SANUR Coastal Structures

Haryo Dwito Armono
16 Nov 202029:29

Summary

TLDRThe video script discusses the Bali Beach Conservation Project, which aims to protect important beaches in Bali, Indonesia, from erosion. It highlights the conservation efforts across Sanur, Nusa Dua, Tanah Lot, and Kuta beaches, detailing construction works like groins and breakwaters. The project, funded by the Ministry of Public Works with Japanese financial support, includes beach restoration, landscaping, and environmental monitoring. The script describes the construction process, environmental precautions, and community engagement to ensure sustainable beach protection, preserving both the natural environment and local culture.

Takeaways

  • 🌍 Bali is a famous destination in Indonesia, well-known for its beaches such as Sanur, Nusa Dua, and Kuta.
  • πŸ–οΈ The Bali Beach Conservation Project consists of four packages: Sanur Beach (Package 1), Nusa Dua Beach (Package 2), Tanah Lot (Package 3), and Kuta Beach (Package 4).
  • 🌊 Sanur Beach faces significant coastal abrasion along a 6-kilometer stretch from Grand Valley Beach to Murtazari Beach.
  • πŸ’Ό The project is managed by the Ministry of Public Works with financial support from JBIC, and the contractor is Penta Was Kita Joint Operation.
  • πŸ’° The total cost for Package 1 is 150 billion Indonesian Rupiah, including 10% tax, and the project duration spans from November 2001 to August 2004.
  • βš™οΈ The construction involves building and repairing groins, drainage systems, and beach structures using heavy machinery like excavators and dump trucks.
  • 🌊 Various groins at Sanur Beach, such as G3, G4, and G5, have undergone repairs to protect the coastline from further erosion.
  • 🐠 Environmental monitoring, including coral and fish reef checks, is conducted regularly to assess the impact of the construction on marine life.
  • πŸ”Š Air and noise pollution are monitored to ensure environmental safety during the construction phases.
  • 🌱 Landscaping and infrastructure improvements, such as walkways, gazebos, and parking areas, are part of the project to enhance the tourism experience.

Q & A

  • What is the Bali Beach Conservation Project?

    -The Bali Beach Conservation Project is a large-scale initiative aimed at protecting and preserving beaches in Bali, Indonesia. It involves construction work on beaches facing issues like erosion and abrasion, with financial support from the Japanese Bank for International Cooperation (JBIC).

  • Which beaches are covered under the Bali Beach Conservation Project?

    -The project covers four major beach areas: Sanur Beach (Package 1), Nusa Dua Beach (Package 2), Tanah Lot (Package 3), and Kuta Beach (Package 4).

  • What is the purpose of the groin construction mentioned in the project?

    -The groin structures are built to control erosion and abrasion along the coastline. They help in maintaining the beach structure and preventing the loss of sand by stabilizing beach areas.

  • Who is responsible for managing the project, and who are the key stakeholders?

    -The Ministry of Public Works is the project owner, with financial support from JBIC. The project involves Nippon Koei as the consultant and Penta Was Kira Joint Operation as the contractor.

  • What is the total cost of the contract for Package 1 at Sanur Beach?

    -The total value of the contract for Package 1 at Sanur Beach is 150 billion 490 million 552 thousand 329 rupiah, including a 10% tax.

  • What methods are used to monitor the environmental impact of the project?

    -Environmental monitoring involves coral and fish reef monitoring, seawater monitoring using a turbidity device, air quality checks, and noise level assessments. These measures ensure that construction activities do not severely affect the environment.

  • What kind of construction activities were performed during the Bali Beach Conservation Project?

    -The project involved the construction of groins, sea walls, drainage systems, walkways, bridges, and landscaping, including gazebo construction. These efforts were aimed at reducing beach erosion and enhancing public infrastructure.

  • What kind of stone and material transportation was involved in the project?

    -Materials like armor limestone were transported by barge, dump trucks, and excavators. The process involved unloading materials at the site and using them for groin and seawall construction.

  • How were the beaches refilled with sand as part of the project?

    -Beaches were refilled using sand obtained through seismic methods to identify suitable borrow areas. Sand was dredged from these areas and transported to the beach using treasure ships and spray systems.

  • What were some key environmental protection measures implemented in the project?

    -Key measures included installing geotextiles to prevent sand loss during construction, monitoring water turbidity, and ensuring that noise and air quality were within acceptable limits. Seawalls and groins were designed to protect temples and nearby areas from erosion.

