Mekong River Commission Regional Flood Management and Mitigation Centre

Similar documents
Singapore Index on Cities Biodiversity

1. How are Mekong wetlands distributed. 1. In ecological zones. 2. In climate zones. 2. Synthesising the case study vulnerability

Outfall Flow Analysis for the Oswego Canal and Blue Heron Canal

WLAC Facilities Committee Meeting. September 18, 2017

Millburn, NJ, Residential Area Stormwater Analyses

Application of GIS and Remote Sensing for Identifying Flood Risk in Ho Chi Minh City, Vietnam

URBAN DEVELOPMENT INTHEGREATER MEKONG SUBREGION. Edited by Florian Steinberg and Januar Hakim ADB ASIAN DEVELOPMENT BANK

Progress of Multipurpose and Proactive Rainwater Management in Korea

LOW IMPACT DEVELOPMENT GUIDANCE MANUAL AND LID WORKING GROUP ACTIVITIES. Powerpoint Templates. MS4 Statewide Stormwater Summit June 18, 2013

WS 6 Developing a Business Plan for Manual E-Waste Recycling

A Regional Research and Dissemination Programme. Phase III SOLAR BOX DRYER DESIGN, CONSTRUCTION AND OPERATION MANUAL

Better Buildings By Design 2013 Building the Renewable Energy Ready Home Solar Thermal Lessons Learned and Results

Flood Mitigation by Adaptive Use of Urban Infrastructure Taejung Kwon, Jungdon Kim, Hong Gyu Kim

Albert R. Jarrett. Annual and Individual-Storm Green Roof Stormwater Response Models

Fisher Slough Tidal Marsh Restoration Project Scaling Down the Restoration Planning & Analysis Framework to Evaluate Project Alternatives

THE INNOVATION OF GREEN ROOF TO DADICATE THE BUILDING ENVIRONMENT IN HONG KONG

Roof Runoff Harvesting Benefits for Regional Conditions in Low Density and Medium Density Residential Areas. Leila Talebi 1 and Robert Pitt 2

Appendix A. Reference Evapotranspiration (ETo) Table.

MONROE COUNTY EMERGENCY MANAGEMENT HURRICANE S THAT AFFECTED THE KEYS

Regional Overview of EIA in Asean. Nagoya, Japan 13 May 2016

Port of San Diego Sea Level Rise Ad Hoc Committee Meeting 1 of 3.. September 18, 2018

MASTER PLAN KICK-OFF Open House #1A, April 28, 2015

Identification of Aberrant Railroad Wayside WILD and THD Detectors: Using Industry-wide Railroad Data. June 10, 2014

Daikin Altherma Selection Report

Irrigation management in a drought year. What drought means to the tree, and how best to deal with it

Green Roof Research at. Michigan State University

Pha Tad Ke Botanical Garden

Three Rivers Park District Administration Center Rain Garden

Biosolids Dewatering, Monitoring, and Disposal Programs

Welcome. Tannery and Waterworks Parks Shoreline Improvements Environmental Assessment. Public Information Centre #1 November 27, pm to 8 pm

Special edition paper

Principles for Promoting Resilient Economies. Pacific Economic Cooperation Council September 11, 2015 Sofitel Philippine Plaza, Manila

Don t Flood The Rodeo! Preparing for Fort Worth s New Arena

WLAC Facilities Committee Meeting. May 15, 2017

Asparagus Response to Water and Nitrogen

Boulder County Comprehensive Drilling Plan Surface Owner Meeting. Thursday, Oct. 19, 2017

Food Control Plans or National Programmes Cold Hold Records 2019

Irrigating Olives. Janet Caprile UCCE Farm Advisor Alameda & Contra Costa Counties

Microirrigation of Young Blueberries in Florida 1

Rainfall, Streamflow, and Water-Quality Data During Stormwater Monitoring, Halawa Stream Drainage Basin, Oahu, Hawaii, July 1, 2000 to June 30, 2001

Sivu 2/8 Rate data Description Suomi Shut off times total 0.0 h/day Weekends with shut off times yes Daytime rate of heat pump Time for daytime rate 5

Full Season Comparison of Weather Based Smart Controllers

DFH JOINT VENTURE. Stormwater Management Report for Proposed Residential Subdivision at Graham Block, Pokeno

SURVEY ON THE OCCUPANT BEHAVIOR RELATING TO WINDOW AND AIR CONDITIONER OPERATION IN THE RESIDENTIAL BUILDINGS

YOU NAM ELECTRIC CO.,LTD.

