I &r - Undip Repository

(1)

Judul karya ilmiah (paper) Jumlah Penulis

Status Pengusul Identitas prosiding

Kategori Publikasi Jumal Ikniah (beri /pada _kategori_yang_tepat)

LEMBAR

IIASIL PENILAIAN SEJAWAT SEBIDANG ATAU PEER REYIEV

:

^a.^Judulhosiding

b.ISBN/ISSN

c. Tahun Terbit/tempat pelaksanaan d. PenerbiVorganiser

e. alamat repository PT/web

f. Terindeks di

fika

^ada) KARYA ILMIAH : PROSIDING

Drought Disaster Vulnerability Mapping of Agriculture Sector in District, Semarang Regency

2 orang

Penulis kedua (D.RLestari, Bitta Pigawati)

Bringin

Prosiding The 2nd Geoplanning Intemational Conference 2017

e. 1755-13 15,p. 1755-1307 VoI.123,2018

IOP Publishing

http: //iopscience.iop. org/

article/l 0. I 088/ 17 5 5 -

13 I 5 I 123

I

^tI 01203 t lpdf SCOPUS

P r o s i ding F orum llmiah Internasional Pr os iding F orum Ilmiah Nasional

Hasil Penilaian Peer Rqiew :

Komponen Yang Dinilai

Nilai Reviewer

Reviewer

I

Reviewer

II

Nilai Rata-rata

a

Kelengkapan unsur isi artikel (l0olo)

.5 3 I

b.

^Ruanglingkup dan kedalarnan pembahasan (307d

7 ^b,\ 6,7f

c.

^Kecukupan^dankemutahiran datalinformasi dan

metodoloei ^(30Yo)

d.r I d,?r

d.

Kelengkapan unsur dan kualitas terbitan/jurnal (3070)

&r ^g 8.7r

Totat

=

^(100%)

27 2?.f 2J, 2-r

Nilai Pengusul :

<lo

^o?a

x ^27t _{2c =} ^lor ^g

Prof. Dr. h. Nany Yuliastuti, MSP.

NIP. I 95407 t7 1982032001 Departemen PWK FT. Undip

sema.ang, ..4 6 -

of WU

Reviewer

2,

^t

Dr.sc.agr. Iwan Rudiarto, ST, MSc NIP. ^I9740327 1999A3 rc02

Departemen PWK FT. Undip

(2)

Judul karya ilmiah (paper) Jumlah Penulis

Kategori Publikasi Jurnal llmiah:

(beri /pada _kategori_yang_tepat) Hasil Penilaian Peer Review ^:

LEMBAR

IIASIL PENILAIAN SETAWAT SEBIDANG ATAA PEER REWEW

b.ISBN/ISSN

c. Tahun Terbit/tempat pelaksanaan d. Penerbit/organiser

e. Alamat repository PT/web

f. Terindeks di (ika ada) KARYA

ILMIAH

: PROSIDING

Drought Disaster Vulnerability Mapping of Agriculture Sector in Bringin District Semarang Regency

2 orang

Penulis kedua (D.R Lestari, Bitta Pieawati)

a. Judul Prosiding Prosiding The 2nd Geoplanning International Conference 2017

e. 1755- 13 15,p. I 755-1307 VoI.123,2018

IOP Publishing

: http://iopscience.iop.org/

article/l 0. I 08 81 17 55 - t3 t s I 123

I

^Il0 t2o3 t lpdf

: SCOPUS P r osi ding F onllort tlmiah Internasional

P r os i ding F ontm llmiah Nasional

Departemen PWK FT. Undip Catatan Penilairy artikel oleh Reviewer :

a.

l)mhvr

^Ci'r'

anht* @t _t l.<,oue". kt/'

^{d,lA^A}

s^a attvtL.rr

3-1"*0Uh;4

b. _P

Ut^/,rlrrlJ

q,t'L fu,haa,?

fu'eLu^

". \rh, dr/" W{-1a'r",1/it' gu.utarlh'r

a ku.oX,rubtu0aLu' ^{Brr^1<} d-u,4bWr04no44 /d? t@ud

Komponen YangDinilai

Nilai Maksim d Prosiding

Nilai Akhir

Yang Diperoleh Internasional

@

^Nasional

^t_l

a-

Kelengkapan unsur isi artikel (l0olo)

7rA 7,0

b.

Ruang lingkup dan kedalaman pembahasan (307o)

q,o _arO

c.

^Kecukupan^dankernuahiran data/informasi dao metodologi

(30o/o\

4,0 B, !-

d.

Kelengkapan unsur dan kualitas terbitan/jurnal (30%d

0,o &uf

Totat

=

^(100%)

7o,o ^2-'),

^O

NilaiPengusul:

4O%r, Al.0 ₌ ^lO,B

i:ffi:ii:€s ^-b? ^-2d1

Prof. Dr. h. ^Nany NrP. 195407171

(3)

Judul

krya

ilmiah (paper) Jumlah Penulis

Kategori Publikasi Jumal tlmiah (beri /pada l<ategffi yary tepat) Hasil Penilaian Peer Rsvisu,:

c. Tahun ferbitltarnpat pelaksanaa d. PenerbiUorganiser

e. alanrd rcpository PT/web

f. Terindeks di

(iil€

ada)

: ProsidiugThe2nd Geoplanning International Conference 2017

: e.1755-13 15,p.1755-130?

