cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.17729724
title: Tableau 23 in Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora

description: Tableau 23: Analyse des méthodes
AspectSourceprojets. Mission I: Analyse de situation existante - Etude des ressources en eau;· Notes et Mémoires du service géologique du Maroc n° 231. (1975): Ressources en eau du Maroc - Tome 3· Agoussine et al, 2004: Reconnaissance des ressources en eau du bassin de Ouarzazate – Sud Est marocain.· Données sismiques du Laboratoire de Géophysique au Centre National de Recherches Scientifiques et technologiques (CNRST) à partir du site: Source: http://sismo-lag.cnrst.ma· Maroc Hebdo International, 2010. Archeologie: decouverte majeure a Zagora. Source http://www.maroc-hebdo.press.ma/Site-Maroc-hebdo/archive/Archives_889/pdf_889/page53.pdfMilieu naturel· Cf annexeEnvironnement socioécono-mique· Données recueillies auprès des différentes administrations concernées sur les sitesPersonnes contactéesM. Chouikh Med Pdt commune OuizeghtM. Kaddouri Med 1 er Vice Pdt Commune OuizeghtChef Division collectivités locales, Province de BoulmaneChef de la Division des Affaires rurales, Province de BoulmaneM. le chef de la Division de l’Urbanisme, Province de BoulemaneM. Khalid Sabiâ Chef division Equipement, Province de BoulemaneM. Abbassi Abdessadek Chef de la Division de l’Action sociale, Province de BoulmaneM. Omar Sadiki 1 er vice Pdt Commune rurale Arab Sabah ZizM. Sbai Said Secrétaire général CR Arab Sabah ZizM. Bouziane Mohammed Chef de la Division Economique et de la Coordination, Province ErrachidiaM. Kinani Abdeslam Adjoint au chef de la Division de l’Action sociale; Province ErrachidiaM. Oufama Hamid Chef de la Division des Affaires rurales, Province ErrachidiaM. Benjira Mohamed Chef du service Vulgarisation, ORMVATM. Khouiti Abdelkrim Directeur adjoint de l’Agence urbaine d’ErrachidiaM. Lahcen Chef Adjoint Division de l’Action sociale, Province ZagoraM. Mohamed Kabiri Chargé de la gestion de l’antenne Zagora de l’Agence urbaine O-Z-TM. Ali El Baji M. Secrétaire générale Commune rurale TarnatatM. Ali Boucharouit Chef du Service technique Commune rurale de TamagroutM. My Abdallah Elhafidi Service de la Production agricole Subdivision Agricole de l’ORMVA Ouarzazate
description: Published as part of Bertrand MALOURNAL, Christine LEGER, Adnane MAHMOUD, Youssef EL KAYSSI & Wafae RAHIQ, 2015, Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora in null, World Bank (WB) on page 133, DOI: 10.5281/zenodo.17234157
DOI: 10.5281/zenodo.17729725
title: Tableau 23 in Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora

description: Tableau 23: Analyse des méthodes