Boulder County Comprehensive Drilling Plan Surface Owner Meeting. Thursday, Nov. 2, 2017

Early Warning Systems for. Natural Disasters in Korea

SIMS Discover and SIMS FFT Estimates. Chris Sherwood

Division Study of Rainwater Utilization in China

Technical Session 1: Detection, prevention and control of illegal traffic of. e-waste and near-end-of-life electronics

Understanding Surface Water Runoff at Breneman Farms

City of Norfolk Coastal Flood Mitigation Program. March 13, 2013

(3) Human Settlement. 1) Urbanized Area Collective housings, such as apartments and flats, are not common. Chapter 1 Urban Development

Japan s Activities on

THE ROLE OF GREEN ROOFS IN URBAN DRAINAGE A REVIEW OF THE CASE FROM AUGUSTENBORG ECO-CITY

Integrated Studies of Social and Natural Environmental Transition in Laos

Village of Glenview Appearance Commission

QUESTIONS AND ANSWERS Windsor Woods, Princess Anne Plaza & The Lakes Combined Drainage Project

Analogue to Digital Telecare. Technical Advisory Board. 21 st June 2017 Work Stream 3 Procurement

JUNE La'Wn Seeding. L. E. Longley. University of Minnesota Agricultural Experiment Station

WHEAT DEVELOPMENT AND GROWTH

Countywide Recycling and Disposal Facility Weekly Progress Report 08/22/08

QUESTIONS AND ANSWERS Windsor Woods, Princess Anne Plaza & The Lakes Combined Drainage Project

SOUTHERN GRAMPIANS WETLANDS INFORMATION DAY Sunday 23 rd November 2014

CHART PERUVIAN TECHNICAL STANDARDS

TRAINING SCHEDULE. Peachtree City, Georgia Course Schedules for 2018

TENNESSEE GAS PIPELINE COMPANY, L.L.C.

Home Improvement. Sarasota/Bradenton/Venice Market

SOUTHEND CARELINE ANNUAL REPORT

PEANUT PROGRESS. In this issue. Current Peanut Situation. Volume 6, Issue 4. Jason Woodward, Extension Plant Pathologist- State Peanut Specialist

Impact of Storm Drains on Urbanized Alluvial Fan Flooding in Ventura County, California

Land SAF LSA-SAF Evapotranspiration (ET) Product

Regional Open Space Conservation Plan. Regional Staff Committee January 18, 2018

Flowering Behaviour of Helichrysum obconicum DC.

Strategies for Summer Utility Savings. Residential Environmental Program Series May 15, 2013

How increased prices in bananas show people will move store for produce January Kantar Worldpanel

Towards a Resilient Stormwater Future: Building Back from Hurricane Irene and Tropical Storm Lee. October 15, 2015 VUSP Symposium

RFP DRAINAGE OUTFALL DESIGN AND PERMITTING. Mandatory Meeting for Proposers August 15, 2015

Bench Top Production Hydroponic Production

ESTIMATING OF CONSUMPTIVE USE OF WATER IN BABYLON GOVERNORATE-IRAQ BY USING DIFFERENT METHODS

STATION RISK PROFILE 2018 EWYAS HAROLD

Vetiver System for Xinchang Railway Embankment Stabilization The First Vetiver Application for Railway in China

Toward Environmentally Sustainable and Healthy Urban Transportation in Phnom Penh, Cambodia. By Phnom Penh Healthy City Committee

Company Introduction QUALIFICATION STATEMENT ( 주 ) KMS

Successful Green Infrastructure Planning: A Micro-Scale Modeling and Field Investigation Approach

Thermal equalization is the obvious answer to the situation. But, how is "thermal equalization" achieved?

