This document discusses forest certification in Vietnam. It notes that Vietnam exports a large amount of wood products, projected to reach $8 billion by 2020, but lacks sufficient domestic wood. It also discusses the current state of forest certification, with over 1,200 wood processing plants but only 1 forest certified. It identifies high costs and lack of awareness as challenges but opportunities in partnerships and Vietnam developing its own forest certification standard in 2009. The document promotes GreenField Consulting as able to offer networks and expertise in forest planning and management to support forest certification in Vietnam.
The document discusses testing national preparedness for sustainable public procurement in Vietnam. It would involve:
1) Reviewing procurement legislation and provisions for SPP
2) Dialogue with procurement authorities on the institutional framework
3) Reviewing environmental and social policies that could promote SPP
It would also analyze how procurement is organized, budgets are managed, and identify stakeholders that could pilot SPP efforts. The document also provides background on the organization conducting the study, IISD, and its work promoting sustainable public procurement globally and in countries like South Africa, Chile and India.
Vietnam faces difficulties in harmonizing its national forest reporting to international standards like FRA 2010. Forests are diverse and ownership was unclear due to a feudal history. Forests are also degraded and fragmented by population growth. Government agencies report different forest area figures using varying classifications. Specifically, savanna areas are classified differently, and protection and special use forests are not harmonized. Developing consistent national forest classifications aligned with international standards would help, as would detailed international guidelines on forest inventory for different ecological zones and capacity building support.
1) WebGIS architecture separates the geographic data storage and map generation on a remote server from the map interaction which occurs in the user's browser.
2) Setting up a WebGIS involves configuring the WebGIS architecture, producing and managing geographic data in a PostGIS database, configuring MapServer maps, and enabling map-user interaction through JavaScript libraries.
3) Key components for developing a WebGIS are PostGIS for geographic data storage, MapServer for generating maps from the database, and JavaScript libraries like OpenLayers and GeoExt for basic and complex user interaction with the maps in a web browser.
This document summarizes an agenda and presentations for a workshop on enhancing regulation of water and energy infrastructure in Southeast Asia. The workshop included presentations on conceptual frameworks for effective regulation, initial regulatory status reports for Vietnam's energy and water sectors, and next steps for case studies and stakeholder interviews in selected countries. Key regulatory challenges identified for Vietnam's sectors included low tariffs restricting investment and improving coverage, and lack of capacity and enforcement at some provincial levels.
The document discusses the FOSS4G 2011 conference held in Denver from September 9th-17th. It focuses on presentations about geospatial open source software including PostGIS, Neo4j, MapServer, GeoServer, OpenLayers, Leaflet, GeoScript, GeoKettle, and MapCache. New features and tips for using these tools were provided.
This document lists geospatial projects conducted by Green Field, including:
1. Mapping carbon, biodiversity, and deforestation in Vietnam for REDD+ planning.
2. Establishing forest status maps for Con Cuong State Forest Company using SPOT 5 imagery.
3. Developing the national Forest Information System of Vietnam (FORMIS) portal and tools.
This document summarizes the findings of a study on opportunities and hurdles for enabling sustainable public procurement (SPP) in Vietnam. It describes how public procurement is currently organized and identifies opportunities for SPP through Vietnam's existing legal framework, including laws on the environment, prevention of corruption, and centralized purchasing methods. However, it also notes hurdles like a lack of connection between laws, specific EIA guidelines, and environmental product labels. Overall capacity and inter-ministerial cooperation need strengthening to fully implement SPP in Vietnam.
Introduction to WebGIS- Esri norsk BK 2014Geodata AS
油
The document summarizes a technical workshop on the ArcGIS platform and web GIS. It outlines the evolution of GIS technology towards more integrated software and services. It then reviews the key components of the ArcGIS platform, including ArcGIS Desktop, ArcGIS Online, Portal for ArcGIS, and ArcGIS Server. It demonstrates how GIS data and resources can be centralized in a portal and accessed through web apps by users on desktops, web, and mobile devices. The workshop concludes with advice on implementing web GIS within an organization.
The document presents information on open source web GIS. It discusses that open source web GIS is an open source software used for mapping geographical areas that is user friendly. It then provides details on what GIS is, its components including hardware, software, data, methods and people. It describes how data is stored in layers and different data models used. Finally, it discusses implementing web GIS using open source software like GRASS and RDBMS with PHP and the features, advantages, disadvantages and conclusion of open source web GIS.
Leo Hsu and Regina Obe
We'll demonstrate integrating PostGIS in both PHP and ASP.NET applications.
We'll demonstrate using the new PostGIS 1.5 geography offering to extend existing web applications with proximity analysis.
