WATERS CARRYING CAPACITY FOR DEVELOPMENT OF SEAWEED CULTURE OF Eucheuma cottonii IN LUWU AND PALOPO DISTRICTS, BONE BAY, SOUTH SULAWESI

In seaweed Eucheuma cottonii cultures, a water carrying capacity is an important factor to optimize the seaweed culture. Carrying capacity can be determined by an ecological footprint production (EFp) analysis. This research was conducted in May 2015 (1st transitional season) and September 2015 (2nd transitional season) in Luwu and Palopo distircts, South Sulawesi. Map and land use were analyzed using GIS (Geographic Information Systems). The result showed that the ecological foot-print production (EFP) in Luwu waters was 67.88 ton/capita/year or equivalent to 235,823.93 tons/ year. However, based on the analysis of the water availability for seaweed was 59,781.79 hectares, it can produce seaweed (biocapacity) for 1,437,779.60 tons/year and the number of farmers that allows for use the waters is 21,432 capita. The ecological footprint production (EFp) in Palopo waters is 3.08 ton/capita/year, or equivalent to 4,589.99 tons/year. Water availability analysis is 1,771. 41 hectares are able to produce seaweed (biocapacity) for 18,287.46 ton/year and the number of far-mers that allows for use the waters is 635 farmers capita. The results comparison between biocapa-ci-ty and ecological footprint, ecological status for Luwu and Palopo waters are still in sustainable use.

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ANALISIS DAYA DUKUNG EKOLOGI UNTUK PENGEMBANGAN BUDIDAYA RUMPUT LAUT DI BAGIAN UTARA TELUK BONE

Jurnal Tataloka ◽

10.14710/tataloka.20.1.12-22 ◽

2018 ◽

Vol 20 (1) ◽

pp. 12

Author(s):

Taslim Arifin ◽

Waluyo Waluyo

Keyword(s):

Carrying Capacity ◽

Water Availability ◽

Ecological Footprint ◽

Sustainable Use ◽

Ecological Status ◽

Research Use ◽

Availability Analysis ◽

South Sulawesi ◽

Eucheuma Cottonii ◽

Seaweed Culture

Abstract : Waters carrying capacity in seaweed (Eucheuma cottonii) cultures should be a concern for optimum seaweed culture. Carrying capacity can determine by ecological footprint (EF) analysis, which in this research use production footprint. This research on Mei 2015 (1sttransitionalseason) and September 2015 (2ndtransitionalseason) in Luwu and Palopo, South Sulawesi. Map and land use analyzed with GIS (Geographic Information Systems).The results showed that theecological footprint production (EFP)in Luwu waters is 67.88 ton/capita/year, or equivalent to 235,823.93 tons/year.Based on the analysis of the availability of water for seaweed is 59,781.79 hectares, it can produce seaweed (biocapacity) for 1,437,779.60 tons/year and the number of farmers that allows for use the waters is 21,432 capita. The ecological footprint production (EFp) in Palopo waters is 3.08 ton/capita/year, or equivalent to 4,589.99 tons/year. Water availability analysis is 1,771.41 hectares are able to produce seaweed (biocapacity) for 18,287.46 ton/year and the number of farmers that allows for use the waters is 635 farmers capita. The results comparison between biocapacity and ecological footprint, ecological status for Luwu and Palopo waters are still in sustainable use.

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Dynamic Models for Seaweed Cultivation Development in The Waters of Luwu and Palopo Regency, South Sulawesi

Jurnal Tataloka ◽

10.14710/tataloka.22.4.497-514 ◽

2020 ◽

Vol 22 (4) ◽

pp. 497-514

Author(s):

Waluyo Waluyo ◽

Yonvitner Yonvitner ◽

Etty Riani ◽

Taslim Arifin

Keyword(s):

