Abstract:Sustainable marine fishing practices are often hindered by local-level factors in areas with high fishery potentials, such as Odisha, India. Scientific services to fishing, such as Marine Fishery Advisories (MFAs) on the Potential Fishing Zone (PFZ) and weather information in the form of Ocean State Forecast (OSF) advisories provided by INCOIS, India, are valuable knowledge products which can help the fishers to overcome several socio-technical constraints (STCs) to effective fishing practices. The present inv… Show more
“…However, local respondents stressed that the nearby village settlements were comparatively less affected by the super cyclone in 1999 because of the dense protective cover of mangroves close to the coastline. During the survey, it was clear that there was low uncertainty in responses about the high impact of extreme climate events on the degradation of mangroves in the region (Figure 3a,b), corroborating earlier reports from Odisha (Sanathanam and Kundu, [30]; at Talasari). It has been well established that the especially rich mangroves of Odisha in the Kendrapara district have acted as a shield to reduce the intensity and impact of cyclones and tsunamis.…”
Section: Sea Level Rise and Extreme Climate Eventssupporting
confidence: 88%
“…Respondents agreed, with low to medium uncertainty, that local people are directly as well as indirectly dependent on the mangrove forests, and that local socio-economics have a high to very high impact on mangroves (Figure 3a,b). The eco-sensitivity of the area has deterred domination of marine fishing activities in general, and there was a cessation during the fishing ban periods [30]. Respondents indicated that local poverty and socio-economic factors have significantly affected the mangroves' health in the region, and that agriculture expansion, along with the pressure of fuelwood, is tremendous.…”
Section: Local Socio-economicsmentioning
confidence: 99%
“…On an average, respondents reported with very low uncertainty about the high impact of port, jetty, and coastal industrial projects on the degradation of mangroves in the region (Figure 3a,b). However, one cannot deny their significant impacts on these mangroves, as has been witnessed elsewhere, leading to the slow decline of mangrove patches [30]. There are small jetties operating from various ranges of Bhitarkanika, mostly for tourism purposes.…”
Section: Port Jetty and Coastal Industrial Projectsmentioning
confidence: 99%
“…The use of technology for monitoring, early detection of disturbances, and restoration, as well as for regulating the fishing activities close to mangrove regions, can be approached with significant positive outcomes. However, the use of motorized boats running on diesel and kerosene is a threat to the mangrove environment, and needs to be regulated [30]. In this context, marine police (as observed in Dhamra and Paradip) patrolling can be enhanced in order to monitor and regulate the fishing activities adjacent to mangrove areas.…”
In recent times, environmental stewardship of mangroves has provided the impetus to protect and restore these ecosystems for their inherent ability to protect coastal regions from climate change, sequester carbon dioxide as rich blue carbon, and support human well-being through a multitude of ecosystem services. Participatory stakeholder assessment, as a part of the present study, integrated local stakeholder perspectives in assessing drivers of mangrove loss in Bhitarkanika and Mahanadi delta, Odisha, providing empirical evidence through a mixed-method approach. The use of a Likert scale provided the methodology to develop a single composite variable as the best measure of central tendency. In total, 27.5% of the respondents were locals and were living close to the study area for generations, whereas the other 72.5% represented researchers, academics, and forest department officials. Stakeholder responses at the ground level indicated that Bhitarkanika and Mahanadi delta were facing increased frequency of extreme climatic events followed, by aquaculture and other land-use changes, which can be considered potential drivers causing mangrove loss. Co-development of future scenarios by integrating concerns of all the stakeholders emerged as a potential solution to effectively address the trade-offs arising from local anthropogenic interferences, as well as large-scale developmental activities. This study highlights the need for convergence of multi-disciplinary knowledge from diverse stakeholder groups, including traditional and indigenous knowledge, for the purpose of developing accurate plausible alternative scenarios. Interactive governance and incentivization approaches, along with alternative livelihood opportunities, are proposed as the means to improve conservation and restoration in the region based on the present study. Understanding of the coupled socio-ecological system and its relevance is found to be critical to improve bi-directional linkages of ecosystem health and human well-being.
“…However, local respondents stressed that the nearby village settlements were comparatively less affected by the super cyclone in 1999 because of the dense protective cover of mangroves close to the coastline. During the survey, it was clear that there was low uncertainty in responses about the high impact of extreme climate events on the degradation of mangroves in the region (Figure 3a,b), corroborating earlier reports from Odisha (Sanathanam and Kundu, [30]; at Talasari). It has been well established that the especially rich mangroves of Odisha in the Kendrapara district have acted as a shield to reduce the intensity and impact of cyclones and tsunamis.…”
Section: Sea Level Rise and Extreme Climate Eventssupporting
confidence: 88%
“…Respondents agreed, with low to medium uncertainty, that local people are directly as well as indirectly dependent on the mangrove forests, and that local socio-economics have a high to very high impact on mangroves (Figure 3a,b). The eco-sensitivity of the area has deterred domination of marine fishing activities in general, and there was a cessation during the fishing ban periods [30]. Respondents indicated that local poverty and socio-economic factors have significantly affected the mangroves' health in the region, and that agriculture expansion, along with the pressure of fuelwood, is tremendous.…”
Section: Local Socio-economicsmentioning
confidence: 99%
“…On an average, respondents reported with very low uncertainty about the high impact of port, jetty, and coastal industrial projects on the degradation of mangroves in the region (Figure 3a,b). However, one cannot deny their significant impacts on these mangroves, as has been witnessed elsewhere, leading to the slow decline of mangrove patches [30]. There are small jetties operating from various ranges of Bhitarkanika, mostly for tourism purposes.…”
Section: Port Jetty and Coastal Industrial Projectsmentioning
confidence: 99%
“…The use of technology for monitoring, early detection of disturbances, and restoration, as well as for regulating the fishing activities close to mangrove regions, can be approached with significant positive outcomes. However, the use of motorized boats running on diesel and kerosene is a threat to the mangrove environment, and needs to be regulated [30]. In this context, marine police (as observed in Dhamra and Paradip) patrolling can be enhanced in order to monitor and regulate the fishing activities adjacent to mangrove areas.…”
In recent times, environmental stewardship of mangroves has provided the impetus to protect and restore these ecosystems for their inherent ability to protect coastal regions from climate change, sequester carbon dioxide as rich blue carbon, and support human well-being through a multitude of ecosystem services. Participatory stakeholder assessment, as a part of the present study, integrated local stakeholder perspectives in assessing drivers of mangrove loss in Bhitarkanika and Mahanadi delta, Odisha, providing empirical evidence through a mixed-method approach. The use of a Likert scale provided the methodology to develop a single composite variable as the best measure of central tendency. In total, 27.5% of the respondents were locals and were living close to the study area for generations, whereas the other 72.5% represented researchers, academics, and forest department officials. Stakeholder responses at the ground level indicated that Bhitarkanika and Mahanadi delta were facing increased frequency of extreme climatic events followed, by aquaculture and other land-use changes, which can be considered potential drivers causing mangrove loss. Co-development of future scenarios by integrating concerns of all the stakeholders emerged as a potential solution to effectively address the trade-offs arising from local anthropogenic interferences, as well as large-scale developmental activities. This study highlights the need for convergence of multi-disciplinary knowledge from diverse stakeholder groups, including traditional and indigenous knowledge, for the purpose of developing accurate plausible alternative scenarios. Interactive governance and incentivization approaches, along with alternative livelihood opportunities, are proposed as the means to improve conservation and restoration in the region based on the present study. Understanding of the coupled socio-ecological system and its relevance is found to be critical to improve bi-directional linkages of ecosystem health and human well-being.
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