This study aims to update the list of Nitidulidae species observed on date palms in Algeria (Ziban region), their spatial dynamics according to the development stages (larva, pupa, adult), and the effectiveness of the bagging operation. In 2020, we sampled and examined 1800 dates of the Deglet Nour variety from three palm groves managed with different protection modes: yellow bagging, white bagging, and no bagging. The results obtained mention the presence of nine species of Nitidulidae with five species reported for the first time on dates in Algeria. The highest relative abundance (RA) of Nitidulidae beetles was noted in the southern (28%) direction. However, the variation of infestation rate (IR) according to the direction was not very accentuated. The GLM analysis showed that, except for the adult stage, the direction presented a highly significant effect on the RA variation of the total Nitudilidae, the larva and pupa stages (p < 0.0001), but there was no significant effect of direction on the IR in all studied cases. The highest RA of total Nitidulidae was found on the white plastic-protected dates (RA = 42%), the IR of the total Nitidulidae was higher on dates protected by yellow plastic (IR = 38%). The unprotected dates recorded the lowest RA and IR for all studied cases and the effect of bagging type on the RA variation of Nitidulidae, in all studied cases, was statistically highly significant (p < 0.0001). This effect on the IR was very highly significant only for total Nitudilidae, larvae, and adults (p < 0.0001). So, the southern direction presents the best conditions for sheltering the largest numbers of Nitidulidae. The latter also has a marked preference for bunches covered by plastic bags rather than for those left uncovered. This implies the ineffectiveness of the operation of protecting dates with plastic bags, especially the yellow-coloured ones.

This study aims to update the list of Nitidulidae species observed on date palms in Algeria (Ziban region), their spatial dynamics according to the development stages (larva, pupa, adult), and the effectiveness of the bagging operation. In 2020, we sampled and examined 1800 dates of the Deglet Nour variety from three palm groves managed with different protection modes: yellow bagging, white bagging, and no bagging. The results obtained mention the presence of nine species of Nitidulidae with five species reported for the first time on dates in Algeria. The highest relative abundance (RA) of Nitidulidae beetles was noted in the southern (28%) direction. However, the variation of infestation rate (IR) according to the direction was not very accentuated. The GLM analysis showed that, except for the adult stage, the direction presented a highly significant effect on the RA variation of the total Nitudilidae, the larva and pupa stages (p < 0.0001), but there was no significant effect of direction on the IR in all studied cases. The highest RA of total Nitidulidae was found on the white plastic-protected dates (RA = 42%), the IR of the total Nitidulidae was higher on dates protected by yellow plastic (IR = 38%). The unprotected dates recorded the lowest RA and IR for all studied cases and the effect of bagging type on the RA variation of Nitidulidae, in all studied cases, was statistically highly significant (p < 0.0001). This effect on the IR was very highly significant only for total Nitudilidae, larvae, and adults (p < 0.0001). So, the southern direction presents the best conditions for sheltering the largest numbers of Nitidulidae. The latter also has a marked preference for bunches covered by plastic bags rather than for those left uncovered. This implies the ineffectiveness of the operation of protecting dates with plastic bags, especially the yellow-coloured ones.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

Wetlands are present within intricate ecological settings, exhibiting dynamic changes over time and across different areas with regard to their functional and structural diversity. Several approaches have been introduced for ecosystem analysis and management since 1990s, where Driver – Pressure – State – Impact – Response (DPSIR) framework is one of the widely used approaches for assessing and managing environmental problems. In this study, we proposed a DPSIR framework as a model in the Sebkhates of Aures wetland complex (SAWC, Northeast of Algeria), in order to create a regional wetland observatory to deliver ecosystem services within current state of changes resulted from socioeconomic drivers. DPSIR facilitates the identification of essential indicators to detect threats to the Sebkahtes of Aures wetlands complex (SAWC), influencing policymakers to enhance the protection and management of these wetlands. In line with the established DPSIR framework. This same approach and methodology could be applied to the other 15 wetlands complexes known in Algeria, culminating in the creation of a national wetland observatory. Furthermore, DPSIR can be employed as an analytical tool for policy making in the context of sustainable management of wetland ecosystems and can serve as a model in the establishment and development of various observatory programs in Algeria.

The traditional networks have a decentralized routing process, which uses routing rules to direct packets, leading to looping problems during failure. This is primarily due to the close connection between the data/control planes and the absence of overall network topological information. Furthermore, Software-Defined Networking (SDN) is a rising network concept that has garnered significant attention from both academia and the industry. It enables network flexibility by separating the control and data planes, leading to centralized network control. The global network topology information supplied by SDN facilitates network management, allows designers to encounter their specific, end-to-end requirements, and enables invention in networking. To guarantee high reliability and availability in networks, fault tolerance is required to minimize service failure consequences. This paper discusses the different SDN fault tolerance approaches in the literature. Specifically, our study focuses on Link Failure Detection and Recovery in both, Control and Data planes. We involve a systematic classification, comparison, and analysis of the existing SDN fault tolerance approaches: Reactive, Proactive, and Hybrid. Research and practical implications of fault tolerance in SDN are further discussed, along with open challenges and future research directions.