YoI.1232018 IOPPublishing

htp://io,pscience.iop.

or/

article/10.108E/fi55-

t3tsltz3l ffina3upd,f

SCOPUS LEMBAR.

HASIL PE,NILAIAN SE"IAWAT SESIDANE ATAU PEE* NEWEV

a

Judul Prosiding b. ISBN/ISSN

KABYA ILMIAH : PROSIDING

Drought Disaster Vulnerability Mapping of Agriculture Secto,r in Bringin Di$frict, Semarang Rcgcncy

2 orang

Penulis kedua (D.R

lrsmi

Bi{*_Piqawrfi}

Prasidirg Forum nmiah Int€masional

P ros iding F ontm thniah Nasional

Komponen

YargDirilai

Nihi MaltsimdPtwifrlg

NihiA&hir

Yeng Dipcroleh Irteruasioaal

E

^Nasional

^tl

a

Kelengkapan unsrn isi artikel (lWo)

v ^b

b.

^Ruang^lingkupdan kedalaman pembahasan (30olo)

4 At€

c.

^Kecuhrpodanke,ruahiran d&linfo,rmasi dau m*odologi

(307o)

1 I

d.

Kelengkapaa rmsr dan kualitas tertitan{urnal (38/o)

a I

Totet

=

^(f00.6)

bo 27r9

Nilai Pengusul:

4,,0",n * _{L/, C} =ll

Cataan Penilaian artikel oleh Reviewer:

". ;Wa; ^Aml$tDr ^ar*iAlw 1

^tr6

a.9{.Waa hfet ^lCrnu flv'tk'r+Ov

da*r pr-U^A b""r mt".

@apd ^rujutah,l

^{AaJ@,,r^}

?e^4abdng{a"^

c. P0r6tafs ctrp tffiann@,^ _> _trclDo{4 unuuvr _,,n*-w

^W,^

o.

U"vrtrar W{^;4 t""aU^f _rfitvg _1e{

; a*\<nry,r},u,idLile ; ^att

semrang, - -q' %9.

ft.sc.aS. hvan Rudiarto, ST, MSc NIP. 19740327199903 1002 Deparlemen PWK FT. Undip

(4)

Scopus

Document details

3 of 4

Drought disaster vulnerability mapping of agricultural sector in Bringin District, Semarang Regency

(Conference Paper) (Open Access)

,

Urban and Regional Planning Department, Diponegoro University, Semarang, Indonesia

Geomatics and Computing Planning Laboratory, Urban and Regional Planning Department, Diponegoro University, Semarang, Indonesia

Abstract

Agriculture sector is a sector that is directly aﬀected by drought. The phenomenon of drought disaster on agriculture sector has occurred in Semarang regency. One of districts in Semarang which is aﬀected by drought is Bringin district.

Bringin district is a productive agricultural area. However, the district experienced the most severe drought in 2015.

The question research of this study is, "How is the spatial distribution of drought vulnerability on agriculture sector in Bringin district, Semarang regency?" The purpose of this study is to determine the spatial distribution of drought vulnerability on agriculture sector to village units in Bringin district. This study investigated drought vulnerability based on Intergovernmental Panel on Climate Change (IPCC) by analyzing exposure, sensitivity, and adaptive capacity through mapping process. This study used quantitative approach. There were formulation analysis, scoring analysis, and overlay analysis. Drought vulnerability on agriculture sector in Bringin district was divided into three categories:

low, medium, and high. © Published under licence by IOP Publishing Ltd.

SciVal Topic Prominence

Topic:

Prominence percentile: 99.844

Author keywords

Agriculture Drought Semarang Vulnerability

Indexed keywords

Engineering controlled terms:

Agriculture Climate change Disasters Mapping Spatial distribution Surveying

Engineering uncontrolled terms

Adaptive capacity Agricultural areas Agricultural sector Agriculture sectors

Intergovernmental panel on climate changes Quantitative approach Semarang Vulnerability

Engineering main heading:

Drought

◅ Back to results ◅ Previous Next ▻

RIS export ^Download ^Print ^E-mail  Save to PDF ⋆ Save to list ^More...▻

View at Publisher

IOP Conference Series: Earth and Environmental Science Volume 123, Issue 1, 22 February 2018, Article number 012031

2nd Geoplanning - International Conference on Geomatics and Planning; Surakarta - Central Java; Indonesia; 9 August 2017 through 10 August 2017; Code 134955

Lestari, D.R.^a  Pigawati, B.^b

a b

 View references (17)



Adaptation | Climate change | Adaptation planning



ISSN: 17551307

Source Type: Conference Proceeding Original language: English

DOI: 10.1088/1755-1315/123/1/012031 Document Type: Conference Paper Sponsors:

Publisher: Institute of Physics Publishing

PlumX Metrics

Usage, Captures, Mentions, Social Media and Citations beyond Scopus.

Metrics

Cited by 0 documents

Inform me when this document is cited in Scopus:

Scopus

Source details

IOP Conference Series: Earth and Environmental Science

Scopus coverage years: from 2010 to Present ISSN: 1755-1307 E-ISSN: 1755-1315

Subject area: Earth and Planetary Sciences: General Earth and Planetary Sciences Environmental Science: General Environmental Science

View all documents ▻ Set document alert  Save to source list Journal Homepage

CiteScore 2018

0.44

Add CiteScore to your site



SJR 2018

0.170

^

SNIP 2018

0.536

^

CiteScore CiteScore rank & trend CiteScore presets Scopus content coverage

Calculated using data from 30 April, 2019

CiteScore

*CiteScore includes all available document types

0.44

⁼ Citation Count 2018 Documents 2015 -

2017*

=

Metrics displaying this icon are compiled according to , a collaboration between industry and academia.