Outlines

00:00

🌊 Bali Beach Conservation Project Overview

This paragraph introduces the Bali Beach Conservation Project, outlining its importance to the tourist industry in Bali and the spiritual significance of beaches for the Balinese Hindu population. It mentions the project's division into four packages located at Sanur, Nusa Dua, Tanah Lot, and Kuta Beach, with the first package centered around addressing severe erosion along the coastline of Sanur Beach. Financial backing is provided by the JBIC, and construction is managed by Penta Was Kita. The project involves building groins to protect the beaches from erosion.

05:00

🚧 Construction and Material Transportation for Groins

This section details the construction process for the groins, specifically focusing on the transportation and installation of materials such as limestone armor. It describes the use of barges, dump trucks, excavators, and other heavy machinery to carry out the work. The construction at different groin sites is progressing, with elevations being checked to ensure compliance with design specifications. Additionally, it mentions the extension of existing drainage outlets and careful monitoring during the installation to meet the technical requirements.

10:13

🌿 Landscaping and Additional Infrastructure Works

The focus of this paragraph is on landscaping work, which includes the construction of gazebos using oak wood, walkways, and parking lots. The concrete paving and tiling processes are described, along with the installation of stainless steel barriers to prevent motorbikes from entering pedestrian areas. It also mentions additional work such as the construction of a bridge to connect Pangombak Temple with the Murthasari region, ensuring structural integrity through concrete tests and meeting technical specifications.

15:17

🌊 Environmental Monitoring and Safety Measures

This section highlights the environmental aspects of the project, including coral and fish reef monitoring, which is done by experienced divers to assess the impact of the construction on marine life. Additionally, seawater contamination is monitored using turbidity devices, and work is paused if contamination exceeds acceptable levels. The air quality and noise levels are also checked, ensuring minimal disruption to the environment. The paragraph concludes with the emphasis on social outreach and safety patrols to reduce social impact and maintain workplace safety.

20:21

πŸ–οΈ Beach Filling and Sand Dredging Process

This paragraph provides details about the beach nourishment process, which involves the collection of sand using seismic methods and dredgers. Heavy equipment is used to transport and distribute the sand, ensuring it meets design specifications. The process involves assembling pipes, using booster pumps, and dredging sand from borrow areas. The sand is then transported to temporary walls before being spread over the beach using dump trucks and other machinery.

25:21

πŸ—οΈ Final Construction and Project Completion

The final paragraph describes the completion of various project components, including groins, walkways, asphalt pavement, and bridges. It lists the construction of specific groins at different locations like Grand Valley Beach, Sindhu Beach, and Murta Sari Beach. Additionally, it mentions the successful completion of beach nourishment and various structures designed to protect Bali's coastline from erosion, marking the conclusion of the Sanur Beach conservation project.

Mindmap

Keywords

πŸ’‘Sanur Beach

Sanur Beach is one of the primary locations in the Bali Beach Conservation Project. It is a well-known tourist destination in Bali, Indonesia, and serves as the site for Package 1 of the project. The beach is undergoing restoration due to serious abrasion, and its significance is heightened by its cultural and religious importance in the region.

πŸ’‘Abrasion

Abrasion refers to the natural erosion of the coastline due to the constant action of waves and water. In the video, it is mentioned that Sanur Beach has experienced severe abrasion over a six-kilometer stretch, which has prompted the initiation of the conservation project to restore and protect the beach from further damage.

πŸ’‘Groin

A groin is a structure built from the shore into the water to prevent beach erosion by trapping sand carried by currents. The video discusses the construction and restoration of several groins (e.g., G3, G4, G5) at various beaches, which play a critical role in protecting the coastline and maintaining the beach profile.

πŸ’‘Ministry of Public Works

The Ministry of Public Works is the owner and manager of the Bali Beach Conservation Project. It is responsible for overseeing the project’s execution, which includes collaboration with financial institutions and contractors to ensure the project is completed according to plan and to protect Bali's coastline.

πŸ’‘Nippon Koei Associates

Nippon Koei Associates is the consulting firm involved in the Bali Beach Conservation Project. Their role is to provide technical guidance and project management services, ensuring that the construction adheres to design specifications and environmental standards. This firm helps coordinate the activities between contractors and other stakeholders.

πŸ’‘JBIC Financial Support

JBIC (Japan Bank for International Cooperation) provided financial support for the Bali Beach Conservation Project. Their involvement highlights the international cooperation in funding this critical environmental and infrastructure project aimed at preserving Bali's beaches from erosion and damage.

