Impact of solid shrimp pond waste materials on mangrove growth and mortality: a case study from Pak Phanang, Thailand

One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond waste materials. We hypothesise that mangroves can tolerate chemical residues discharged from shrimp farms and can be used as biofilters, but the capability of mangroves...

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Veröffentlicht in:	Hydrobiologia Jg. 591; H. 1; S. 47 - 57
Hauptverfasser:	Vaiphasa, C, de Boer, W. F, Skidmore, A. K, Panitchart, S, Vaiphasa, T, Bamrongrugsa, N, Santitamnont, P
Format:	Journal Article
Sprache:	Englisch
Veröffentlicht:	Dordrecht Dordrecht : Springer Netherlands 01.10.2007 Springer Nature B.V
Schlagworte:	Agricultural wastes algal toxicity antibiotics Aquaculture Aquatic ecosystems Avicennia marina Biofilters Biosphere Bruguiera Bruguiera cylindrica case studies Chemical pollution Chemical residues chemicals Climate change colombia Dominant species ecology ecosystems effluent environmental impact Excoecaria agallocha Farms Geosphere Lumnitzera racemosa Mangrove Mangroves Marine biology Mortality pollution Ponds remote sensing removal Salinity Salinization Salt lakes Sedimentation Sedimentation rates Sediments Shellfish farming shrimp shrimp culture Shrimp farm Thailand Waste materials wetland Thailand, Nakhon Si Thammarat Prov., Pak Phanang Thailand
ISSN:	0018-8158, 1573-5117
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Abstract	One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond waste materials. We hypothesise that mangroves can tolerate chemical residues discharged from shrimp farms and can be used as biofilters, but the capability of mangroves to cope with solid sediments dredged from shrimp ponds is limited. Our study in Pak Phanang, Thailand, confirmed that the excess sediments discharged from nearby shrimp ponds reduced mangrove growth rates and increased mortality rates. A series of transformed multi-temporal satellite images was used in combination with the field data to support this claim. In addition, a comparison between four dominant mangrove species revealed that Avicennia marina could tolerate sedimentation rates of >6 cm year-¹, while Bruguiera cylindrica tolerated sedimentation rates of 5 cm year-¹ (total sediment depth = 25 cm) before dying, while Excoecaria agallocha and Lumnitzera racemosa performed intermediate. This outcome implied that in our situation A. marina and to lesser extent E. agallocha and L. racemosa could be more effective as biofilters than B. cylindrica, as they may survive the sedimentation longer in the disposal areas. Further studies on the impact of sedimentation and chemical pollution of shrimp farm wastes on mangrove mortality and growth are required.
AbstractList	One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond wastematerials.We hypothesise thatmangroves can tolerate chemical residues discharged from shrimp farms and can be used as biofilters, but the capability of mangroves to cope with solid sediments dredged from shrimp ponds is limited. Our study in Pak Phanang, Thailand, confirmed that the excess sediments discharged from nearby shrimp ponds reduced mangrove growth rates and increased mortality rates. A series of transformed multitemporal satellite images was used in combination with the field data to support this claim.In addition, a comparison between four dominant mangrove species revealed that Avicennia marina could tolerate sedimentation rates of >6 cm year¿1, while Bruguiera cylindrica tolerated sedimentation rates of 5 cm year¿1 (total sediment depth = 25 cm) before dying, while Excoecaria agallocha and Lumnitzera racemosa performed intermediate. This outcome implied that in our situation A. marina and to lesser extent E. agallocha and L. racemosa could be more effective as biofilters than B. cylindrica, as theymay survive the sedimentation longer in the disposal areas. Further studies on the impact of sedimentation and chemical pollution of shrimp farmwastes on mangrove mortality and growth are required. One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond waste materials. We hypothesise that mangroves can tolerate chemical residues discharged from shrimp farms and can be used as biofilters, but the capability of mangroves to cope with solid sediments dredged from shrimp ponds is limited. Our study in Pak Phanang, Thailand, confirmed that the excess sediments discharged from nearby shrimp ponds reduced mangrove growth rates and increased mortality rates. A series of transformed multi-temporal satellite images was used in combination with the field data to support this claim. In addition, a comparison between four dominant mangrove species revealed that Avicennia marina could tolerate sedimentation rates of >6 cm year super(-1), while Bruguiera cylindrica tolerated sedimentation rates of 5 cm year