2018 ^

2,434 Citations ▻ ▻ 5,583 Documents

▻

View CiteScore methodology CiteScore FAQ▻

Last updated on 14 October, 2019

CiteScoreTracker 2019

0.26

⁼ Citation Count 2019 Documents 2016 - 2018

=

 Updated monthly

▻ 3,950 Citations to date

▻ 15,183 Documents to date

↗

Snowball Metrics

CiteScore rank

Category Rank Percentile

Earth and Planetary Sciences

#125/181 30th

Environmental Science

#143/192 25th



General Earth and Planetary Sciences

▻

View CiteScore trends

About Scopus

What is Scopus Content coverage Scopus blog Scopus API Privacy matters

Language

⽇本語に切り替える切换到简体中⽂

切換到繁體中⽂

Русский язык

Customer Service

Help Contact us

We use cookies to help provide and enhance our service and tailor content. By continuing, you agree to the .

Terms and conditions ↗ Privacy policy ↗

↗ Elsevier B.V

use of cookies

(9)

a.z%

i

'lE .Y::

*.7-

r

F,

:,,

lnternational ConfereRce on Gecmatics a*d Planning

9-10 August 2017 Solo Paragon Hotel, Surakarta

lndonesia

http :/lgeopla

ⁿⁿⁱⁿ

^g-conf.

^CI

rg

&bs€r€ *k

G**rcxti*s,&ppli**ti

* ns f* r * i**

tr

^lsix

gt * pti*i $l**

*i * g

*r.-#

*f"

(10)

SPEAKERS

1.

^Assoc.^Prof.Yan Liu (Queensland University, Australia)

2.

^Prof.^Dr.Ahmad Nazri (University of Technology Malaysia)

3.

^Dr.Agustan (lndonesian Society for Remote Sensing)

ORGANIZING COMMITTEE

1.

^Prof.Dr.rer.nat. lmam

Buchori-

Diponegoro University

2.

^Dr.Yudi Basuki- Diponegoro University

3.

^Dr.Yudi Setiawan

-

^BogorAgricultural University

- 4.

Dr.Sc.Agr. lwan Rudiarto

-

5.

Muhammad Kamal, PhD

-

Universitas Gadjah Mada

6.

^Dr.^Eng.Maryono

-

7.

^Laili^FujiWidyawati - Department of Urban and Regional Planning- Esa Unggul University

. 8.

^Dr.Joesron Alie Syahbana

-

= SECRETARIAT

Geomatics and Planning Laboratory, Building B 3rd Floor. Departement of Urban and Regional Planning, Diponegoro University Kampus uNDlp rembalang, Semarang soz7s.

Email confere nce: adm [email protected] Email journa _l:[email protected]

Geoplanning-Abstract Book

_Jxi

(11)

EDITORIAL _BOARD

Editor in Chief

u

^Prof.Dr.rer.nat. lmam Buchori (ScopustD:549g6165700) Diponegoro University, lndonesia

lnternational _Editorial _Board

Prof. Chao-Hung Lin, phD (ScopustD: L4054277SAO)

Department of Geomatics, National Cheng-Kung University, Taiwan, province of China Prof. Dr. WalterTimo de Vries (ScopuslD: 7tO2OJ675g}

Twente university (2ot4l, Technical university of Munich (2014-now), _Germany

" _Prof._Dr.Ahmad Nazri Muhamrnad Ludin (scopusrD: 55321700400) University of Technology Malaysia, Malaysia

Prof. Dr-lng. Fahmi Amha r (Scopust D: 55349344700) Geospatial Information _Agencyof lndonesia, lndonesia Prof. Beniamino Murgante, phD (ScopuslD: ZZ4332g33OOl school of Engineering - university of Basiricata, potenza, _rtary Assoc. Prof. Dr. yan Liu (ScopustD: 56236259100)

Queensland University, Brisbane, Australia Assoc. Prof. Dr. Sc.Agr. lwan Rudiarto Diponegoro University, lndonesia

M ustafa Usttiner (Scopust D: 56246446g00l Yildiz Technica I University, Turkey

Artur Gil, PhD (ScopuslD: 37064609200)

ce3c & Azorean Biodiversity Group, University of the Azores, portugal Dr. lrfan Rashid (ScopustD: 16067696100)

Department of Earth Sciences, University of Kashmir Srinagar, Jammu and Kashmir, lndia Assoc. Prof' Dr. sc. Admir Murahusic, Dipr.Eng (scopusrD: 247gLz1.4goo)

Faculty of civil Engineering, university of sarajevo, Bosnia and Herzegovina Dr. Eng Husnul Kausarian (ScopuslD: 57191994504)

chiba University, Japan and rsJamic University of Riau, rndonesia

e fllanaging Editor

Dr. Joesron Alie Syahbana, Diponegoro University, lndonesia Anang Wahyu Sejati, Diponegoro University, _lndonesia

Geoplanning-Abstract _{Book lix}

(12)

TABLE OF CONTENT

E

TABLE OF

CONTENT...

...ii

JOURNAL AIMS AND

SCOPE

...viii

EDITORIAL

BOARD

...ix

ABOUT GEOPLANNTNG

CONFERENCE...

