Item 9970 of 10385 (back to results) previous next Tomato yield, biomass accumulation, root distribution and irrigation water use efficiency on a sandy soil, as affected by nitrogen rate and irrigation scheduling Agricultural water management

Current search: Economics, Business and Industry: products and commodities × Research, Technology and Engineering: research > research methods × Select any link to see items in a related category. more general categories    information about this item Biological Sciences  Biological Sciences  anatomy and morphology (70482)   plant anatomy (36017)   roots (8177)  biochemistry (102540)   bioavailability (2889)  botany (53088)   plant biology (52661)   plant anatomy (36016)   roots (8177)  plant physiology (23111)   water use efficiency (848)  physiology (77074)   plant physiology (23109)   water use efficiency (848) Calendar Year  Calendar Year  Year (337475)   2009 (40843) Economics, Business and Industry  Economics, Business and Industry  economics (27895)   production economics (6560)   yields (5085)   crop yield (4554)  products and commodities (80757)   agricultural products (74894)   plant products (54971)   vegetable products (11423)   tomato products (2125)   tomatoes (2032)  vegetables (10538)   tomatoes (2031) Geographical Locations  Geographical Locations  North America (16962)   United States (12631)   Eastern United States (3664)   Southeastern United States (2467)   Florida (819) Natural Resources, Earth and Environmental Sciences  Natural Resources, Earth and Environmental Sciences  natural resource management (11559)   water management (3752)   irrigation management (1006)   irrigation scheduling (332)  natural resources (75944)   biological resources (55960)   biomass (6371)  renewable resources (7916)   biomass (6371)  soil science (29220)   soil chemistry (7710)   soil nutrients (781)  soil management (9354)   fertilizers (3809)   mineral fertilizers (2067)   nitrogen fertilizers (1369)  irrigation (3042)   irrigation management (1006)   irrigation scheduling (332)  irrigation systems (1110)   microirrigation (277)  subsurface irrigation (50)  mulches (206)   plastic film mulches (80)  soil physics (7416)   soil physical properties (5549)   soil hydraulic properties (3489)   soil water content (1620)  soil properties (7954)   soil physical properties (5549)   soil hydraulic properties (3489)   soil water content (1620)  soil types (8009)   textural soil types (1411)   sandy soils (549) Plant Science and Plant Products  Plant Science and Plant Products  botany (53089)   plant biology (52662)   plant anatomy (36017)   roots (8177)  plant physiology (23111)   water use efficiency (848)  crop production (7513)   crop yield (4554)  irrigation and drainage (3328)   irrigation (3042)   irrigation management (1006)   irrigation scheduling (332)  irrigation systems (1110)   microirrigation (277)  subsurface irrigation (50)  plant products (54974)   vegetable products (11424)   tomato products (2126)   tomatoes (2033)  vegetables (10538)   tomatoes (2031)  soil management (9354)   fertilizers (3809)   mineral fertilizers (2067)   nitrogen fertilizers (1369)  irrigation (3042)   irrigation management (1006)   irrigation scheduling (332)  irrigation systems (1110)   microirrigation (277)  subsurface irrigation (50)  mulches (206)   plastic film mulches (80) Reference Types  Reference Types  Journal (337546) Research, Technology and Engineering  Research, Technology and Engineering  research (30526)   research methods (29174)   field experimentation (3481)  technology (49139)   application technology (7315)   application parameters (3144)   application rate (2597) Taxa - Plantae  Taxa - Plantae  Magnoliophyta (59301)   Magnoliopsida (45501)   Solanales (4966)   Solanaceae (4643)   Solanum (2396)   Solanum lycopersicum (1317)   Solanum lycopersicum var. lycopersicum (1071) Abstract of Article:   Will be presented in next release Date Last Accessed:   Accessed January 20, 2015 Title of Article:   Tomato yield, biomass accumulation, root distribution and irrigation water use efficiency on a sandy soil, as affected by nitrogen rate and irrigation scheduling Author(s) of Article:   Will be identified in next release Citation:   Agricultural water management 2009 v.96 no.1 pp. 23-34 Click to View:   (Click to View) Date of Publication:   2009 Location of Article:   http://pubag.nal.usda.gov/pubag/article.xhtml?id=741709 Name of Publication:   Agricultural water management Publishing Company:   Will be identified in next release Accession Number:   281198