VARIABLE HEAT RECOVERY IN DOUBLE BUNDLE ELECTRIC CHILLERS. Richard J Liesen 1, Rahul J Chillar 2 1 University of Illinois at Urbana Champaign

Indoor Moisture Control of Auckland Houses with Different Ventilation Systems

FLAGSTAFF FAMILY FOOD BANK Erik Henricksen, Elena Smith, Garrett Ribas, and Meshal Alotaibi Client: Joshua Spears TA: Dr.

A Functional Annex Alert and Warning

AFTER THE STORM DISPUTING SOME COMMON TREE FAILURE BELIEFS

Presentation Contents

EWB Challenge Floating Land Project

Each Permittee s program must meet the requirements of the Los Angeles County municipal storm water permit (Permit), as summarized in Table 5-1.

Welcome to the. Open House

Summer School Strategic Spatial Planning: Responding to Territorial Development Challenges in Rural Areas. Organized by

Seasonal soil moisture and nitrogen availability

Infiltration basin under normal conditions, with generous grassed area for water soakage (Source: WSUD in the Sydney Region)

Hydrology and Aquatic ecology, VVR111 Period 2

Sustainable Urban Drainage Systems (SuDs)

Transcription:

Mekong River Commission Regional Flood Management and Mitigation Centre Weekly Flood Situation Report for the Mekong River Basin Prepared at: //, covering the week from the th to th August Weather Patterns, General Behaviour of the Mekong River and Flood Situation General weather patterns During the week of th to th August, the weather bulletins were issued by the Department of Meteorology (DOM) of Cambodia. The weather maps were referenced from Thailand Meteorology Department (TMD) of the th August and 9 th August in the Figures & as follows: Figure : Weather map for th August Figure : Weather map for 9 th August Moderate South-West (SW) Monsoon During the last week, abundant rainfall occurred due to the influential southwest monsoon prevailing over Lower Mekong Basin together with low-pressure air mass cells. (see Figure and ). Tropical depressions (TD), tropical storms (TS) or typhoons (TY) No TD, TS or TY was presented in LMB during last week. Other weather phenomena that affect the discharge According to the Thai Meteorological Department (TMD), there will influence the prevailing southwest monsoon over Mekong region, including the Gulf of Thailand to become more rainfall. The low pressure was hit the upper part of the Mekong region, during that time (see Fig.). Over weather situation During the last week, the weather was scattered thundershowers with moderate rain of the Southwest monsoon. Consequently, in this week there was moderate rainfall over Chiang Sean to Stung Treng catchment areas, included the S area. The observed rainfall at Pakseane to Pakse and the S area showed high rainfall between mm to mm. This was likely caused by the th tropical storm of BENICA that hit to the upper lower Mekong Basin. The weekly rainfall distribution is shown in Figure and daily rainfall at key stations in the Lower Mekong Basin are shown Table A. MRC Weekly Flood Situation Report Week th -9 th August Page

Figure : Weekly Rainfall Distribution over the LMB from th to th August MRC Weekly Flood Situation Report Week th -9 th August Page