...x

ORGANIZING

COMMITTEE

...xi

'

CONFERENCE

PROGRAM...

...xiii

r,'GlS-based _LandslideSusceptibility Assessment and Factor Effect Analysis by Certainty Factor in Upstream of Jeneberang River, lndonesia Putri Fatimoh Nurdin, Tetsuya Kuboto

...

...1

lv Performance of Land Use Change Causative Factor on Landslide Susceptibility Map in

Ujung-Loe j

Watersheds South Sulawesi

lndonesia fi

Andong Suryano Soma, Tetsuya

Kubota ...2

^d

#isk

^Sensitive^{Land Use}^Planningin Malinao, Albay, Philippines Ano Marie Rico

Abonte

...3

,A/lapping and Assessment of Traffic Congestion on Major ^Roadsin Minna (Case Study of Chanchaga L.G.A) Oluibukun G. Ajayi _,Ayodeji T. Oluwunmi

,

^{Yusuf D.}^Opoluwo

,

^Taiwo^J.

Adewale...

...4

'/und

^{Use Land}^Cover^Changes^andPrediction of Dodoma, Tanzania Tobaro Hashim

Kabando

...5

Analysis of Ricefield Land Degradation in Denpasar City, lndonesia R Suyorto,

Wiyanti,l

Nyomon

Dibia...

...6

Erosion Hazard Analysis and Soil Conservation Planning At Gunggung Watershed, Bali, Indonesia Ni Woyan Yuli Lestori, Ni Mode Trigunosih, Tatiek Kusmowati, Putu P. K.

Wiguna

...1

Flood Risk Analysis in Denpasar City, lndonesia Ni Komong Rini Rotna Dewi, Putu Perdona Kusumo Wiguno, Toti Budi Kusmiyarti

..

...8

Application Of Remote Sensing And Gis Mapping For Sustainable Food Agriculture Land Area, Urban And Rural Areas

ln

Bali

Province

I Made TriGunasih, lndoyoti Lanyo, N.Netera Subadiyaso, Jeremio

Hutouruk ...9 ^-l

Planning of Agro -Tourism Development, Specific Location in Green Open Space Sarbagita Area,

Bali _i

Province lndayati Lanyo, N.Netero, Subodiyosa, Ketut Sordiana, G.P. Rotna Adi

...

...10

ii lGe

^{o p}

^la

^{n n}

ing-A bst ^ra ct ^Boo

^k

(13)

Sustainable Revitalization in Herltage Karnpong Kauman Surakarta Supported by Spatial Analysis Musyawaroh, T. S. Pitono, M. Masykuri,

Nandariyah.

..,...f

f

sustainable Agriculture: A comparative study on organic and conventional Farming in Klaten CentralJava

Bombong Pujiosmanto, _BRMBambong lrowon, tstijobotut

A1iyah...

...12 Spatial-Based Management of Van den Bosch Fortress

to

Revitalize HistoricalAssets and Develop Unique Cultural Tourism

Roro Sugiarti, Worto,

Suporiodi

...13

lntegration of Transportation System in Lurik lndustrial and Tourism Areas to Optimize production and Sale

Goling Yudana, Niken SilmiSurjandari, tstijabotutAliyoh, Raro

Sugiorti...

...14 sustainable street Vendor's spatial Zoning Models in surakarta

Murtonti J. Rahoyu, Rufia A. putri, _E.F._Rini

...

...L5 spatial correlation Analysis of ^Landsubsidence and Flood pattern _Basedon DinsAR Method in SentinelSAR imagery 2015-20L6 and Weighting Method in Geo-Hazard parameters Combination in North Jakarta Region

Transportation Limitations Access to The Small lslands (Case Study: Banggai Laut Regency)

The Level of social Economic Vulnerability To Floods A case study ln Pasar Jambi Sub-District, Jambi City

Bondon Satrio Pribodi, twan Rudiorto, Nebojio

eomprag

...1g Modeling the Dynamic lnterrelations between Mobility, Utility, and Land Asking price

Riverine Settlement Adaptation Characteristic in Mentaya River, East Kotawaringin Regency, Kalimantan Province

Landung Esoriti, Nany Yuliastuti, Nur Kumolo Rotih

...

...20 The Growth of Javanese House in Laweyan-Surakarta

Untung Joko Cahyono, Bambang Setioko, Titin Waro

Murtini..._

...2 ^j.

Living in Prone Flooding Area: The Attachment of Place

in

^CoastalAreas of Semarang

Wido Prananing

Tyos....

_...22

Drought Hazard Characteristic Using soil Moisture Deficit lndex Modelling

Identification of Mangrove Critical Level Using RS-Gis Analysis

Septiano Fathurrohmoh

... ...

...24 spatial Analysis of ^LandAdjustment as A Rehabilitation Base of Mangrove ln lndramayu Regency s. Sodikin, satun R.P. sitorus, Lilik Budi prosetyo, ond Cecep

Kusmona....

...25 Global and Domestic spheres: lmpact on the Traditional Settlement in Bali

Gusti Ayu Mode 9uortika... ₂₆

Geoplanning-Abstract _Book liii

(14)

Determination of Peri Urban Typology Based on Physics, Economic, and Social Aspect in Gresik

",

Regency

Kortika Dwi Ratna Sari and Eka Budi

Santoso...