AspectSourceprojets. Mission I: Analyse de situation existante - Etude des ressources en eau;· Notes et Mémoires du service géologique du Maroc n° 231. (1975): Ressources en eau du Maroc - Tome 3· Agoussine et al, 2004: Reconnaissance des ressources en eau du bassin de Ouarzazate – Sud Est marocain.· Données sismiques du Laboratoire de Géophysique au Centre National de Recherches Scientifiques et technologiques (CNRST) à partir du site: Source: http://sismo-lag.cnrst.ma· Maroc Hebdo International, 2010. Archeologie: decouverte majeure a Zagora. Source http://www.maroc-hebdo.press.ma/Site-Maroc-hebdo/archive/Archives_889/pdf_889/page53.pdfMilieu naturel· Cf annexeEnvironnement socioécono-mique· Données recueillies auprès des différentes administrations concernées sur les sitesPersonnes contactéesM. Chouikh Med Pdt commune OuizeghtM. Kaddouri Med 1 er Vice Pdt Commune OuizeghtChef Division collectivités locales, Province de BoulmaneChef de la Division des Affaires rurales, Province de BoulmaneM. le chef de la Division de l’Urbanisme, Province de BoulemaneM. Khalid Sabiâ Chef division Equipement, Province de BoulemaneM. Abbassi Abdessadek Chef de la Division de l’Action sociale, Province de BoulmaneM. Omar Sadiki 1 er vice Pdt Commune rurale Arab Sabah ZizM. Sbai Said Secrétaire général CR Arab Sabah ZizM. Bouziane Mohammed Chef de la Division Economique et de la Coordination, Province ErrachidiaM. Kinani Abdeslam Adjoint au chef de la Division de l’Action sociale; Province ErrachidiaM. Oufama Hamid Chef de la Division des Affaires rurales, Province ErrachidiaM. Benjira Mohamed Chef du service Vulgarisation, ORMVATM. Khouiti Abdelkrim Directeur adjoint de l’Agence urbaine d’ErrachidiaM. Lahcen Chef Adjoint Division de l’Action sociale, Province ZagoraM. Mohamed Kabiri Chargé de la gestion de l’antenne Zagora de l’Agence urbaine O-Z-TM. Ali El Baji M. Secrétaire générale Commune rurale TarnatatM. Ali Boucharouit Chef du Service technique Commune rurale de TamagroutM. My Abdallah Elhafidi Service de la Production agricole Subdivision Agricole de l’ORMVA Ouarzazate
description: Published as part of Bertrand MALOURNAL, Christine LEGER, Adnane MAHMOUD, Youssef EL KAYSSI & Wafae RAHIQ, 2015, Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora in null, World Bank (WB) on page 133, DOI: 10.5281/zenodo.17234157
DOI: 10.5281/zenodo.17729727
title: Annexe 1 in Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora

description: Annexe 1 – Faune probable du site de Zagora
PrésenceNom latinNom françaisEndémismeUICN MondialUICN MéditerranéeUICN MarocLoi chasseCITES App ICITES App IICITES App IIICMS App ICMS App IIBerne App IIBerne App IIIEurobatsxMAMMIFERESINSECTIVORESAtelerix algirusHérisson d'AlgérieLCLCxxxxCHEIROPTERESAsellia tridensTridentLCLCxxPipistrellus kuhliPipistrelle de KuhlLCLCxxxEptesicus isabellinusSérotine isabelleLCLCxxxOtonycteris hemprichiOreillard d'HemprichLCLCxxTadarida teniotisMolosse de CestoniLCLCxxLAGOMORPHESLepus capensisLièvre du CapxRONGEURSGerbillus gerbillusGerbille du sableSAHxGerbillus tarabuliGerbille de LibyexPachyuromys duprasiRat à queue en massueSAHLCLCxMeriones libycusMérione à queue rougexMeriones crassusMérione du désertLCLCxJaculus jaculusPetite GerboiseLCLCxCARNIVORESCanis aureusChacal doréLCLCVUxxVulpes vulpesRenard rouxLCLCLCxIctonyx libycaZorille de LibyeSAHxEHyaena hyaenaHyène rayéeNTVUENxEARTIODACTYLESGazella dorcasGazelle dorcasAFNVUENENxxxxxOISEAUXGLAREOLIDÉSCursorius cursorCourvite isabellexxxPTÉROCLIDIDÉSPterocles coronatusGanga couronnéxxPterocles senegallusGanga