ID | Title | Section/Topic | Authors | Keywords |
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1438 | Allelochemical stress and abscisic acid in Lycopersicon esculentum Mill Log in to add this item to your schedule | Environmental Physiology | Lara-Núńez, Aurora; Anaya, Ana Luisa; Cruz-Ortega, Rocio. | ABA, allelochemical stress, Sicyos deppei, Lycopersicon esculentum, mycropilar endosperm, cell cycle |
328 | Applied water deficits accelerate ripening and induce changes in gene expression regulating flavonoid biosynthesis in grapevine Log in to add this item to your schedule | Environmental Physiology | Castellarin, S.D.; Gambetta, G.A.; Matthews, M.A.. | Water stress anthocyanin flavonol |
494 | Arabidopsis Calcium Sensors Regulate Transition to Flowering and Nitric Oxide Accumulation Log in to add this item to your schedule | Environmental Physiology | Tsai, Yu-Chang; Delk, Nikki; Chowdhury, Naweed; Braam, Janet. | Calmodulin-like nitric oxide flowering |
397 | Arabidopsis Receptor for Activated C Kinase 1 (RACK1) scaffold proteins regulate diverse environmental stress signaling pathways Log in to add this item to your schedule | Environmental Physiology | Ullah, Hemayet; Uvetta, Dozier; McLauchlin, April; Kundu, Nabanita; Fennel, Herman. | Drought oxidative stress Photosynthesis protein-protein interaction RACK1 split-ubiquitin |
2008 | A Simplified Method for the Measurement of Proline in Stressed Tissues Log in to add this item to your schedule | Environmental Physiology | Patitucci, Teresa; Feirer, Russ. | drought stress proline Ceratopteris richardii Fern Arabidopsis thaliana |
241 | A strong Arabidopsis guard cell promoter Log in to add this item to your schedule | Environmental Physiology | Yang, Yingzhen; Costa, Alex; Schroeder, Julian. | guard cell promoter calcium imaging |
2099 | Attenuated Stomatal Response to ABA under Supraoptimal CO2 Log in to add this item to your schedule | Environmental Physiology | Levine, Lanfang H.; Richards, Jeffrey; Wheeler, Raymond M.. | Elevated CO2 Abscisic Acid stomatal conductance Soybean |
1711 | A two-plane response to temperature and photoperiod in Arabidopsis thaliana: the result of two different processes in the control of flowering time? Log in to add this item to your schedule | Environmental Physiology | Villegas, Daniel; Alcalde, Jose Antonio. | Environment adaptability Linear Photothermal Model Flowering prediction |
1486 | A Versatile Calmodulin is Temperature-dependent Sensor Log in to add this item to your schedule | Environmental Physiology | Wu, Hui-Chen; Jinn, Tsung-Luo. | Heat Shock Calmodulin Ca2+ Oscilllation |
492 | Comparative Thermotolerance in the Genus Boechera Log in to add this item to your schedule | Environmental Physiology | Ortmann, Leann. | Boechera Thermotolerance heat stress HSPs sHSPs |
1549 | Differential transcript regulation in the growth zone of the maize primary root during early stages of adaptation to water deficit Log in to add this item to your schedule | Environmental Physiology | Chen, Kegui; Valliyodan, Babu; Joshi, Trupti; Hejlek, Lindsey; LeNoble, Mary; Xu, Dong; Bohnert, Hans; Sharp, Robert; Nguyen, Henry. | Zea mays primary root water deficit early response gene expression microarray |
1562 | Does Arabidopsis have translesion syntheses? Log in to add this item to your schedule | Environmental Physiology | Nakagawa, mayu; Sakamoto, Ayako; Takahashi, shinya; Tanaka, Atsushi; Narumi, Issay. | translesion syntheses mutation UV |
1867 | Does water deficit cause a switch from sink to potential source of soluble carbohydrate by xylem parenchyma cells in cotton? Log in to add this item to your schedule | Environmental Physiology | Roper, Becky. | starch synthase |
1362 | Drought induced gene expression in Citrullus colocynthis Log in to add this item to your schedule | Environmental Physiology | Si, Ying; Dane, Fenny. | drought stress cDNA-AFLP gene expression Citrullus colocynthis real-time RT-PCR |
2576 | Enhanced tolerance to high temperature stress in transgenic tomato expressing bacterial panD gene Log in to add this item to your schedule | Environmental Physiology | Rathinasabapathi, Bala; Wu, Shan; Sundaram, Sabarinath. | stress resistance |
1853 | Environmental and ecological controls on gene expression of root processes in prairie plants Log in to add this item to your schedule | Environmental Physiology | Surabhi, Giridara-Kumar; Sanjay, Kumar; Dan, DeLaughter; Katie, Clowers; Alam, Nausheen; Loretta, Johnson; Shah, Jyoti. | Big bluestem gene expression microarray Nitrogen Grass |