...-..'...-.27 Spatial Modelling for Drought and Flood Mitigation Planning Analysis in Joho KidulVillage,

Pracimantoro Sub District, Wonogiri Region, CentralJava

Dyah Luhmoyong

SoriRahmaningsih...

.-...'28

Mapping Betwen BRT Shelter and High School Location

Dioh lntan Kusumo Dewi, Anito Ratnasari Rohmotulloh,

Protomaningtyos.-...

...29 Flood hazard spatial modelling for risk mapping in Lamong River System using Society's Perceptions for disaster mitigation actions in Benjeng District, Gresik

Mega utami Ciptoningrum, Cohyono Susetyo, Nita Kadiona, Anggakoro Vishnu Widiotmiko...30 What is The Role of Land Value in The Urban Corridor?

Anita

Rotnasari, lmom Buchori, Wisnu Pradoto, Bombang

Riyanto...

...31 Space Livability of Street Vendors in Simpang Lima Public Space, Semarang

Retno Widjajanti,

HodiWohyono...

...32 lmpact of Governance Performance on The lndonesian Map Standardising Process

Nabiho Zoin

Muhomod...

...33

Drought Disaster Vulnerability Mapping of Agriculture Sector in Bringin District, Semarang Regency DwitontriRezkiandiniLestori, Bitto

Pigowoti...

..."...'..'.35 Preservation "Kauman ^Kampung

Qulan"

^asTourismRegion Educational Religious

Rina Kurnioti, N.

Nurini

'...'.--'36

Collaboration Model ^among^LocalGovernments on Ratubangnegoro Region in The Boundary Area

of

Central Java and East Java Provinces

Hadi

Wahyono...

^...37

Endogenous Knowledge: empirical fact to develop community ^baseddisaster risk management concept for community ^resilience

Asa Bintong Kapiorsa, S.

Soriffuddin

^...39

Community-based ^DisasterManagement: A lesson learned from community emergency ^response management in Purwokerto, ^lndonesia

ArizalYoga Protomo, ^S.Soriffuddin

...

..."...40 The Assessment of Model Base And Evaluation Of Agricultural Spatial Model

Dewayany

Sutrisno...

...-...4L

The Land Use Change and Urban Structure in Semarang

-

^Solo^Corridor

P. Pangi, tntan Muning

Harjonti...

...-...42

Route and Time Resilience Assessment Againts MerapiVolcano Eruption Within Sister-Village Scenario: The Case Of Boyolali, Central Java

Laros Kun Rahmawati Putri,

Moyono...

'...'.'43

iv _I Geopla

n

ning-Abstract ^Book

Nony Yuliostuti, Fodjar Hori Mordiqnsioh

...

...34

(15)

Assessment of street Lighting Resilience Based on Rural-Urban Typology As supporting lnfrastructure Evacuation of Disaster ln Boyolali District

Rokon Promoe lzdihor,

Moryono....

...44

Study of Land Cover Change as Landslide Disaster Mitigation ln Temanggung Regency Sri Rohoyu, yudi

Bosuki

...45 spatial Distribution of Socioeconomic Development: _{A case}from Three Different Rural Areas in Central iava

'Wllo,w-lwl!!!!!-t!-lrdgygri,

^{Hoti B}^wiioyo,^Tio^Dianing

tnsoni...

...46 Spatial Modelling of Land price ln Semarang City

lndustrialization lmpact on

worker

Mobility and _{Land Use}in periUrban Area (case study

of

Semarang District, lndonesia)

HoliBina Wijoya, Herlina Kurniowoti, Suryo Tri

EsthiW.H

...4g A socio-spatial Dimension of Local creative lndustry Development in semarang and Kudus Batik Clusters

Prihodi

Nugroho

...49 Policy Analysis of Poverty Alleviation in semarang

city

Using spatiat and sectoralApproach

Mohammad

Muktiali...

...50 Settlement Relocation Modering: Reacting To Merapi,s Eruption rncident

Angrenggani Pramitosori, tmam

\uchori...

...51 Hot spot Analysis of motorcycles ownership in Padurenan, Rahtawu and wonosoco Village, Kudus Regency

Somoni lntakoris, tmom Buchori, Sugiyono

Soetomo

...52 The student understanding of safety Awareness of Motorcycle Usage in semarang

city

Okto Risdianto Monullong, Wido prononing _Tyas

...

...53 The spatial Patterns and Determinants of lndustrial Agglomeration in semarang Regency, lndonesia

R Agung Pongorso, R. Suhoryodi, R.

Rijanto...

...54

Monitoring the restored mangrove condition at Perancak Estuary Jembrana, Bali, lndonesia from 2001 to 2015

Ruslison, Muhommad Komal, Frido

Sidiq..

...55

The Comparison of Land surface Temperature Derived From Landsat lmage 7 Etm + and ^goli/Tirs

for

Drought Monitoring

A Sediyo Adi Nugraho, Totok Gunowon, Muhommad

Komal

_...50

Flood Reduction Scenario Based on Land Use in Kedurus watershed Area Using the Hydrology Model of SWAT

sontika Punuitaninqsih, _A.Pomungkos, Primo T. setyoso, Rahel p. pomungkos, _AhmodR. Atfion...s7 Modelling Multi Hazard Mapping rn semarang

city

Using Gis-Fuzzy Method

Arief L. Nugroha, M. Awoluddin,

BondiSosmito...