tachetéxOCAPRIMULGIDÉSCaprimulgus aegyptiusEngoulevent du désertxALAUDIDÉSAmmomanes cincturaAmmomane élégantexTURDIDÉSOenanthe leucopygaTraquet à tête blanchexCORVIDÉSCorvus ruficollisCorbeau brunOFRINGILLIDÉSRhodopechys githagineaRoselin githaginexxREPTILESGECKKONIDESStenodactylus sthenodactylusSténodactyle communSAHLCLCLCxxSaurodactylus brossetiSaurodactyle de BrossetMARLCLCLCxxAGAMIDESTrapelus boehmeiAgame variableSAH WLCLCLCxxVARANIDESVaranus griseusVaran du désertLCNTxxxLACERTIDESAcanthodactylus boskianusAcanthodactyle de BoskLCLCLCxxAcanthodactylus scutellatusAcanthodactyle pommeléxxSCINCIDESChalcides boulengeriSphenops de BoulengerSAHLCLCLCxxCOLUBRIDESHemorrhois algirusCouleuvre algireAFNLCLCLCxxLytorhynchus diademaLytorhynque diadèmeLCLCLCxxSpalerosophis diademaCouleuvre à diadème de CliffordLCNTxxScutophis moilensisCouleuvre de MoÏlaLCLCLCxxPsammophis schokariCouleuvre de SchokarLCLCLCxxVIPERIDESCerastes cerastesVipère à cornesLCLCx
description: Published as part of Bertrand MALOURNAL, Christine LEGER, Adnane MAHMOUD, Youssef EL KAYSSI & Wafae RAHIQ, 2015, Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora in null, World Bank (WB) on page 135, DOI: 10.5281/zenodo.17234157
DOI: 10.5281/zenodo.17729726
title: Annexe 1 in Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora

description: Annexe 1 – Faune probable du site de Zagora
PrésenceNom latinNom françaisEndémismeUICN MondialUICN MéditerranéeUICN MarocLoi chasseCITES App ICITES App IICITES App IIICMS App ICMS App IIBerne App IIBerne App IIIEurobatsxMAMMIFERESINSECTIVORESAtelerix algirusHérisson d'AlgérieLCLCxxxxCHEIROPTERESAsellia tridensTridentLCLCxxPipistrellus kuhliPipistrelle de KuhlLCLCxxxEptesicus isabellinusSérotine isabelleLCLCxxxOtonycteris hemprichiOreillard d'HemprichLCLCxxTadarida teniotisMolosse de CestoniLCLCxxLAGOMORPHESLepus capensisLièvre du CapxRONGEURSGerbillus gerbillusGerbille du sableSAHxGerbillus tarabuliGerbille de LibyexPachyuromys duprasiRat à queue en massueSAHLCLCxMeriones libycusMérione à queue rougexMeriones crassusMérione du désertLCLCxJaculus jaculusPetite GerboiseLCLCxCARNIVORESCanis aureusChacal doréLCLCVUxxVulpes vulpesRenard rouxLCLCLCxIctonyx libycaZorille de LibyeSAHxEHyaena hyaenaHyène rayéeNTVUENxEARTIODACTYLESGazella dorcasGazelle dorcasAFNVUENENxxxxxOISEAUXGLAREOLIDÉSCursorius cursorCourvite isabellexxxPTÉROCLIDIDÉSPterocles coronatusGanga couronnéxxPterocles senegallusGanga tachetéxOCAPRIMULGIDÉSCaprimulgus aegyptiusEngoulevent du désertxALAUDIDÉSAmmomanes cincturaAmmomane élégantexTURDIDÉSOenanthe leucopygaTraquet à tête blanchexCORVIDÉSCorvus ruficollisCorbeau brunOFRINGILLIDÉSRhodopechys githagineaRoselin githaginexxREPTILESGECKKONIDESStenodactylus sthenodactylusSténodactyle communSAHLCLCLCxxSaurodactylus brossetiSaurodactyle de BrossetMARLCLCLCxxAGAMIDESTrapelus boehmeiAgame variableSAH WLCLCLCxxVARANIDESVaranus griseusVaran du désertLCNTxxxLACERTIDESAcanthodactylus boskianusAcanthodactyle de BoskLCLCLCxxAcanthodactylus scutellatusAcanthodactyle pommeléxxSCINCIDESChalcides boulengeriSphenops de BoulengerSAHLCLCLCxxCOLUBRIDESHemorrhois algirusCouleuvre algireAFNLCLCLCxxLytorhynchus diademaLytorhynque diadèmeLCLCLCxxSpalerosophis diademaCouleuvre à diadème de CliffordLCNTxxScutophis moilensisCouleuvre de MoÏlaLCLCLCxxPsammophis schokariCouleuvre de SchokarLCLCLCxxVIPERIDESCerastes cerastesVipère à cornesLCLCx
