spatial analysis for effective technology targeting

1
Yield loss per region from pest and diseases Develop methods for mapping areas affected by drought, submergence, and pest and diseases. Seasonally updated information on rice agro-ecologies Maps of major rice-growing areas suffering from abiotic and biotic stresses Identification and characterization of rice mega-environments for effective technology targeting Map rice ecosystems using optical and radar satellite images Develop database on crop calendars for different rice agro- ecosystems Estimate rice yields using crop models and remote sensing Characterization of target domains for new rice technologies Multi-scale approach to link characterizations to livelihood and production constraints Assessment of how markets will change under different scenarios Andy Nelson, Murali Gumma, Arnel Rala, Sonia Asilo, Alice Laborte, Jeny Raviz, Aileen Maunahan, Lorena Villano, Jorrel Aunario, Mary Anne Gutierrez, Jane Girly Cuerdo, Cornelia Garcia, Tri Deri Setiyono CESD: Tao Li Others: sarmap, PhilRice and other NARS partners Andy Nelson, Murali Gumma, Adam Sparks, Aileen Maunahan, Denis Muzones PBGB: Nicole Magculia, Christian Dizon, Nancy Castilla Others: STRASA partners Andy Nelson, Alice Laborte, Adam Sparks, Jorrel Aunario, Matilda Arnell, Lorena Villano, Neale Paguirigan CESD: Krishna Jagadish GQNPC: Melissa Fitzgerald, Mariafe Calingacion PBGB: Kshirod Jena, Ed Redoña, Changrong Ye Map consumer preference for rice grain quality Identify dissemination areas for new rice varieties/technologies Develop methods for defining rice mega environments Mapping and monitoring of the biophysical and socio-economic characteristics of rice-producing areas is key for developing effective targeting strategies for dissemination of new technologies, and sustainable crop management and diversification options. This can help in the allocation of limited resources to achieve the greatest potential benefits and provide actionable information to decision makers. Maps of drought- and submergence-prone rice areas and their characteristics Assessment of vulnerability of current and potential rice areas to diseases and pests Map of rice growing areas Rice phenology for different agro-ecosystems Database on actual yields, potential yield estimates and yield gaps

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Page 1: Spatial analysis for effective technology targeting

Yield loss per region from pest and diseases

Develop methods for mapping areas affected by drought, submergence, and pest and diseases.

Seasonally updated information on

rice agro-ecologiesMaps of major rice-growing areas

suffering from abiotic and biotic

stresses

Identification and characterization of

rice mega-environments for effective

technology targeting

Map rice ecosystems using optical and radar satellite imagesDevelop database on crop calendars for different rice agro-ecosystemsEstimate rice yields using crop models and remote sensing

Characterization of target domains for new rice technologies Multi-scale approach to link characterizations to livelihood and production constraintsAssessment of how markets will change under different scenarios

Andy Nelson, Murali Gumma, Arnel Rala, Sonia Asilo, Alice Laborte, Jeny Raviz, Aileen Maunahan, Lorena Villano, Jorrel Aunario, Mary Anne Gutierrez, Jane Girly Cuerdo, Cornelia Garcia, Tri Deri Setiyono

CESD: Tao LiOthers: sarmap, PhilRice and other NARS partners

Andy Nelson, Murali Gumma, Adam Sparks, Aileen Maunahan, Denis Muzones

PBGB: Nicole Magculia, Christian Dizon, Nancy CastillaOthers: STRASA partners

Andy Nelson, Alice Laborte, Adam Sparks, Jorrel Aunario, Matilda Arnell, Lorena Villano, Neale Paguirigan

CESD: Krishna JagadishGQNPC: Melissa Fitzgerald, Mariafe CalingacionPBGB: Kshirod Jena, Ed Redoña, Changrong Ye

Map consumer preference for rice grain qualityIdentify dissemination areas for new rice varieties/technologiesDevelop methods for defining rice mega environments

Mapping and monitoring of the biophysical and socio-economic characteristics of rice-producing areas is key

for developing effective targeting strategies for dissemination of new technologies, and sustainable crop

management and diversification options. This can help in the allocation of limited resources to achieve the

greatest potential benefits and provide actionable information to decision makers.

Maps of drought- and submergence-prone rice areas and their characteristicsAssessment of vulnerability of current and potential rice areas to diseases and pests

Map of rice growing areas Rice phenology for different agro-ecosystemsDatabase on actual yields, potential yield estimates and yield gaps