Carrying Capacity ◽

Ecological Footprint ◽

Dynamic Models ◽

Sustainable Use ◽

Ecological Status ◽

Seaweed Cultivation ◽

Entire Area ◽

Availability Analysis ◽

South Sulawesi ◽

Eucheuma Cottonii

Waters carrying capacity in the seaweed of Eucheuma cottonii cultures should be a concern for optimum seaweed culture. Carrying capacity can determine by Ecological Footprint (EF) analysis, which in this research use footprint production, and mas balance nitrate analysis. This research on Mei 2015 (1st transitional season) and September 2015 (2nd transitional season) in Luwu and Palopo, South Sulawesi. Map and land use analyzed with geographic information systems (GIS). The results showed that the Ecological Footprint Production (EFP) in Luwu waters is 67,88 ton/capita/year, or equivalent to 235,823.93 tons/year. Based on the analysis of the availability of water for seaweed is 38,374.69 hectares, it can produce seaweed (biocapacity) for 922,928.96 tons/year and the number of farmers that allows for use the waters is 13,595 capita. The Ecological Footprint Production (EFP) in Palopo waters is 3.08 ton/capita/year, or equivalent to 4,589.99 tons/year. Water availability analysis is 979.82 hectares can produce seaweed (biocapacity) for 10,115.34 ton/year and the number of farmers that allows for use the waters is 3,276 capita. Based on the four scenario simulation management results of the development seaweed cultivation Eucheuma cottonii in Luwu and Palopo Regency is based on the present waste input, pressing inputs of waste into the waters of 10%, 25% and 50% yield different waters biocapacity. The results comparison between biocapacity and Ecological Footprint, ecological status for Luwu and Palopo waters are still in sustainable use. Based on those simulation results showed that in the second scenario by pressing the waste input by 10% from the existing waste input, as well as assuming the availability of water utilizing the entire area of 38,374.69 hectares continuously (on the years scale of 2008-2030), it will produce the highest biocapacity waters in the amount of 8,257,274.94 tons/year. So with the management of seaweed in Palopo with the second scenario, assuming the availability of water utilizing the entire area of 979.82 hectares will produce the highest waters biocapacity of 14,306.92 tons/year.

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Integrated Coastal Management Dynamic Models: A Case Study of Development Seaweed Cultivation in the Waters Luwu and Palopo Regency Bone Bay, South Sulawesi

Journal of Marine Science ◽

10.30564/jmsr.v1i2.990 ◽

2019 ◽

Vol 1 (2) ◽

Author(s):

Walu Yo ◽

Yonvit Ner ◽

Etty Riani ◽

Dan Taslim Arifin

Keyword(s):

Ecological Footprint ◽

Dynamic Models ◽

Ecological Status ◽

Scenario Simulation ◽

Seaweed Cultivation ◽

Entire Area ◽

Availability Analysis ◽

South Sulawesi ◽

Seaweed Culture

Waters carrying capacity in seaweed of Eucheuma cottonii cultures should be a concernforoptimum seaweed culture. Carryingcapacity can determine by Ecological Footprint (EF) analysis, which in this research usefootprint production, and mas balance nitrate analysis. This research on Mei 2015 (1sttransitionalseason) and September 2015 (2ndtransitionalseason) in Luwu and Palopo, South Sulawesi. Map and land use analyzed with geographic information systems (GIS).The results showed that theEcological Footprint production (EFP)in Luwu waters is 67,88 ton/capita/year, or equivalent to 235.823,93 tons/year.Based on the analysis of the availability of water for seaweed is 38.374,69 hectares, it can produce seaweed (biocapacity) for 922.928,96 tons/year and the number of farmers that allows for use the waters is 13.595 capita. The Ecological Footprint production (EFp) in Palopo waters is 3,08 ton/capita/year, or equivalent to 4.589,99 tons/year. Water availability analysis is 979,82 hectares are able to produce seaweed (biocapacity) for10.115,34 ton/year and the number of farmers that allows for use the waters is 3.276 capita. Based on the four scenario simulation management results of the development seaweed cultivation Eucheumacottonii in Luwu and PalopoRegency is based on the present waste input, pressing inputs of waste into the waters of 10%, 25% and 50% yield different waters biocapacity. The results comparison between biocapacity and Ecological Footprint, ecological status for Luwu and Palopo waters are still in sustainable use.Based on those simulation results showed that in second scenario by pressing the waste input by 10% from the existing waste input, as well as assuming the availability of water utilizing the entire area of 38.374,69 hectares continuously (on the years scale of 2008-2030), it will produce the highest biocapacity waters in the amount of 8.257.274,94 tons/year. So with the management of seaweed in Palopo with second scenario, assuming the availability of water utilizing the entire area of 979,82 hectares will produce the highest waters biocapacity of 14.306,92 tons/year.