...5g

Geoplanning-Abstract _Book lv

(16)

Beyond Vulnerability Assessment: lnfluence of Vulnerability Projects toward ^LocalAdaptive Capacity in Kemijen City Village, Semarang City

Maria

Ekacorini Jiayonimitta, Deny Aditya Pusposari, Tresnasari Ratnoningtias, Aditio Setionurjoyo, Roni Widyohontari, Diano Kristina Suhortono, Yonuar Akbar

Anindita...

^...59

lnvestigation of Potential Landsubsidence using GNSS CORS UDIP and _{DInSAR ,}Sayung, Demak, lndonesia

Bombong

DormoYuwono

...60

lnsight analysis on dyke protection against land subsidence and the sea level rise around nothern coast of Java (PANTURA) lndonesia

Heri Andreos, Hasonuddin Z Abidin, Dino A Sarsito, Dhoto

Pradipto...

...61 Planning of Agro -Tourism Development, Specific Location in Green Open Space Sarbagita Area, Bali Province

lndayoti Lonyo, N.Netero, Subodiyosa, Ketut Sardiona, G.P. Ratno Adi

-...

...62 . Coastal flooding adaptation in Semarang City: better stay of leave?

lmamBuchori,AgungSugiri,Mussadun,AngrengganiPramitasori

lmpact of lnfrastructure Availability to The Level of Slum Area in Banyumanik District

Khristiano D_wi

Astuti..

...64

Landslide Hazard Analysis and Damage Assessment forTourism Destination in Candikuning Village, Tabanan Regency, Bali, lndonesia

I Nyoman Sunorta, Ketut Dhormo Susilo, I Nengoh Kariosa, Putu Perdono Kusuma Wi9una...65 Regional Phenomena of Vertical Deformation in Southern Part of lndonesia

Dino A. Sarsito, Susilo, HeriAndreos, Dhoto Prodipta, ^qndlrwon

Gumilor...

...66 Forest and Land Fire Prevention Through the Hotspot Movement Pattern Approach

Turmudi, Priyodi Kordono, Proyudho Hortonto, Yustisi

Ardhitasori...

^...67

Re-assessing Rainwater Harvesting Volume by CHIRPS Satelite in Semarang Settlement Area

Yosef Prihonto, Raldi H Koestoer, Dwito

Sutjiningsih

...68 Measuring Carbon Emissions From Deforestation At Donggala Regency,

Central Sulawesi Province, lndonesia

Free Trade Zone, Free Port, and Port Service; A Case Study on Batu Ampar Harbor at Batam lsland

Slomet

Hargono...

...70

Spatial Pattern of ^Rice^FieldProductivity based on Physical Characteristics of Landscape in Citarum Watershed, West Java

Life Style As lnfluence Factor To Urban Mobility Transport : A Case Study Semarang City, lndonesia

Metropolitan growth and spatial fragmentation: Revisiting the development practices in Solo Raya Region

Wisnu Prodoto, Fodjar H. Mardionsjah, Okto R. Monullang, AnggiA.

Putro

...73

vi lG

^e^{o p}

la

n n

ing-A bst ra ct ^Boo

^k

(17)

SpatialAnalysis in Dgtermining Physical Factors of Pedestrian space Livability. _casestudy: pedestrian Space on Jalan Kemasan, Kecamatan Kotagede,

yogyakarta '

Dynamic model for sustainable urban agriculture of medicinal plants for family in Jakarta

Darmawon _L._Cahyo,RatdiH. Kaestoer, _ListyaniWijayonti,

MisriGozan

_...1s

Disaster Brings Blessing: case study of Tourist village Teletubbies - Dome post Disaster settlement ln Nglepen, _Slema_n,yogyakarta

Ratnowati Yuni

suryanilori..."...

...:...76

Geoplanning-Abstract _gook _lvii

(18)

lndonesia

Putri Fatimah Nurdin, Tetsuya Kubota

Kyushu University, Jo pa n

This study

assesses

the potentiality of certainty factor models (cF) for select the positive causative factors related to landslide occurrence combine with logistic regression to generate the landslide susceptibility mapping in Upstream of Jeneberang River, south sulawesi' lndonesia' Effect

_analysis

studies show how a solution

_changes

when the input factors

are changed' The

factors were

chosen

that influence

_landslide

occurrence

_was:

soil, slope

angle,

Aspect,

Elevation,

Lithology,

Land use, Distance

to the river,

Drainage density,

Precipitation'

_For

the validation purpose, landslide inventory _{map was} randomly partition into two groups,

_3o%

for the validation and

_{70% for}

the training.

_Landslide

susceptibility maps were produced by logistic regression using original factor (all nine factors)

and

selected factor

(selected

four factors with positive

cF varue).

The result of certainty factor

analysis shows cF

value

is

positive for elevation, land

use,

slope,

and drainage

density.

_The accuracy

of two

landslide

susceptibility

_{map was}

evaluated

by calcutating

the Roc

analysis.

The result shows the

success

rate curve for nine-factor map

(g0.2%)

is higher than four- factor map (78%)' But in

case

of predictive rate curve, four factors _map

(70.60/0l

is higher than nine factors

map (66'9%).

The

_closeness

of

success

rate and predictive rate values

is

important _because it shows how the logistic regression helps to ^predict the

landslide

occurrence

_ln

the future.