πŸ’‘Geotextile

Geotextile is a synthetic fabric used in construction to stabilize soil and prevent erosion. In the video, it is mentioned as part of the shore protection work, where it helps to prevent sand from being washed away during the construction of groins and other coastal protection measures.

πŸ’‘Coral and Fish Monitoring

Coral and fish monitoring is part of the environmental measures in the project, ensuring that marine ecosystems are not adversely affected by the construction. Experts conduct regular dives to monitor the health of coral reefs and marine life around the work area, reflecting the project’s commitment to environmental conservation.

πŸ’‘Beach Nourishment

Beach nourishment involves adding sand or sediment to a beach to combat erosion and increase its width. In the video, it is detailed as a key component of the project, with sand being sourced from borrow areas using dredgers and transported to the beach for restoration. This process is used to restore various beaches, including Grand Valley Beach and Sindu Beach.

πŸ’‘Environmental Monitoring

Environmental monitoring encompasses various activities to ensure that the construction work does not negatively impact the environment. The video mentions monitoring of seawater turbidity, air quality, and noise levels. These measures help prevent excessive pollution and ensure that the project adheres to environmental regulations.

Highlights

Belly Beach Conservation Project aims to protect the famous coral beaches of Sanur, Nusaduwa, and Kuta in Indonesia.

Bali's beaches are crucial for both tourism and Balinese religious beliefs.

The project is divided into four packages, each targeting a different beach for conservation efforts.

Package one, located at Sanur Beach, is part of a larger initiative supported by JBIC and managed by the Ministry of Public Work.

The contract for package one is valued at 150 billion 490 million rupiah, including a 10% tax.

Construction for package one began on November 7, 2001, and was completed by August 5, 2004.

Existing groin structures at Sanur Beach, such as G3 and G4, were damaged and required repair.

The project includes the construction of new groins and the repair of existing ones to prevent beach erosion.

A grand opening ceremony was held at Sanur Temple and Murta Temple to inaugurate the project.

The construction process involved the transportation of armor limestone by barge and land vehicles.

Excavation and the installation of under layers are key initial steps in the construction of groins.

Surveyors play a critical role in ensuring the construction aligns with design specifications.

The project also includes the extension of existing outlets to improve drainage systems.

Landscaping work involves the construction of gazebos, walkways, and parking lots using materials that meet technical specifications.

A bridge was constructed at Manganbag Temple to connect Pangombak Temple and Murthasari region.

Environmental monitoring, including coral and fish reef monitoring, is conducted to assess the impact of construction on the marine ecosystem.

Social media and safety patrols are utilized to minimize social impact and ensure work safety.

The project utilizes seismic methods and a seismograph to identify potential sand sources for beach nourishment.

Heavy equipment, including dredgers and booster pumps, is used in the sand distribution process.

The project's completion includes the construction of various beach fields, walkways, and protective structures.

Transcripts

play00:03

[Music]

play00:05

belly beach conservation project

play00:06

package one sure protection works for

play00:09

sanur beach

play00:16

belly island is the most famous

play00:18

destination in indonesia

play00:20

and widely known throughout the world

play00:23

the tourist industry is centered around

play00:25

the certain coral beaches of sanur

play00:27

nusaduwa and kuta where beaches

play00:30

occupy about six percent or 26 kilometer

play00:34

of the overall coastline of bali

play00:38

moreover balinese religion is mainly

play00:40

bali hindu

play00:41

with long history and beaches are very

play00:44

important for their life

play00:45

as well as their belief

play00:51

belly beach conservation project

play00:53

consists of four packages

play00:56

that are package one which is located at

play00:59

sanur beach

play01:04

package two at noosadwa beach

play01:10

package 3 at tanah lot

play01:14

[Music]

play01:17

and package 4 at kuta beach

play01:21

[Music]

play01:24

sander beach undergoes serious enough

play01:27

abrasion as long as six kilometers from

play01:29

grand valley beach to murtazari beach

play01:32

and pangamba

play01:34

the owner of the project is the ministry

play01:36

of public work

play01:37

with jbic financial support

play01:40

consultant nippon koi associates

play01:43

contractor is

play01:44

penta was kita join operation

play01:47

the value of the contract for package

play01:50

one is

play01:50

150 billion 490 million

play01:54

five hundred fifty two thousand and

play01:56

three hundred twenty nine rupiah three

play01:58

cent only

play01:59

including ten percent tax

play02:01

[Music]

play02:05

the length of time for executing package

play02:07

one is one thousand

play02:08

and two calendar days starting from

play02:10

november 7 2001

play02:13

through august the 5th 2004.

