, 2020). Latest studies have shown what could be done to combat the impact of human factors on resource preservation and sustainability performance (Chams, & García- Blandón, 2019; Islam et al., 2020). Accordingly, organizations are now found interested to set environmental goals other than making profits, such as sustainable development and social responsibility (De Prins, Beirendonck, Vos, & Segers, 2014; Aust, Matthews, & Muller-Camen, 2020). Even earlier in 2012, it was found that 70% of 2800 international organizations surveyed have business strategies and plans including sustainability issues (Kiron et al., 2012). After that in 2015, the General Assembly of the UN presented “the 2030 Agenda for sustainable development” comprising of 17 sustainable development goals (SDGs) and 169 targets aiming to complete the unfinished objectives of the Millennium Development Goals (MDGs). From these goals, three-dimensional sustainable development areas have been identified: economic, social, and environmental corresponding the goals related to 5 Ps: people, planet, prosperity, peace, and partnership. Regarding “people” as well as “prosperity”, SDGs intend to …………..High-Performance Human Resource Management and Organizational Performance