super(-1) (total sediment depth = 25 cm) before dying, while Excoecaria agallocha and Lumnitzera racemosa performed intermediate. This outcome implied that in our situation A. marina and to lesser extent E. agallocha and L. racemosa could be more effective as biofilters than B. cylindrica, as they may survive the sedimentation longer in the disposal areas. Further studies on the impact of sedimentation and chemical pollution of shrimp farm wastes on mangrove mortality and growth are required. One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond waste materials. We hypothesise that mangroves can tolerate chemical residues discharged from shrimp farms and can be used as biofilters, but the capability of mangroves to cope with solid sediments dredged from shrimp ponds is limited. Our study in Pak Phanang, Thailand, confirmed that the excess sediments discharged from nearby shrimp ponds reduced mangrove growth rates and increased mortality rates. A series of transformed multi-temporal satellite images was used in combination with the field data to support this claim. In addition, a comparison between four dominant mangrove species revealed that Avicennia marina could tolerate sedimentation rates of >6 cm year-¹, while Bruguiera cylindrica tolerated sedimentation rates of 5 cm year-¹ (total sediment depth = 25 cm) before dying, while Excoecaria agallocha and Lumnitzera racemosa performed intermediate. This outcome implied that in our situation A. marina and to lesser extent E. agallocha and L. racemosa could be more effective as biofilters than B. cylindrica, as they may survive the sedimentation longer in the disposal areas. Further studies on the impact of sedimentation and chemical pollution of shrimp farm wastes on mangrove mortality and growth are required. Issue Title: Theme: Resilience and Restoration of Soft-Bottom Near-Shore Ecosystems; Salt Lakes: Salinity, Climate Change and Salinisation Proceedings of the International Geosphere Biosphere Program Focus 5 initiative LIMPACS (Human Impacts on Lake Ecosystems) workshop 'Salinity, Climate Change and Salinisation' held in Mildura, Australia, 30 September - 3 October, 2004 One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond waste materials. We hypothesise that mangroves can tolerate chemical residues discharged from shrimp farms and can be used as biofilters, but the capability of mangroves to cope with solid sediments dredged from shrimp ponds is limited. Our study in Pak Phanang, Thailand, confirmed that the excess sediments discharged from nearby shrimp ponds reduced mangrove growth rates and increased mortality rates. A series of transformed multi-temporal satellite images was used in combination with the field data to support this claim. In addition, a comparison between four dominant mangrove species revealed that Avicennia marina could tolerate sedimentation rates of >6 cm year^sup -1^, while Bruguiera cylindrica tolerated sedimentation rates of 5 cm year^sup -1^ (total sediment depth = 25 cm) before dying, while Excoecaria agallocha and Lumnitzera racemosa performed intermediate. This outcome implied that in our situation A. marina and to lesser extent E. agallocha and L. racemosa could be more effective as biofilters than B. cylindrica, as they may survive the sedimentation longer in the disposal areas. Further studies on the impact of sedimentation and chemical pollution of shrimp farm wastes on mangrove mortality and growth are required.[PUBLICATION ABSTRACT]
Author	Skidmore, A. K Bamrongrugsa, N de Boer, W. F Vaiphasa, C Vaiphasa, T Santitamnont, P Panitchart, S
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Snippet	One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond waste materials. We... Issue Title: Theme: Resilience and Restoration of Soft-Bottom Near-Shore Ecosystems; Salt Lakes: Salinity, Climate Change and Salinisation Proceedings of the... One of the most serious threats to tropical mangrove ecosystems caused by shrimp farming activities is the poor management of pond wastematerials.We...
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SubjectTerms	Agricultural wastes algal toxicity antibiotics Aquaculture Aquatic ecosystems Avicennia marina Biofilters Biosphere Bruguiera Bruguiera cylindrica case studies Chemical pollution Chemical residues chemicals Climate change colombia Dominant species ecology ecosystems effluent environmental impact Excoecaria agallocha Farms Geosphere Lumnitzera racemosa Mangrove Mangroves Marine biology Mortality pollution Ponds remote sensing removal Salinity Salinization Salt lakes Sedimentation Sedimentation rates Sediments Shellfish farming shrimp shrimp culture Shrimp farm Thailand Waste materials wetland
Title	Impact of solid shrimp pond waste materials on mangrove growth and mortality: a case study from Pak Phanang, Thailand
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