General behaviour of the Mekong River During the last week, the water levels at stations from upper to middle part of LMB has been decreasing due to inflow operation upstream part, while at downstream part has been slightly rising. For stations from Chiang Saen and Luang Prabang Water levels from th - th August at Chiang Sean station were fluctuated over its long-term average (LTA), while at Luang Prabang station water levels were rapidly increased from.m on th Aug to. m on th August. For stations from Chiang Khan, Vientiane and Nong Khai and Paksane Water levels at these stations were reached to the alarm levels at Chiang Khan and Vientiane on th and 9 th August. At Nong Khai water level were reach to the flood level on th August (.7 m), while water level at Paksane was almost reached to alarm level on th August (. m). For stations from Nakon Phanom/Thakhet to Mukdaha/Sovannakhet Water levels from Nakhon Phanom/Thakhet to Mukdahan/Sovannakhet stations were drastically increased which reached to the flood levels from th to th August. This caused rising water level was due to the heavy rainfall from Middle part of LMB (BENICA Storm). For stations from Khong Chiam to Pakse Water levels from Khong Chiam to Pakse stations were also continued increased, which stay above the alarm levels from th to th August. For stations from Stung Treng to Kompong Cham/ Phnom Penh to Koh Khel/Neak Luong Water levels at these stations were slightly increasing above their LTAs and reached to the alarm levels from th to th August at Stung Treng, Kratie, Kompong Cham and Koh Khel. Tan Chau and Chau Doc Water level at these tidal stations were also reached to alarm levels from th August onward, and it is expected to continue rising over the alarm level next week. Note: For more detail the flood situation during the last week, please see the hydrographic in Annex C. Flood Situation Flood stage or alarm stage: The alarm and flood levels appeared at Chiang Khan, Vietnaine, Nong Khai, Pasksane, Nakhon Phanom, Thakhet, Mudahan, Khong Chiam, Pakse, Stung Treng, Kratie, Kompong Cham, Koh Khel, Tan Chau and Chau Doc. However, the water levels have been gradually decreased and reached to the lower flood levels from next week. No damage or victims were reported by the Mekong member countries For more details see the following annexes: - tables and graphs for water level and rainfall for the last week in Annex A - a graph for accuracy in Annex B - a table of forecast achievement in Annex B - tables and graphs for performance in Annex B - the water level graphs showing the observed water level for the season in Annex C MRC Weekly Flood Situation Report Week th -9 th August Page

Jinghong Chiang Saen Luang Prabang Chiang Khan Vientiane Nongkhai Paksane Nakhon Phanom Thakhek Mukdahan Savannakhet Khong Chiam Pakse Stung Treng Kratie Kompong Cham Phnom Penh (Bassac) Phnom Penh Port Koh Khel Neak Luong Prek Kdam Tan Chau Chau Doc Jinghong Chiang Saen Luang Prabang Chiang Khan Vientiane Nongkhai Paksane Nakhon Phanom Thakhek Mukdahan Savannakhet Khong Chiam Pakse Stung Treng Kratie Kompong Cham Phnom Penh (Bassac) Phnom Penh Port Koh Khel Neak Luong Prek Kdam Tan Chau Chau Doc Annex A: Graphs and Tables Table A: observed water levels Unit in m. //..... 9...97. 9.9...77... 9.. 7.9 7....79 //...7.. 9...7....7. 9.9.. 9.. 7.9 7.... //.99..7.7. 9..7..9.... 9.77..9 9.7. 7. 7....9 //.7..9.. 9.7..7.....7.7.. 9.. 7. 7...7.9 /7/....7 9....7.....7...9 9.. 7.9 7...9.97 //....7 9.7.7......9.7... 9.7. 7. 7..7.. /9/.9.9...9.9..9.....7.7.. 9.. 7. 7..9.9. //.9..7...7.9...9.7...9.. 9.7. 7. 7..7.. Table A: observed rainfall Unit in mm. //..7.....9..... nr. nr nr 7. -.. nr.. // 7.. 7.....7... nr. 9. 9. nr nr nr - nr nr... //......9.7.7....9 7.. nr nr.7 -.. nr 7.. //.... nr........... nr - nr nr nr.. /7/. 7...9.. 7.... 7.. nr. nr nr nr - nr. nr nr nr //........9 7.. nr. nr. nr.7. -.9. 7..9. /9/.. nr.7...7. nr. nr. nr 7.. nr 9. -.. nr.. //.... nr..9 7... nr... nr.. - nr.... MRC Weekly Flood Situation Report Week th -9 th August Page