More advanced use to display maps and stats using OpenLayers, WMS/WFS services and roll your own WFS like service using the PostGIS KML/GML/and or GeoJSON output functions.
The document discusses building web-based geographic information systems (WebGIS). It presents the "Sam Matthews Mantra" which outlines the key components for WebGIS as a library, map tiles, data, and analysis. Several URLs are provided for libraries, tile providers, data sources, and analysis tools that can be used to build WebGIS applications. The document encourages exploring WebGIS and provides contact information for its author.
1) WebGIS architecture separates the geographic data storage and map generation on a remote server from the map interaction which occurs in the user's browser.
2) Setting up a WebGIS involves configuring the WebGIS architecture, producing and managing geographic data in a PostGIS database, configuring MapServer maps, and enabling map-user interaction through JavaScript libraries.
3) Key components for developing a WebGIS are PostGIS for geographic data storage, MapServer for generating maps from the database, and JavaScript libraries like OpenLayers and GeoExt for basic and complex user interaction with the maps in a web browser.
This document summarizes an agenda and presentations for a workshop on enhancing regulation of water and energy infrastructure in Southeast Asia. The workshop included presentations on conceptual frameworks for effective regulation, initial regulatory status reports for Vietnam's energy and water sectors, and next steps for case studies and stakeholder interviews in selected countries. Key regulatory challenges identified for Vietnam's sectors included low tariffs restricting investment and improving coverage, and lack of capacity and enforcement at some provincial levels.
The document discusses the FOSS4G 2011 conference held in Denver from September 9th-17th. It focuses on presentations about geospatial open source software including PostGIS, Neo4j, MapServer, GeoServer, OpenLayers, Leaflet, GeoScript, GeoKettle, and MapCache. New features and tips for using these tools were provided.
This document lists geospatial projects conducted by Green Field, including:
1. Mapping carbon, biodiversity, and deforestation in Vietnam for REDD+ planning.
2. Establishing forest status maps for Con Cuong State Forest Company using SPOT 5 imagery.
3. Developing the national Forest Information System of Vietnam (FORMIS) portal and tools.
This document summarizes the findings of a study on opportunities and hurdles for enabling sustainable public procurement (SPP) in Vietnam. It describes how public procurement is currently organized and identifies opportunities for SPP through Vietnam's existing legal framework, including laws on the environment, prevention of corruption, and centralized purchasing methods. However, it also notes hurdles like a lack of connection between laws, specific EIA guidelines, and environmental product labels. Overall capacity and inter-ministerial cooperation need strengthening to fully implement SPP in Vietnam.
Introduction to WebGIS- Esri norsk BK 2014Geodata AS
油
The document summarizes a technical workshop on the ArcGIS platform and web GIS. It outlines the evolution of GIS technology towards more integrated software and services. It then reviews the key components of the ArcGIS platform, including ArcGIS Desktop, ArcGIS Online, Portal for ArcGIS, and ArcGIS Server. It demonstrates how GIS data and resources can be centralized in a portal and accessed through web apps by users on desktops, web, and mobile devices. The workshop concludes with advice on implementing web GIS within an organization.
The document presents information on open source web GIS. It discusses that open source web GIS is an open source software used for mapping geographical areas that is user friendly. It then provides details on what GIS is, its components including hardware, software, data, methods and people. It describes how data is stored in layers and different data models used. Finally, it discusses implementing web GIS using open source software like GRASS and RDBMS with PHP and the features, advantages, disadvantages and conclusion of open source web GIS.
Leo Hsu and Regina Obe
We'll demonstrate integrating PostGIS in both PHP and ASP.NET applications.
We'll demonstrate using the new PostGIS 1.5 geography offering to extend existing web applications with proximity analysis.
More advanced use to display maps and stats using OpenLayers, WMS/WFS services and roll your own WFS like service using the PostGIS KML/GML/and or GeoJSON output functions.
The document discusses building web-based geographic information systems (WebGIS). It presents the "Sam Matthews Mantra" which outlines the key components for WebGIS as a library, map tiles, data, and analysis. Several URLs are provided for libraries, tile providers, data sources, and analysis tools that can be used to build WebGIS applications. The document encourages exploring WebGIS and provides contact information for its author.
1. D畛 叩n: . . . . .IUCN
TI LI畛U
TP HU畉N V畛 FLEGT
(Tng c動畛ng th畛c thi lu畉t l但m nghi畛p, qu畉n tr畛 r畛ng v bu担n b叩n g畛)
TP HCM 12-14 th叩ng 8 nm 2009
Hong Xu但n T箪
GreenField consulting Ltd.