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Integrated Coastal Management Dynamic Models: A Case Study of Development Seaweed Cultivation in the Waters Luwu and Palopo Regency Bone Bay, South Sulawesi

Journal of Marine Science ◽

10.30564/jms.v1i2.990 ◽

2019 ◽

Vol 1 (2) ◽

Author(s):

Waluyo Waluyo ◽

Yonvitner , ◽

Etty Riani ◽

Taslim Arifin

Keyword(s):

Ecological Footprint ◽

Dynamic Models ◽

Ecological Status ◽

Scenario Simulation ◽

Seaweed Cultivation ◽

Entire Area ◽

Availability Analysis ◽

South Sulawesi ◽

Seaweed Culture

Waters carrying capacity in seaweed of Eucheuma cottonii cultures should be a concernforoptimum seaweed culture. Carryingcapacity can determine by Ecological Footprint (EF) analysis, which in this research usefootprint production, and mas balance nitrate analysis. This research on Mei 2015 (1sttransitionalseason) and September 2015 (2ndtransitionalseason) in Luwu and Palopo, South Sulawesi. Map and land use analyzed with geographic information systems (GIS).The results showed that theEcological Footprint production (EFP)in Luwu waters is 67,88 ton/capita/year, or equivalent to 235.823,93 tons/year.Based on the analysis of the availability of water for seaweed is 38.374,69 hectares, it can produce seaweed (biocapacity) for 922.928,96 tons/year and the number of farmers that allows for use the waters is 13.595 capita. The Ecological Footprint production (EFp) in Palopo waters is 3,08 ton/capita/year, or equivalent to 4.589,99 tons/year. Water availability analysis is 979,82 hectares are able to produce seaweed (biocapacity) for10.115,34 ton/year and the number of farmers that allows for use the waters is 3.276 capita. Based on the four scenario simulation management results of the development seaweed cultivation Eucheumacottonii in Luwu and PalopoRegency is based on the present waste input, pressing inputs of waste into the waters of 10%, 25% and 50% yield different waters biocapacity. The results comparison between biocapacity and Ecological Footprint, ecological status for Luwu and Palopo waters are still in sustainable use.Based on those simulation results showed that in second scenario by pressing the waste input by 10% from the existing waste input, as well as assuming the availability of water utilizing the entire area of 38.374,69 hectares continuously (on the years scale of 2008-2030), it will produce the highest biocapacity waters in the amount of 8.257.274,94 tons/year. So with the management of seaweed in Palopo with second scenario, assuming the availability of water utilizing the entire area of 979,82 hectares will produce the highest waters biocapacity of 14.306,92 tons/year.

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Land use assessment of Jeneberang watershed using hydrology and water availability analysis

IOP Conference Series Earth and Environmental Science ◽

10.1088/1755-1315/473/1/012099 ◽

2020 ◽

Vol 473 ◽

pp. 012099

Author(s):

M I Putera ◽

A Munir ◽

M Achmad ◽

Suhardi

Keyword(s):

Land Use ◽

Water Availability ◽

Availability Analysis

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Measuring Dynamics of Ecological Footprint as an Index of Environmental Sustainability at the Regional Level using Geospatial Information Technology

Advances in Geospatial Technologies - Remote Sensing Techniques and GIS Applications in Earth and Environmental Studies ◽

10.4018/978-1-5225-1814-3.ch014 ◽

2017 ◽

pp. 265-284

Author(s):

Laxmikant Sharma ◽

Suman Sinha

Keyword(s):

Land Use ◽

Environmental Sustainability ◽

Ecological Footprint ◽

Sustainable Use ◽

Regional Level ◽

Land Use Land Cover ◽

Geospatial Information ◽

Sustainability Strategy ◽

Spatial Measurement ◽

Institute Of Technology

Ecological Footprint (EF) analysis is the spatial measurement of ecological load exerted by the humans on the earth that arises from the concept of sustainability and sustainable use of Earth's resources. A region-based EF study is conducted for Birla Institute of Technology, Mesra (India) campus to improve its sustainability. Highlight of the study is the explicitness of the methodology for determining the EF that incorporates analysis derived from conversion factors mentioned in the Ecological Footprint consultancy publications along with inputs from GIS domain. Questionnaire-based survey from the respondents regarding resource utilization and geospatial enumeration of land use land cover that harbors the population and their resources are the two integral parts of the analysis. Total EF of the institution campus is calculated to be 0.645 gha/ individual. This analysis provides a strong framework for combining efforts in a manner that can communicate the immediate priorities for improving the sustainability strategy of the campus area.