Figure A: Observed water level and rainfall for Jinghong, Chiang Saen, and Luang Prabang Jinghong Chiang Sean Luang Prabang 9 7 Chau Doc observed water level Flood level Alarm Level 9 7 Jinghong........... Chiang Saen Luang Prabang Average level: 9-7 Average level: 997-7 (Jinghong) MRC Weekly Flood Situation Report Week th -9 th August Page

Figure A: Observed water level and rainfall for Chiang Khan, Vientiane, Nongkhai, and Paksane Chiang Khan Vientiane Nongkhai Paksane Chiang Khan Vientiane Nongkhai Paksane.... 7.......................... MRC Weekly Flood Situation Report Week th -9 th August Page

Figure A: Observed water level and rainfall for Nakhon Phanom, Thakhek, Mukdahan and Savannakhet Nakhon Phanom Thakhek Mukdahan Savannakhet. Nakhon Phanom 7. Thakhek. Mukdahan 9. Savannakhet........... 7................. MRC Weekly Flood Situation Report Week th -9 th August Page 7

Figure A: Observed water level and rainfall for Khong Chiam, Pakse, Stung Treng, and Kratie Khong Chiam Pakse Stung Treng Kratie.......... Khong Chiam 7 Pakse........... Stung Treng Kratie MRC Weekly Flood Situation Report Week th -9 th August Page

Figure A: Water level and rainfall for Kompong Cham, Phnom Penh (Bassac and Port), and Koh Khel Kompong Cham Pnom Penh (Bassac) Phnom Penh Port Koh Khel 9 7 Kompong Cham Phnom Penh (Bassac) Phnom Penh Port Koh Khel MRC Weekly Flood Situation Report Week th -9 th August Page 9

Figure A: Water level and rainfall for Neak Luong, Prek Kdam, Tan Chau and Chau Doc Neak Luong Prek Kdam Tan Chau Chau Doc 9 7 Neak Luong Prek Kdam Tan Chau Chau Doc MRC Weekly Flood Situation Report Week th -9 th August Page

Annex B: Accuracy and performance Accuracy Accuracy describes the accuracy of the adjusted and published forecast, based on the results of the MRC Mekong Flood Forecasting System, which are then adjusted by the Flood Forecaster in Charge taking into consideration known biases in input data and his/her knowledge of the response of the model system and the hydrology of the Mekong River Basin. The information is presented as a graph below, showing the average flood forecasting accuracy along the Mekong mainstream. In general, the overall accuracy is fair for -day to -day forecast lead time at stations in the upper and lower parts of the LMB. However, the accuracies at upper and middle reaches of the LMB stations from Chaing Sean to Nongkhai stations for -day to -day forecast were considered large. The above differences due to three main factors: () internal model functionality in forecasting; for which the parameter adjustment in the model is not possible especially at stations in the upper part and in the Mekong delta where are affected by tidal; () the adjustment by utilizing the practical knowledge and experience of flood forecaster-in-charge; and () the forecasted accumulated rainfall was not well represented. Figure B: Average flood forecast accuracy along the Mekong mainstream MRC Weekly Flood Situation Report Week th -9 th August Page

Forecast Achievement The forecast achievement indicates the % of days that the forecast at a particular station for a lead-time is successful against a respective benchmark (Table B). Table B: Evaluation performance forecasting (from th to th Aug ) base on New Benchmark (%). Unit in % Unit in cm MRC Weekly Flood Situation Report Week th -9 th August Page

Table B: Evaluation performance forecasting (from th to th Aug ) base on Old Benchmark (%). Unit in % Unit in cm Note: An indication of the accuracy given in the Table B is based on the performance of the forecast made in from the new flood forecasting system and the configuration for the 9 flood season and is published on the website of MRC (http://ffw.mrcmekong.org/accuracy.htm). A new set of performance indicators that is established by combining international standards and the specific circumstances in the Mekong River Basin, is applied officially for the flood season of onward. MRC Weekly Flood Situation Report Week th -9 th August Page