G畛m 4 bi thuy畉t tr狸nh k竪m theo c叩c c但u h畛i th畉o lu畉n sau 但y:
Bi 1: Gi畛i thi畛u chung v畛 FLEGT (FLEGT Note No 1)
Bi 2: Th畉 no l g畛 b畉t h畛p ph叩p, c叩c h畛 th畛ng 畉m b畉o t鱈nh h畛p ph叩p c畛a g畛 (FLEGT Note No 2, 3, 4)
Bi 3: Hi畛p 畛nh 畛i t叩c t狸nh nguy畛n (VPA) (FLEGT Note No 5)
Bi 4: H動畛ng d畉n cho gi叩m s叩t 畛c l畉p (FLEGT Note No 6, 7)
2. Bi 4
H働畛NG D畉N CHO GIM ST 畛C L畉P
1. Gi叩m s叩t 畛c l畉p l g狸? Ch畛c nng c畛a Gi叩m s叩t L l g狸 v do ai b畛 nhi畛m?
2. C叩c i畛u ki畛n 畛 tr畛 thnh Gi叩m s叩t 畛c l畉p.
3. C叩c th畛 ch畉 cho Gi叩m s叩t 畛c l畉p ho畉t 畛ng.
3. 1. Gi叩m s叩t 畛c l畉p l g狸? Ch畛c nng v do ai
b畛 nhi畛m?
Gi叩m s叩t 畛c l畉p l g狸? (hay b棚n th畛 ba)
Gi叩m s叩t 畛c l畉p l m畛t t畛 ch畛c c坦 th畉m quy畛n c畛a qu畛c gia 畛i t叩c, c坦 ch畛c nng ki畛m
tra ho畉t 畛ng c畛a ton b畛 H畛 th畛ng 畉m b畉o t鱈nh h畛p ph叩p- LAS (t畛 kh但u khai th叩c
g畛, 畉n ch畉 bi畉n v xu畉t kh畉u) c滴ng nh動 ki畛m tra qu叩 tr狸nh c畉p gi畉y ph辿p FLEGT.
C叩c b叩o c叩o c畛a Gi叩m s叩t 畛c l畉p 動畛c g畛i cho H畛i 畛ng c湛ng th畛c hi畛n JIC xem
x辿t. ( Xem h狸nh H1).
Gi叩m s叩t 畛c l畉p nh畉m m畛c 鱈ch g狸? C坦 hai m畛c 鱈ch ch鱈nh:
Duy tr狸 畛 tin c畉y c畛a H畛 th畛ng LAS v 畉m b畉o v畛i t畉t c畉 c叩c b棚n c坦 li棚n quan r畉ng
H畛 th畛ng LAS 達 動畛c v畉n hnh 炭ng nh動 d畛 ki畉n.
Cung c畉p s畛 t鱈n nhi畛m cho ho畉t 畛ng c畉p ph辿p FLEGT tr棚n c董 s畛 ki畛m tra t畉t c畉 c叩c
kh但u trong H畛 th畛ng 畉m b畉o t鱈nh Ph叩p l箪 c畛a qu畛c gia 畛i t叩c.
Ai tuy畛n d畛ng/ b畛 nhi畛m c董 quan Gi叩m s叩t 畛c l畉p?
Ch鱈nh ph畛 qu畛c gia 畛i t叩c l畛a ch畛n c叩c t畛 ch畛c ngoi nh n動畛c (c坦 th畛 l c畛a n動畛c ngoi) c坦 畛 i畛u
ki畛n 畛 tuy畛n d畛ng lm 董n v畛 Gi叩m s叩t 畛c l畉p, d動畛i h狸nh th畛c h畛p 畛ng hay m畛t hi畛p 畛nh.
Chi ph鱈 gi叩m s叩t 畛c l畉p do ch鱈nh ph畛 qu畛c gia 畛i t叩c chi tr畉.
4. H1. V畛 tr鱈 c畛a Gi叩m s叩t 畛c l畉p
JIC gi叩m s叩t
Vi畛c th畛c hi畛n
a Ki畛m tra t鱈nh c
h畛p ph叩p
Khai th叩c
b e
V畉n chuy畛n Ton vn cho
Gi叩m s叩t 畛c l畉p H畛i 畛ng
Ki畛m tra chu畛i ki畛m tra ton b畛
Cung c畉p JIC
h畛 th畛ng
Ch畉 bi畉n
d
B叩o c叩o
Ki畛m tra lai T坦m t畉t cho
gi叩m s叩t
Xu畉t kh畉u v c畉p ph辿p Truy畛n th担ng
畛c l畉p
畉i ch炭ng
H畛 th畛ng B畉O 畉M TNH H畛P PHP (LAS)
畛nh ngh挑a Ch畛i cung c畉p X叩c minh Ch畛ng ch畛 G. s叩t 畛c l畉p
d
a b c d e
5. 2. C叩c i畛u ki畛n 畛 lm Gi叩m s叩t 畛c l畉p (b棚n th畛 ba).