description: Published as part of Bertrand MALOURNAL, Christine LEGER, Adnane MAHMOUD, Youssef EL KAYSSI & Wafae RAHIQ, 2015, Etude d'impact environnemental et social du projet solaire photovoltaïque de Tafilalt, Maroc: Site de Zagora in null, World Bank (WB) on page 135, DOI: 10.5281/zenodo.17234157
DOI: 10.15468/dl.y3dfk4
title: Occurrence Download

description: A dataset containing 26375 species occurrences available in GBIF matching the query:
{
 "and" : [
 "OccurrenceStatus is Present",
 "TaxonKey is Eretmochelys imbricata"
 ]
}

 The dataset includes 26375 records from 304 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0011058-251120083545085/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.17729401
title: Late Quaternary Magnetofossils Record of Indian Ocean Productivity and Upwelling Driven by Ice Sheet and Indian Summer Monsoon Feedbacks

description: Ocean upwelling and vertical mixing have played a crucial role in regulating atmospheric carbon dioxide (pCO2) during the Pleistocene glacial-interglacial cycles. Important uncertainties remain on the spatial response of the ocean to these cycles because the impact of some important upwelling areas, such as the equatorial Indian Ocean, remain understudied due to scarcity of reliable records. Here, we present systematic environmental magnetic and geochemical results derived from marine core CJ02-01 over the past 200 thousand years (kyr) in the western equatorial Indian Ocean. Our results indicate a mixture of magnetofossils and detrital magnetic particles in the studied sediments, being magnetofossils dominant during interglacial periods and being detrital magnetic particles more abundant during glacial intervals. The increase of magnetofossils abundance during interglacials indicates an enhanced export productivity supply driven by intensified upwelling. Magnetofossils abundance can be served as reliable proxies for the reconstruction of ocean upwelling variability in the equatorial Indian Ocean. Primary variations in the upwelling closely correlate with glacial-interglacial cycles, which demonstrates that global ice sheet plays a key role in controlling the export production and nutrient upwelling in the western equatorial Indian Ocean. Specifically, enhanced upwelling as a result of weaken stratification was driven by the intensification of North Atlantic Deep Water (NADW), accompanied by reduced oxygen-rich Antarctic Bottom Water (AABW) during low ice volume stages. Secondary variations in upwelling also are closely linked to precession forcing. We interpret that the northward migration of the Indian summer monsoon front, resulting from a combination of low ice volume and minima in precession, promoted enhanced upwelling of nutrient-rich subsurface water and the release of previously sequestered CO2 from the equatorial Indian Ocean to the atmosphere.