Keywords:

_Landslide

susceptibility

_map,_GlS,_Certainty

factor

Gls-based _Landslide susceptibility Assessment and Factor Effect Analysis _by certainty Factor in upstream of Jeneberang _River,

Geoplanning-Abstract _Book _l1

(19)

Performance of Land Use Change Causative Factor on ^Landslide Susceptibility Map in Ujung-Loe Watersheds South Sulawesi

lndonesia

Andang Suryana Soma, Tetsuya Kubota

Ky u shu U n ive rs ity, J a pa n

The aim of this study is to develop and apply land use change

(LUC)

performance

on landslide

susceptibility

map by using ^FR,and LR

method

in a

geographic information

system.

ln the study area, Upper Ujung-loe Watersheds area of lndonesia, landslides detected

by using

field survey and air photography from time

series

data image of ^google earth pro

in 2OL2

- ²⁰¹⁶ ^and ^use

^LUC

^from ²⁰⁰⁴ ^to ^2011. ^Landslide susceptibility map

^(LSM)

were building by using

FR,

and

LR

with nine

causative

factor. The result indicated

LUC have

the effect to produce

LSM.

Validation of landslide susceptibility was carried out in this study at both with and without

LUC

causative factor. First, performances of each landslide model were tested

using AUC

curve for

success

and predictive rate, which

is

the highest value of predictive rate at With

LUC

in both

FR

and

LR

method (83.4% and

85,2%,

respectively).

ln

the

second stage,

the ratio of

landslides

falling on

high

to

a

very high

class

of susceptibility

was

obtained, which

indicates

the

level

of

accuracy

of the method and

LR

method with

^LUC

have the highest

accuracy

of 80.24 %. lt is indicated changing the vegetation to another

landscape, make slopes unstable and

probabilityto

landslide

occurrence

Keywords:

Landslide Susceptibility

Map,

Land Use Change, lndonesia

2 lGeoplanning-Abstract ^Book

(20)

Risk sensitive _Land use Planning in Malinao, Albay, philippines

Ana Marie ^RicoAbante Bicol U niversity, Philippines

Malinao lies along the typhoon belt especially since its eastern portion faces the

^pacific

Ocean has always been vuJnerable to disaster, natural or man-made, all year

round.

ldealistic highest-best land use planning approach is a way to measure spatial justice

in

contrast with realistic cultural land utilization ^practices in the Philippines is inciting.

Risk

sensitive land

use

planning intends to point out the

consequences

of unjust or unsuitable land allocation that may prejudice the

lives

of the vulnerable

populace. This

land

use plan

refers to a document embodying specific proposals for guiding, regulating growth

and

development shaped into spatial dimensions and space allocation required for

socio-

economic development. lt ^was formulated using

ArcGlS

to synthesis the different

data

gathered through the different

agencies

and offices and the inputs of concerned

agencies

and stakeholders. The land use plan incorporates disaster risk factors in the

analysis

of

existing and

potential

_{land use}

patterns

_{by using}_GISoverlay techniques. The

public

_hearing,

review and approval, and local publication of the land use plan along with its

zoning

ordinance were pushed by a natural hazard event which hit the Municipality of

Malinao, Albay, Philippines

in

ZOLL. Both

technical

and legal

documents

serves as

the framework

_and

policies

_regarding

the utilization of land and

resources

to

ensure

that development targets are met while still

preserving

the integrity of the environment and preventing or

reducing disaster risks

that

may be

brought

by

natural

calamities.

Geoplanning-Abstract _{Book l3}

(21)

Mapping and Assessment of Traffic Congestion on Major Roads in

Minna ^(Case Study of Chanchaga ^L.G.A)

Oluibukun Gbenga Aiayi ^1,Ayodeji Timothy Oluwunmi ^1, Yusuf Drisu Opaluwa ^2,Taiwo James Adewale ¹

7 Deportment of Surveying and Geoinformatics, Federol University of Technology, Minna 2 Deportment of .Surveying ond Geoinformatics, Moshood Abiola Polytechnic, Ogun Stote.

The level of urbanization in the developing world indicates that more people live in

cities

than before. As urbanization increases, road

usage

also increases proportionately which sometimes introduces some strain to the existing road which often constitutes

some

impediments to free traffic flow. The situation described above is on the ^increase

in Chanchaga_Local

Government Area of Niger State, an urban center in ^Nigeria. ln order to investigate the ^probable

causes

and degree of severity of this

menace,

attempt

has been made in

this

research

to investigate and

map

outthe nature of traffic congestion frequently experienced on some selected roads within

Chanchaga LGA. These

road networks

include:

Kpakungun - Gidan Kwano

road, Bosso-Mobil route,

Bosso

- Mekunkele route,

Kpakungun

-

city gate road and Book roundabout - ^Mobil Route. Using a 1m

Pan-Sharpened spatial

resolution

IKONOS

lmage, handheld

GPS

receivers, and manual traffic count, the traffic patterns of the selected road networks within the study area were

assessed

and

mapped

out.

A Geo-Database was also designed

for the

routes

which

provides

information about the road pavement condition,

average

traffic volume, adjacent land

use, etc. Analysis

of

results and

other

queries

performed

revealed

that the

most

probable

_causes

of traffic

congestion in Chanchaga LGA

include narrow road width, bad road pavement and indiscriminate

parking

of

vehicles along

the

road

corridors,

especially by

commercial

cab drivers.