The traditional networks have a decentralized routing process, which uses routing rules to direct packets, leading to looping problems during failure. This is primarily due to the close connection between the data/control planes and the absence of overall network topological information. Furthermore, Software-Defined Networking (SDN) is a rising network concept that has garnered significant attention from both academia and the industry. It enables network flexibility by separating the control and data planes, leading to centralized network control. The global network topology information supplied by SDN facilitates network management, allows designers to encounter their specific, end-to-end requirements, and enables invention in networking. To guarantee high reliability and availability in networks, fault tolerance is required to minimize service failure consequences. This paper discusses the different SDN fault tolerance approaches in the literature. Specifically, our study focuses on Link Failure Detection and Recovery in both, Control and Data planes. We involve a systematic classification, comparison, and analysis of the existing SDN fault tolerance approaches: Reactive, Proactive, and Hybrid. Research and practical implications of fault tolerance in SDN are further discussed, along with open challenges and future research directions.

The traditional networks have a decentralized routing process, which uses routing rules to direct packets, leading to looping problems during failure. This is primarily due to the close connection between the data/control planes and the absence of overall network topological information. Furthermore, Software-Defined Networking (SDN) is a rising network concept that has garnered significant attention from both academia and the industry. It enables network flexibility by separating the control and data planes, leading to centralized network control. The global network topology information supplied by SDN facilitates network management, allows designers to encounter their specific, end-to-end requirements, and enables invention in networking. To guarantee high reliability and availability in networks, fault tolerance is required to minimize service failure consequences. This paper discusses the different SDN fault tolerance approaches in the literature. Specifically, our study focuses on Link Failure Detection and Recovery in both, Control and Data planes. We involve a systematic classification, comparison, and analysis of the existing SDN fault tolerance approaches: Reactive, Proactive, and Hybrid. Research and practical implications of fault tolerance in SDN are further discussed, along with open challenges and future research directions.

Le présent article propose une étude portant sur l’œuvre « Simorgh » de Mohamed Dib. L’auteur nous présente une œuvre marquée par une ivresse moderniste et utopique sous une nouvelle forme qui escamote toutes les règles, pour offrir une hybridité, un éclatement, une fragmentation ; En somme une œuvre riche, tant au niveau de la forme qu’au niveau du fond. Sa construction apparemment erratique n’est en réalité que le signe, mais surtout l’appel à explorer sa richesse pluridimensionnelle, tel l’oiseau mythique dont l’esprit habite subtilement l’œuvre se donnant pour mission cette quête qui semble savoir intrinsèquement que ce que le cherche au dehors de soi est plutôt dedans.

Le présent article propose une étude portant sur l’œuvre « Simorgh » de Mohamed Dib. L’auteur nous présente une œuvre marquée par une ivresse moderniste et utopique sous une nouvelle forme qui escamote toutes les règles, pour offrir une hybridité, un éclatement, une fragmentation ; En somme une œuvre riche, tant au niveau de la forme qu’au niveau du fond. Sa construction apparemment erratique n’est en réalité que le signe, mais surtout l’appel à explorer sa richesse pluridimensionnelle, tel l’oiseau mythique dont l’esprit habite subtilement l’œuvre se donnant pour mission cette quête qui semble savoir intrinsèquement que ce que le cherche au dehors de soi est plutôt dedans.

Les pratiques langagières réalisées sur le web, en particulier sur les réseaux sociaux et précisément dans un espace techno-discursif algérien, connaissent une effervescence impressionnante. En effet, une accélération imposante est constatée dans les interactions en ligne. Toutes ces transformations sont le fruit de l’association de la machine et de l’outil informatique aux compétences langagières des internautes. Ces pratiques ont favorisé la possibilité d’aller très vite dans la communication en ligne, ainsi que dans la qualité du message produit qui est de plus en plus proche au message fait dans la communication ordinaire.Language practices carried out on the web, in particular on social networks and precisely in an Algerian techno-discursive space, are experiencing an impressive effervescence. Indeed, an imposing acceleration is observed in online interactions. All these transformations are the result of the association of machines and IT tools with the language skills of Internet users. These practices have favored the possibility of going very quickly in online communication, as well as in the quality of the message produced, which is increasingly close to the message made in ordinary communication.

Since 2011,Syria has witnessed a furious civil war that has resulted in a dangerous humanitarian crisis. Thousands of Syrians were obliged to leave Syria searching for a decent life.Some of these refugees succeeded in reaching their destination while others lost their lives.This paper seeks to investigate the representation of Syrian refugees in media discourse. More specifically, it aims to analysethe linguistic and discursive strategies employed by CNN andAl Jazeera in their representations of Syrian refugees through analyzing two articles published in 2015.It is a qualitative study that adopts Critical Discourse Analysis (CDA) drawing on the social discoursal framework of Norman Fairclough. The results revealed that there is no neutral representation, and that both channels dehumanized Syrian refugees by representing them as great masses of vulnerable people.

Since 2011,Syria has witnessed a furious civil war that has resulted in a dangerous humanitarian crisis. Thousands of Syrians were obliged to leave Syria searching for a decent life.Some of these refugees succeeded in reaching their destination while others lost their lives.This paper seeks to investigate the representation of Syrian refugees in media discourse. More specifically, it aims to analysethe linguistic and discursive strategies employed by CNN andAl Jazeera in their representations of Syrian refugees through analyzing two articles published in 2015.It is a qualitative study that adopts Critical Discourse Analysis (CDA) drawing on the social discoursal framework of Norman Fairclough. The results revealed that there is no neutral representation, and that both channels dehumanized Syrian refugees by representing them as great masses of vulnerable people.