DOI: 10.5281/zenodo.17729402
title: Late Quaternary Magnetofossils Record of Indian Ocean Productivity and Upwelling Driven by Ice Sheet and Indian Summer Monsoon Feedbacks

description: Ocean upwelling and vertical mixing have played a crucial role in regulating atmospheric carbon dioxide (pCO2) during the Pleistocene glacial-interglacial cycles. Important uncertainties remain on the spatial response of the ocean to these cycles because the impact of some important upwelling areas, such as the equatorial Indian Ocean, remain understudied due to scarcity of reliable records. Here, we present systematic environmental magnetic and geochemical results derived from marine core CJ02-01 over the past 200 thousand years (kyr) in the western equatorial Indian Ocean. Our results indicate a mixture of magnetofossils and detrital magnetic particles in the studied sediments, being magnetofossils dominant during interglacial periods and being detrital magnetic particles more abundant during glacial intervals. The increase of magnetofossils abundance during interglacials indicates an enhanced export productivity supply driven by intensified upwelling. Magnetofossils abundance can be served as reliable proxies for the reconstruction of ocean upwelling variability in the equatorial Indian Ocean. Primary variations in the upwelling closely correlate with glacial-interglacial cycles, which demonstrates that global ice sheet plays a key role in controlling the export production and nutrient upwelling in the western equatorial Indian Ocean. Specifically, enhanced upwelling as a result of weaken stratification was driven by the intensification of North Atlantic Deep Water (NADW), accompanied by reduced oxygen-rich Antarctic Bottom Water (AABW) during low ice volume stages. Secondary variations in upwelling also are closely linked to precession forcing. We interpret that the northward migration of the Indian summer monsoon front, resulting from a combination of low ice volume and minima in precession, promoted enhanced upwelling of nutrient-rich subsurface water and the release of previously sequestered CO2 from the equatorial Indian Ocean to the atmosphere.
DOI: 10.5281/zenodo.17729418
title: Table- 3.1. Water abstraction calculation based on lean period in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-3.1. Water abstraction calculation based on lean period
Sl. No.Particulars of Power Plant and otherAmount of Waterindustries at Project area1210MW thermal power plant,8.5 m3/sec; onceSiddhirganj, Narayanganjthrough methodcooling.2Pendakar 450MW CCPP, Haripur,10.5 m3/sec; onceNarayanganjthrough cooling.19 m3/sec; oncethrough cooling,Sub Totalwhich is being backto the river again.3NEPC 110MW BMPP, Haripur,0.03 m3/sec (appx)Narayanganj4Particle Board and others, Haripur,2 m3/sec (appx);Narayanganj5Proposed 360MW CCPP, Haripur,13.88 m3/secNarayanganj(appx) for make upwater6Proposed Siddhirganj 450MW CCPP,14 m3/sec (appx) forSiddhirganj, Narayanganjmake up water29.91 m3/sec (appx) forSub Totalmake up waterGrand Total48.91 m 3 /sec (appx)
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 30, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729419
title: Table- 3.1. Water abstraction calculation based on lean period in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-3.1. Water abstraction calculation based on lean period
Sl. No.Particulars of Power Plant and otherAmount of Waterindustries at Project area1210MW thermal power plant,8.5 m3/sec; onceSiddhirganj, Narayanganjthrough methodcooling.2Pendakar 450MW CCPP, Haripur,10.5 m3/sec; onceNarayanganjthrough cooling.19 m3/sec; oncethrough cooling,Sub Totalwhich is being backto the river again.3NEPC 110MW BMPP, Haripur,0.03 m3/sec (appx)Narayanganj4Particle Board and others, Haripur,2 m3/sec (appx);Narayanganj5Proposed 360MW CCPP, Haripur,13.88 m3/secNarayanganj(appx) for make upwater6Proposed Siddhirganj 450MW CCPP,14 m3/sec (appx) forSiddhirganj, Narayanganjmake up water29.91 m3/sec (appx) forSub Totalmake up waterGrand Total48.91 m 3 /sec (appx)
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 30, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729420
title: Table- 4.1. Distribution of different land use within 1 km of the project impact area in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-4.1. Distribution of different land use within 1km of the project impact area
Land useHectaresLand useHectaresBrick Field2.845Power Plant Area33.603Commercial Area6.783Reclaimed Area1.301Crop Land35.853Settlement122.636Housing Area3.222Vacant Land8.468Industrial Area29.545Water38.128Mix Garden3.899
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 42, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729421
title: Table- 4.1. Distribution of different land use within 1 km of the project impact area in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-4.1. Distribution of different land use within 1km of the project impact area
Land useHectaresLand useHectaresBrick Field2.845Power Plant Area33.603Commercial Area6.783Reclaimed Area1.301Crop Land35.853Settlement122.636Housing Area3.222Vacant Land8.468Industrial Area29.545Water38.128Mix Garden3.899
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 42, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729423
title: Table- 4.2. Physical properties of soil of the Siddhirganj project impact area in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-4.2. Physical properties of soil of the Siddhirganj project impact area
Soil associationsSob-soil charactersisticsLimitations(i) Damra –karail associationRed, yellow, gray mottled clayLow fertility and moisture holding capacity(ii)Naraibagh-siddhirganj associationGray and dark grey moteled, yellow brown silty clayDeep flooding heavy texture(iii)Naraibagh-jalkundi associationRed, brown, black friable clayShallowly flooding(iv) Naraibagh-pyati associationRed, yellow, grey mottled clayLow fertility and moisture holding capacity(v)Naraibagh-silmandi associationGrey/dark grey, mottled yellow-brown silty clayDeep flooding habitat(vi)Tejgaon-khilgaon associationRed to strong brown friable clayLow natural fertility and moisture holding capacity, rather sticky when wet
Source: Land and soil Resources Utilization Guide (SRDI, 1999).