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Penyuluhan Teknik Pembuatan Lubang Biopori dalam Pencegahan Banjir di Desa Pemalongan Kecamatan Pelaihari Kabupaten Tanah Laut

PengabdianMu Jurnal Ilmiah Pengabdian kepada Masyarakat ◽

10.33084/pengabdianmu.v4i2.892 ◽

2019 ◽

Vol 4 (2) ◽

pp. 105-110

Author(s):

Akhmad Gazali ◽

Fathurrahman Fathurrahman ◽

Hendra Cahyadi

Keyword(s):

Water Pollution ◽

Land Use ◽

Carrying Capacity ◽

Water Availability ◽

Environmental Technology ◽

The People ◽

Lecture Method ◽

Questions And Answers ◽

Hole Making ◽

Human Desire

Land use that is not in accordance with conservation rules and exceeds the capacity of its carrying capacity, will cause critical land. The behavior of the people who have not supported the preservation of land and the environment have caused floods in the rainy season. Efforts are needed to improve the management of water resources, namely to keep the quantity of groundwater maintained so as to ensure the availability of water for the community. The development of infiltration wells and making biopore holes is intended as a medium to hold and store rainwater. Biopori holes are cheap and good environmental technology. The main capital is human desire and awareness to save their environment from water availability and water pollution. Extension of biopore hole making techniques is done by the lecture method along with questions and answers and demonstrations. The lecture method is needed to explain the concept of management efforts and the sustainability of the existence of water sources and biopore holes in general, while the question and answer to give the opportunity for participants to better understand the concept so that those who do not understand can ask. Demonstration methods are needed to clarify the process of the technique and the stages of making biopore.

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Measuring Dynamics of Ecological Footprint as an Index of Environmental Sustainability at the Regional Level Using Geospatial Information Technology

Environmental Information Systems ◽

10.4018/978-1-5225-7033-2.ch042 ◽

2019 ◽

pp. 965-980

Author(s):

Laxmikant Sharma ◽

Suman Sinha

Keyword(s):

Land Use ◽

Environmental Sustainability ◽

Ecological Footprint ◽

Sustainable Use ◽

Regional Level ◽

Land Use Land Cover ◽

Geospatial Information ◽

Sustainability Strategy ◽

Spatial Measurement ◽

Institute Of Technology

Ecological Footprint (EF) analysis is the spatial measurement of ecological load exerted by the humans on the earth that arises from the concept of sustainability and sustainable use of Earth's resources. A region-based EF study is conducted for Birla Institute of Technology, Mesra (India) campus to improve its sustainability. Highlight of the study is the explicitness of the methodology for determining the EF that incorporates analysis derived from conversion factors mentioned in the Ecological Footprint consultancy publications along with inputs from GIS domain. Questionnaire-based survey from the respondents regarding resource utilization and geospatial enumeration of land use land cover that harbors the population and their resources are the two integral parts of the analysis. Total EF of the institution campus is calculated to be 0.645 gha/ individual. This analysis provides a strong framework for combining efforts in a manner that can communicate the immediate priorities for improving the sustainability strategy of the campus area.

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The Land Use Sustainability in Xining which Based on Ecological Footprint Model

Advanced Materials Research ◽

10.4028/www.scientific.net/amr.955-959.1755 ◽

2014 ◽

Vol 955-959 ◽

pp. 1755-1759

Author(s):

Cheng Ying Li ◽

Zhi Qi Gong ◽

Rui Ding ◽

Ying Li ◽

Bo Kun Chen

Keyword(s):

Land Use ◽

Carrying Capacity ◽

Ecological Footprint ◽

Land Development ◽

Footprint Model ◽

Ecological Carrying Capacity ◽

Ecological Deficit ◽

The Absolute

Based on ecological footprint model, this paper calculated the ecological footprint and the ecological carrying capacity and ecological surplus of 2000 ~ 2012 years in Xining,the results showed that the current land use in Xining City is the absolute ecological deficit,which indicate that the land development in Xining is being away from the sustainability .

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