play02:20

this is the existing groin g3

play02:23

g4 drainage

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g4 2g5 damage grip

play02:31

at sindu beach the existing groin

play02:35

g7 a that undergoes

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abrasion

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[Music]

play02:44

the existing groin that will be

play02:46

demolished

play02:48

the existing drainage gn2

play02:52

this is an existing beach at grand

play02:54

valley beach

play02:55

[Music]

play02:59

the existing beach at sanur beach

play03:04

[Music]

play03:14

and the existing murta sari beach

play03:19

[Music]

play03:26

grand opening ceremony

play03:35

grand opening ceremony has been done at

play03:37

two places

play03:39

that is at sanur temple and murta

play03:44

temple

play03:46

[Music]

play03:53

[Music]

play03:55

[Applause]

play03:57

for additional works at the grand

play03:59

opening ceremony

play04:00

is conducted at pangambak temple

play04:16

construction works at sanur package

play04:21

construction growing at grand valley

play04:23

beach

play04:25

construction growing at sindhu beach

play04:28

construction growing at samawang beach

play04:30

and murta sari beach drawing model t

play04:35

and this is the picture of a cross

play04:37

section

play04:39

drawing model eye and this is the cross

play04:42

section

play04:43

picture drawing model

play04:46

l

play04:49

drawing model bwn

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stone transportation and construction

play04:56

growing

play04:58

the situation of taking the stones from

play05:00

package to invenua port

play05:02

armor limestone are loaded by barge by

play05:04

using a dump truck

play05:06

to be taken to the workplace

play05:14

this is the process of unloading

play05:16

material

play05:17

at the site by using barge excavator

play05:21

and wheel loader

play05:26

this is the situation in the field at

play05:29

the time of the construction

play05:31

of the groin by using excavator

play05:40

[Music]

play05:52

and this is the construction of growing

play05:54

at g4

play06:10

this is drawing gn2 that has been

play06:18

completed

play06:22

[Music]

play06:25

this is drawing gn4

play06:31

[Music]

play06:33

the first stage of the construction of

play06:35

the groin is

play06:36

excavation

play06:37

[Music]

play06:44

and transportation by using land

play06:46

transportation

play06:47

[Music]

play06:55

this is the work of installation of

play06:57

under layer

play07:04

the installation of under layer is

play07:07

finished

play07:08

and continued with the installation of

play07:10

armor limestones

play07:11

the armor limestones are arranged one by

play07:14

one

play07:15

by using an excavator

play07:17

[Music]

play07:20

the work at groin g 38 with 50

play07:24

progress

play07:27

surveyor will check elevation as to have

play07:30

construction

play07:31

that's with design

play07:33

[Music]

play07:35

this is drawing that has been 100

play07:39

[Music]

play07:42

finished

play07:48

[Music]

play07:50

extension work of existing outlets

play07:54

shop drawing extension of existing

play07:56

outlets between g3

play07:58

to g4

play07:59

[Music]

play08:02

sharp drawing extension of existing

play08:04

outlets between g4

play08:06

to g5

play08:07

[Music]

play08:10

sharp drawing extension of existing

play08:13

outlets

play08:14

at gn1

play08:16

[Applause]

play08:17

and this is shop drawing of existing

play08:20

outlets at gn2 starting from the

play08:23

end of jalan sindhu up to gn2

play08:27

one can see from here section for

play08:30

extension work of

play08:31

existing outlets

play08:36

this is shop drawing extension of

play08:38

existing outlets between

play08:40

gn2 to gm3

play08:43

the initial condition of drainage at

play08:46

bali beach is between drawing g4

play08:49

to g5 this

play08:52

is the photograph before the beginning

play08:54

of drainage work

play08:55

at gn1

play09:01

one can see the existing outlet at sindu

play09:06

beach

play09:11

pipe concrete use for the work of

play09:13

extension of

play09:14

existing outlets

play09:22

drainage work process starting from

play09:24

giggling

play09:27

installing concrete for pipe stand

play09:30

installing pipes one by one by paying

play09:32

attention

play09:33

to leveling pipe

play09:35

[Music]