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 44, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729422
title: Table- 4.2. Physical properties of soil of the Siddhirganj project impact area in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-4.2. Physical properties of soil of the Siddhirganj project impact area
Soil associationsSob-soil charactersisticsLimitations(i) Damra –karail associationRed, yellow, gray mottled clayLow fertility and moisture holding capacity(ii)Naraibagh-siddhirganj associationGray and dark grey moteled, yellow brown silty clayDeep flooding heavy texture(iii)Naraibagh-jalkundi associationRed, brown, black friable clayShallowly flooding(iv) Naraibagh-pyati associationRed, yellow, grey mottled clayLow fertility and moisture holding capacity(v)Naraibagh-silmandi associationGrey/dark grey, mottled yellow-brown silty clayDeep flooding habitat(vi)Tejgaon-khilgaon associationRed to strong brown friable clayLow natural fertility and moisture holding capacity, rather sticky when wet
Source: Land and soil Resources Utilization Guide (SRDI, 1999).
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 44, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729427
title: Table- 4.4. Year wise-monthly average rainfall of recent years from 2000 - 2009 (mm) in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-4.4. Year wise-monthly average rainfall of recent years from 2000-2009 (mm)
YearJan FebMarApr May Jun JulAug Sep Oct Nov Dec Year total.200013441721894911651973592162780021242001013346402386202205209177180167920022245111127237344627215652116018752003025961231404731912022641340451693200400916716247629519183920800234720051315591291259542361514417302637200600018118532633116766361501919200703011163185628753505179320111028852008235645912055775633192792270023852009114314168170676482-----Mean616.461.5117.6 250.1 383.3 439.6 306.3
Source: Bangladesh Meteorology Dept.-2009,
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 48, DOI: 10.5281/zenodo.17262486
DOI: 10.5281/zenodo.17729426
title: Table- 4.4. Year wise-monthly average rainfall of recent years from 2000 - 2009 (mm) in ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ

description: Table-4.4. Year wise-monthly average rainfall of recent years from 2000-2009 (mm)
YearJan FebMarApr May Jun JulAug Sep Oct Nov Dec Year total.200013441721894911651973592162780021242001013346402386202205209177180167920022245111127237344627215652116018752003025961231404731912022641340451693200400916716247629519183920800234720051315591291259542361514417302637200600018118532633116766361501919200703011163185628753505179320111028852008235645912055775633192792270023852009114314168170676482-----Mean616.461.5117.6 250.1 383.3 439.6 306.3
Source: Bangladesh Meteorology Dept.-2009,
description: Published as part of NEWAZ, M. N., 2010, ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OF WORLD BANK FINANCED SIDDHIRGANJ 450 MW COMBINED CYCLE POWER PLANT (CCPP) PROJECT SIDDHIRGANJ, NARAYANGAJ in null, World Bank (WB) on page 48, DOI: 10.5281/zenodo.17262486