L t畛 ch畛c phi ch鱈nh tr畛, 畛c l畉p v畛i c董 quan thi hnh lu畉t L但m nghi畛p c畛a qu畛c
gia 畛i t叩c.
C董 quan gi叩m s叩t 畛c l畉p kh担ng 動畛c c坦 quan h畛 th動董ng m畉i ho畉c th畛 ch畉 v畛i
b畉t k畛 t畛 ch畛c no tham gia v畉n hnh H畛 th畛ng LAS, ho畉c doanh nghi畛p no c坦
c叩c ho畉t 畛ng b畛 動a ra gi叩m s叩t.
畛 ki畉n th畛c, k畛 nng v c董 ch畉 c畉n thi畉t 畛 畉m b畉o vi畛c gi叩m s叩t l 畛c l畉p v
kh叩ch quan.
C董 quan ny s畉 gi叩m s叩t vi畛c th畛c hi畛n H畛 th畛ng LAS b畉ng c叩ch:
(i) Ki畛m tra t畉t c畉 c叩c kh但u tr棚n c董 s畛 s畛 d畛ng nh畛ng bi畛n ph叩p ki畛m to叩n t畛t nh畉t;
(ii) X叩c 畛nh nh畛ng g狸 kh担ng tu但n th畛 ph叩p lu畉t v nh畛ng tr畛c tr畉c trong H畛 th畛ng LAS;
(iii) B叩o c叩o nh畛ng ph叩t hi畛n c畛a m狸nh l棚n 畛y ban 畛ng th畛c hi畛n (JIC).
6. 3. C叩c quy 畛nh v畛 th畛 ch畉 cho Gi叩m s叩t 畛c l畉p ho畉t 畛ng .
Ho畉ch 畛nh quy畛n l畛c: Ch鱈nh ph畛 qu畛c gia 畛i t叩c ch鱈nh th畛c th畛 ch畉 h坦a ch畛c nng
gi叩m s叩t 畛c l畉p v t畉o i畛u ki畛n cho n坦 ho畉t 畛ng m畛t c叩ch hi畛u qu畉 v minh b畉ch:
C叩c kh鱈a c畉nh sau 但y c畉n 動畛c ch鱈nh ph畛 n動畛c 畛i t叩c th畛 ch畉 h坦a m畛t c叩ch c畛 th畛
畛 董n v畛 gi叩m s叩t 畛c l畉p c坦 th畛 lm vi畛c m畛t c叩ch kh叩ch quan:
動畛c ti畉p c畉n con ng動畛i, hi畛n tr動畛ng v ti li畛u c畉n thi畉t 畛 th畛c hi畛n ch畛c nng gi叩m
s叩t.
畉m b畉o 畛 kinh ph鱈 v c叩c ngu畛n l畛c kh叩c 畛 th畛c hi畛n 畉y 畛 ch畛c nng gi叩m s叩t 畛c l畉p.
畛c l畉p 畛i v畛i c叩c y畉u t畛 kh叩c trong h畛 th畛ng LAS.
C坦 c董 ch畉 minh b畉ch trong b畛 nhi畛m C董 quan gi叩m s叩t 畛c l畉p v nguy棚n t畉c ho畉t 畛ng c畛a n坦.
C坦 畛 c動董ng/ nhi畛m v畛 (ToR) c畛a C董 quan gi叩m s叩t 畛c l畉p do JIC ph棚 duy畛t v 動a ra c担ng khai
tr動畛c khi th畛c hi畛n tuy畛n l畛a C董 quan gi叩m s叩t.
C坦 quy tr狸nh 畉u th畉u c担ng khai minh b畉ch cho c叩c nh th畉u t畛t nh畉t trong n動畛c v qu畛c t畉.
7. C但u h畛i th畉o lu畉n
1. Kh畉 nng lm gi叩m s叩t 畛c l畉p c畛a c叩c t畛 ch畛c t畉i Vi畛t nam hi畛n nay nh動
th畉 no?
2. 但u l c叩c kh坦 khn ch鱈nh khi th畛c hi畛n vi畛c gi叩m s叩t 畛c l畉p c畛a b棚n th畛
ba trong i畛u ki畛n Vi畛t nam hi畛n nay ?
3. N棚u c叩c ki畉n ngh畛 li棚n quan 畉n gi叩m s叩t 畛c l畉p c畛a ch動董ng tr狸nh FLEGT.