Time FF completed and sent (time) Stations without forecast FF completed and sent (time) Weather data available (time) NOAA data China Cambodia - DHRW Cambodia - DOM Lao PDR - DMH Thailand - DWR Viet Nam - SRHMC Viet Nam - HMS NOAA data/dataset China/ Cambodia - DHRW/ Cambodia - DOM/ Lao PDR - DMH/ Thailand - DWR/ Viet Nam - SRHMC/ Viet Nam - HMS/9 Performance Performance is assessed by evaluating a number of performance indicators, see table and graphs below: Table B: Overview of performance indicators for the past 7 days including the current report date FF time sent Arrival time of input data Missing data (number-mainstream and trib.st.) week : : - - : 7: 7:9 : :7 :7 7: : 9 7 month : : - - : 7: 7: 7: : : 7: : Week is the week for which this report is made; Month is actually the last days (or less if the flood season has just begun); Season is the current flood season up to the date of this report. : 9: Data Delivery - Delivery Times NOAA data/dataset China/ Cambodia - DHRW/ 7: : Cambodia - DOM/ Lao PDR - DMH/ : : Date Figure B: Data delivery times for the past days including the current report date Thailand - DWR/ Viet Nam - SRHMC/ Viet Nam - HMS/9 MRC Weekly Flood Situation Report Week th -9 th August Page

Number Date Figure B: Missing data for the past days including the current report date Data Delivery - Missing Data NOAA data/dataset China/ Cambodia - DHRW/ Cambodia - DOM/ Lao PDR - DMH/ Thailand - DWR/ Viet Nam - SRHMC/ Viet Nam - HMS/9 Time : Flood Forecast - Completion Time Flood Forecast - Stations without Forecast Time : Flood Forecast - Second Forecast Needed :9 : : :7 : : : : : : Date Date 9: Date Figure B: Flood forecast completion time Figure B: Flood forecast stations without forecast Figure B: Second forecast needed MRC Weekly Flood Situation Report Week th -9 th August Page

Annex C: Season Water Level Graphs This Annex has the water level graphs of the report date. These graphs are distributed daily by email together with the Flood Bulletins. HYDROGRAPHS OF THE MEKONG AT MAINSTREAM STATIONS IN FLOOD SEASON FROM JUNE TO OCTOBER Water Level at 7am of Mekong at Jing Hong -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Time in days Av9-7 99 7 Water Level at 7am of Mekong at Chiang Saen -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Time in days MRC Weekly Flood Situation Report Week th -9 th August Page

Water Level at 7am of Mekong at Luang Prabang -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Time in days Water Level at 7am of Mekong at Chiang Khan -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Vientiane -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 MRC Weekly Flood Situation Report Week th -9 th August Page 7

Water Level at 7am of Mekong at Nong Khai -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Paksane -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Nakhon Phanom -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Time in days MRC Weekly Flood Situation Report Week th -9 th August Page

Water Level at 7am of Mekong at Thakhek -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Savannakhet -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Mukdahan -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 MRC Weekly Flood Situation Report Week th -9 th August Page 9

Water Level at 7am of Mekong at Khong Chiam -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Pakse -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Stung Treng -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 MRC Weekly Flood Situation Report Week th -9 th August Page

Water Level at 7am of Mekong at Kratie -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Kampong Cham -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Phnom Penh Chaktomuk -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 MRC Weekly Flood Situation Report Week th -9 th August Page

Water Level at 7am of Tonle Sap at Phnom Penh Port -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 9 Water Level at 7am of Bassac at Koh Khel 7 -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 9 Water Level at 7am of Mekong at Neak Luong 7 -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 MRC Weekly Flood Situation Report Week th -9 th August Page

Water Level at 7am of Tonle Sap at Prek Kdam -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Mekong at Tan Chau - -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 Water Level at 7am of Bassac at Chau Doc - -Jun -Jun -Jul -Jul -Jul -Aug -Aug -Sep 9-Sep -Oct 9-Oct -Nov Alarm Flood Av-7 99 99 7 MRC Weekly Flood Situation Report Week th -9 th August Page