play09:38

surveyor will work very carefully by

play09:40

paying attention to leafling pipes

play09:43

so that the product suits the design

play09:48

ready mix concrete is used for drainage

play09:50

work

play09:51

so that it is in accordance with the

play09:54

specification required

play10:12

landscaping work

play10:16

landscaping work consists of the work of

play10:19

making gazebo

play10:21

gazebo use oak wood that suits the

play10:24

technical specification

play10:34

walk road work starting from feeling

play10:37

growing with concrete

play10:40

one can see the situation of feeling in

play10:44

concrete

play10:53

[Music]

play10:59

palimannan concrete tiles are installed

play11:02

one by one

play11:03

and form in such a way

play11:07

one can see a row that has been 100

play11:10

finished

play11:12

this is a shop drawing for walk road

play11:18

[Music]

play11:26

gazebo

play11:29

[Music]

play11:30

walkway pictures

play11:38

landscaping at the parking lot at

play11:40

hangzhou

play11:45

bike barrier in form of stainless steel

play11:48

in order motorbikers

play11:50

do not crosswalk away

play11:54

and walk away at bangkok temple

play12:14

[Music]

play12:17

additional work such as construction of

play12:19

a bridge at manganbag temple

play12:21

the bridge is constructed to connect

play12:23

pangombak temple

play12:24

and murthasari region

play12:28

[Music]

play12:33

the construction of the bridge made the

play12:35

technical specification determined

play12:37

to guarantee the strength of the bridge

play12:40

[Music]

play12:50

structure

play12:54

concrete taste was conducted to meet the

play12:58

[Music]

play13:04

requirement

play13:06

[Music]

play13:13

the bridge construction has been

play13:15

completed and the road in the area has

play13:18

been paved

play13:19

[Music]

play13:28

these are the initial condition of

play13:30

pangmbak beach

play13:32

and the size of pangonbak temple

play13:53

sea wall was constructed to protect

play13:55

pangmbak temple from

play13:57

abrasion the method used is concrete

play14:00

field concrete base system

play14:02

and is arranged in such a way to protect

play14:05

pangamba temple from

play14:06

abrasion

play14:07

[Music]

play14:14

this is your protection work the stage

play14:17

in the work are digging by using

play14:19

excavator

play14:20

[Music]

play14:24

after the excavation is finished then

play14:27

the installation of

play14:28

geotextile is carried out that is useful

play14:31

for keeping the sand from falling

play14:35

[Music]

play14:41

one can see from here sure protection

play14:44

which has been 100 percent finished with

play14:47

walk away over it

play14:53

this is the work of canal dragging that

play14:55

function to step

play14:56

up river water flow on the pangombak

play14:59

store

play15:00

[Music]

play15:07

additional works at pangenbak temple

play15:17

additional works in the parking area at

play15:19

gn1

play15:20

in the form of the construction of

play15:22

walkway and parking lot

play15:27

landscaping work around ali bungalow

play15:30

[Music]

play15:37

environmental work that consists of

play15:39

coral and fish

play15:40

reef monitoring with the location around

play15:43

the work area that has been determined

play15:54

process monitoring work that will be

play15:56

done by experience expert

play15:58

that is relevant with their abilities

play16:02

coral and fish reef monitoring is done

play16:04

by diving at the seabed

play16:06

around the area to monitor to what

play16:09

extent has

play16:10

the contamination of seawater has been

play16:13

due

play16:13

to works construction

play16:31

[Applause]

play16:34

do

play16:37

[Music]

play16:58

in addition to coral and fish monitoring

play17:00

work seawater monitoring is also done

play17:04

location of the monitoring is around the

play17:06

work construction

play17:07

[Music]

play17:08

seawater monitoring is done by using

play17:10

turbidity device

play17:13

this device is an instrument to measure

play17:15

sea water contamination

play17:17

that is caused by construction process

play17:20

if the water becomes turbid then the

play17:23

work will be stopped and an evaluation

play17:26

will be done

play17:33

[Music]

play17:37

other environmental processes are air

play17:40

quality

play17:40

and noise monitoring air quality

play17:43

monitoring is done to measure the

play17:45

contamination of the air

play17:47

and noise monitoring to measure the

play17:49

level of noise caused by the work

play17:52

[Music]

play17:58

process

play18:01

[Applause]

play18:02

[Music]

play18:20

social media is also done to reduce

play18:23

social impact

play18:26

safety patrol that is done every month

play18:28

is the key

play18:30

that has to be done to maintain work

play18:32

[Music]

play18:40

safety

play18:44

work socialization is done as a routine

play18:47

that serves to give clarification

play18:49

to the community on the methods and its

play18:54

impacts

play18:56

nourishment

play19:01

there are three location of beach fields

play19:13

[Music]

play19:19

beach wheel at grand valley beach

play19:20

stretching from growing g3 to groin

play19:23

5.