Keywords: Urbanization, Traffic Mapping, Geospatial modeling, dynamic

road

segmentation,

land use,

Traffic lnformation

System

4lG eo pla

n n

in g-Abstra ct Boo

k

(22)

Land use Land cover changes and prediction of Dodoma, _Tanzania

Tabaro Hashim Kabanda North West University, South Africa

This study looks at ^'land use/cover changes

(LUCC)

of Dodoma region and the

urban

expansion of Dodoma over a ^period of

21 years

(2005 -2026l

using

approaches

_{based on}

the remotely

sensed images

and

Gls. The

main aim of this study

is

to

examine

the current

and

potential development of

Dodoma region. This study

first

uses

remote

_sensing

to detect

LUCC

and then

based

on the result of classification

_images,

predicts the 2026

LUCC using .

neural network built-in module in

lDR15l. Analysis

is also done using Markov to ^generate Transitional Probability Matrix and Transitional Area Matrix for the year 2026.

understanding the ^present and predicted development situation in Dodoma will help

planners

dlvelop

new strategies

to

reshape

the

capital

city

of Tanzania.

Keywords:

Dodoma, Grs,

remote

sensing, land use, land cover, urban expansion

Geoplanning-Abstract Book _t5

(23)

Drought _Disaster vulnerability Mapping of Agriculture sector in

Bringin District, Semarang _Regency

Dwitantri Rezkiandini Lestari, Bitta pigawati

D i po negoro lJ nive rsity, I ndo nesio

Agriculture sector

_{is a}_sector

that directly affected

_by

drought.

_The

phenomenon of drought disaster on agriculture sector has occurred in semarang regency. one of districts

in

semarang which affected by drought is Bringin district. Bringin district is a ^productive

agricultural area'

However,

the district experienced the most severe drought in

2015. The

question

research of this

study

is,

"How

is

the spatial distribution of drought vulnerability

_on

agriculture sector in Bringin district, semarang regency?" The purpose of this study is to determine the spatial distribution of drought vulnerability on agriculture sector to

village

units _in -Bringin district. This study investigates drought vulnerability based

on

lntergovernmental

_Panel

on climate change (lPcc) by analyzing exposure, sensitivity,

and

adaptive capacity through mapping

process.

This study

uses

quantitative _approach.

_There

are formulation

_analysis,

_scoring

_analysis,

and overlay _analysis. Drought vulnerability

_on

agriculture

sector in Bringin

district

is

divided into three

categories:

low, medium,

_{and high.}

Keywords: Agricu ltu re, Drought, Sem a ra n g, Vu ln era bi I

ity

Geoplanning-Abstract _Book l3i

(24)

I &r - Undip Repository

:

fika

I

I

II

a

.5 3 I

b.

7 b,\ 6,7f

c.

d.r I d,?r

d.

&r g 8.7r

=

27 2?.f 2J, 2-r

<lo

x 27t 2c = lor g

of WU

2,

ILMIAH

I

l)mhvr

anht* @t t l.<,oue". kt/'

s^a attvtL.rr

3-1"*0Uh;4

Ut^/,rlrrlJ

fu'eLu^

". \rh, dr/" W{-1a'r",1/it' gu.utarl*h*'r

a ku.o*X,rubtu0*aLu' Brr^1< d-u,4*bWr04no44 /d?* t@ud

@

t_l

a-

7rA 7,0

b.

q,o arO

c.

4,0 B, !-

d.

0,o &uf

=

7o,o 2-'),

4O%r, Al.0 = lO,B

i:ffi:ii:€s -b? -2d1

krya

(iil€

or/

t3tsltz3l ffina3upd,f

a

lrsmi

E

tl

a

v b

b.

4 At€

c.

1 I

d.

a I

=

bo 27r9

4,,0",n * L/, C =ll

". ;Wa; Aml$tDr ar*iAlw 1

a.9{.Waa hfet lCrnu flv'tk'r+Ov

da*r pr-U^A b""r mt".

@apd rujutah,l

?e^4abdng{a"^

c. P0r6tafs ctrp tffiann@,^ > trclDo{4 unuuvr ,,n*-w

^W,^

U"vrtrar W{^;4 t""aU^f rfitvg 1e{

; a*\<nry,r},u,idLile ; att

semrang, - -q' %9.

Scopus

Document details

Drought disaster vulnerability mapping of agricultural sector in Bringin District, Semarang Regency

Scopus

Source details

IOP Conference Series: Earth and Environmental Science

0.44

7 ^b,\ 6,7f

&r ^g 8.7r

x ^27t _{2c =} ^lor ^g

anht* @t _t l.<,oue". kt/'

". \rh, dr/" W{-1a'r",1/it' gu.utarlh'r

a ku.oX,rubtu0aLu' ^{Brr^1<} d-u,4bWr04no44 /d? t@ud

^t_l

q,o _arO

7o,o ^2-'),

4O%r, Al.0 ₌ ^lO,B

i:ffi:ii:€s ^-b? ^-2d1

^tl

v ^b

4,,0",n * _{L/, C} =ll

". ;Wa; ^Aml$tDr ^ar*iAlw 1

a.9{.Waa hfet ^lCrnu flv'tk'r+Ov

@apd ^rujutah,l

c. P0r6tafs ctrp tffiann@,^ _> _trclDo{4 unuuvr _,,n*-w

U"vrtrar W{^;4 t""aU^f _rfitvg _1e{

; a*\<nry,r},u,idLile ; ^att

^g-conf.

&bs€r€ *k

tr

gt * pti*i $l**

EDITORIAL _BOARD

lnternational _Editorial _Board

Geoplanning-Abstract _{Book lix}