play19:24

[Music]

play19:30

feel at sindu beach stretching

play19:31

from north growing gn1 to g7

play19:45

beachfield edwarda pura beach extends to

play19:48

batu jimbar

play19:52

[Music]

play19:59

[Music]

play20:12

beachfield at samawang beach

play20:20

[Music]

play20:31

and beachfield at murtazari beach

play20:35

[Music]

play20:40

cross section of beach filled with slope

play20:42

1

play20:43

to a

play20:48

[Music]

play20:52

the stage of looking for sand for beach

play20:54

field work started with

play20:56

seismic methods to function to know

play20:58

which burrow area

play21:00

has the potential to contain fan

play21:05

the instrument used is seismograph

play21:10

echo sounder and global positioning

play21:14

system

play21:16

[Music]

play21:29

to prove which area contains and drop

play21:31

core is used

play21:34

this instrument serves to find out the

play21:36

truth about

play21:38

which area in the sand contains them

play21:48

[Music]

play21:57

beach film method with double handling

play21:59

system

play21:59

[Music]

play22:03

distance spraying methods start from

play22:05

pipe assembling that is located

play22:07

in sarangan island

play22:14

[Music]

play22:40

here declare shape pipe assembling is

play22:43

carried out

play22:54

[Music]

play22:57

heavy equipment that is used to assemble

play23:00

pipes that are

play23:01

2.5 kilometers in length

play23:10

[Music]

play23:13

this is booster palm that serves to add

play23:16

sand spraying power

play23:21

[Music]

play23:26

this is a treasure ship that is used to

play23:29

load sand

play23:33

this process start from sailing to

play23:35

borrow area

play23:36

[Music]

play23:38

[Applause]

play23:41

drag head dropping process and is done

play23:44

by taking sand at burrow area

play23:52

[Music]

play24:05

white sand that can be obtained from

play24:07

excavation

play24:09

[Music]

play24:11

dredger shelling to site location

play24:19

[Music]

play24:30

process

play24:33

since prying to temporary one wall

play24:35

method

play24:36

[Music]

play24:40

this is seal protector that function to

play24:42

keep from the silk that is caused by the

play24:44

process of spraying sand to temporary

play24:47

bun wall

play24:48

[Music]

play24:54

one can see from here a temporary one

play24:57

wall that is full with

play24:58

sand that is ready to be distributed

play25:06

[Music]

play25:10

the process of distributing sand by

play25:12

using dump truck to the selected

play25:13

[Music]

play25:21

[Music]

play25:26

location

play25:31

heavy equipment will work to shape the

play25:33

scent according to the design

play25:43

[Music]

play25:49

after construction

play25:55

these are completed construction

play25:58

chair protection

play26:01

[Applause]

play26:02

[Music]

play26:08

walkway

play26:11

asphalt pavement

play26:13

[Music]

play26:22

bridge

play26:26

[Music]

play26:50

temple

play26:53

[Music]

play27:04

groin g3

play27:09

[Music]

play27:12

groin g4

play27:16

[Applause]

play27:19

drawing gn one

play27:20

[Music]

play27:27

groin gn2

play27:33

groin gn3

play27:35

[Music]

play27:41

groin g7

play27:48

groin gn4

play27:51

[Music]

play27:55

breakwater bwn1

play27:57

[Music]

play28:00

groin g16

play28:03

[Music]

play28:08

groin g38

play28:09

[Music]

play28:13

groin g39

play28:19

groin ga2

play28:20

[Music]

play28:24

and groin ga1

play28:30

completed saint risman g3 to g5

play28:34

at grand valley beach

play28:36

[Music]

play28:39

saint neurisman at sindhu beach

play28:44

[Music]

play28:45

[Applause]

play28:45

[Music]

play28:52

[Applause]

play28:52

[Music]

play28:56

beach

play29:01

sanur beach hotel

play29:03

[Music]

play29:06

and marta sari beach

play29:16

[Music]

play29:28

you

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Related Tags
Bali BeachesConservationBeach ProtectionCoral MonitoringSustainable DevelopmentEnvironmental ProjectTourismIndonesiaInfrastructureSanur Beach