1864 | Evaluating dehydrin expression in Arabidopsis thaliana Log in to add this item to your schedule | Environmental Physiology | Koehler, Gage; Randall, Stephen. | |
1004 | Functional analysis of the membrane associated protein, APM1 Log in to add this item to your schedule | Environmental Physiology | Hosein, Fazeeda; Anindita, Bandyopadhyay; Peer, Wendy; Murphy, Angus. | aminopeptidase |
212 | Gene Expression and Metabolite Profiling of Arabidopsis at Elevated and Super-elevated CO2 Reveal a Diminished Ability of Plants to Adjust to Super-elevated CO2 Levels Log in to add this item to your schedule | Environmental Physiology | Kaplan, Fatma; Zhao, Wei; Popp, Michael; Richards, Jeffrey; Wheeler, Raymond M.; Guy, Charles L.; Levine, Lanfang H.. | Arabidopsis Elevated CO2 Super-elevated CO2 gene expression Metabolite profile Transpiration Water Use Efficiency |
2152 | Growth and development under elevated CO2 for Arabidopsis thaliana having altered expression of mitochondrial pyruvate dehydrogenase kinase Log in to add this item to your schedule | Environmental Physiology | Weraduwage, Sarathi; Micallef, Malgre C.; Grodzinski, Bernard; Micallef, Barry J.. | Effect of elevated CO2 on plant metabolism C metabolism and circadian sink activity Mitochondrial pyruvate dehydrogenase complex Pyruvate dehydrogenase kinase Antisense respression of mtPDHK Arabidopsis thaliana with altered respiratory capacities |
2537 | How plants cope with organic xenobiotics: Metabolism and transport of xenobiotic conjugates in the rhizosphere Log in to add this item to your schedule | Environmental Physiology | Schroeder, Peter; Scheer, Christian; Diekmann, Frauke; Stampfl, Andreas. | organic xenobiotic glutathione S-transferases Hordeum vulgare peptide transport |
285 | Influence of various Phosphorus sources on P accumulation and enzyme activities in Duo grass (Duo festulolium) Log in to add this item to your schedule | Environmental Physiology | padmanabhan, priya; starnes, daniel; Sahi, Shivendra. | phosphorus Duo grass hyperaccumulator P accumulation P sources |
1754 | Measurement of stem respiration of sycamore trees involves internal and external fluxes of CO2 and transport of CO2 from roots Log in to add this item to your schedule | Environmental Physiology | Teskey, Robert; McGuire, Mary Anne. | dark respiration sap flux |
2378 | Mechanisms of UV-B Perception in Arabidopsis thaliana Log in to add this item to your schedule | Environmental Physiology | Kim, Yu Kwang. | Arabidopsis thaliana UVB perception |
572 | Methylmethionine (“vitamin U”) enhances stress tolerance of green algae grown in polluted water Log in to add this item to your schedule | Environmental Physiology | Fodorpataki, Laszlo; Bartha, Laszlo; Marton, Attila L.. | stress tolerance vitamin U heavy metal green alga |
2539 | Nitrogen stress responses of red rice and Wells rice grown in hydroponics Log in to add this item to your schedule | Environmental Physiology | Sales, Marites; Burgos, Nilda; Shivrain, Vinod. | Oryza sativa Nitrogen Stress response hydroponics |
1597 | Novel aspects of nuclear foci formation in plant DNA damage response Log in to add this item to your schedule | Environmental Physiology | Sánchez-Calderón, L.; Lang, J.; Smetana, A; Montané, M.-H.; Houlné, G.; Chabouté, M.E.. | DNA damage DNA double strand break DNA repair Foci formation |
2727 | OsGSK1, an orthologue of Arabidopsis BIN2, enhances tolerance to various abiotic stresses in transgenic rice Log in to add this item to your schedule | Environmental Physiology | Lee, Sang-Choon; Koh, Serry; Kim, Min-Kyung; Choe, Sunghwa; An, Gynheung; Kim, Seong-Ryong. | |
815 | Overexpression of Arabidopsis ZAT10 Gene Enhances Salt Tolerance in Transgenic Tomato Plants Log in to add this item to your schedule | Environmental Physiology | Sanjaya, Sanjaya; You, Su-Juan; Chan, Ming-Tsair. | ZAT10 tomato genetic engineering salt stress crop |
274 | Overexpression of DnaK from a halotolerant cyanobacterium Aphanothece halophytica enhances abiotic stress tolerance of young poplar tree plants Log in to add this item to your schedule | Environmental Physiology | Takabe, Tomoko; Shinagawa, Fumi; Terada, Yasutaka; Uchida, Akio; Hibino, Takashi; Takabe, Teruhiro; Kawai, Takayoshi; Takabe, Tetsuko. | salinity Drought low temperature poplar tree
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1672 | Overexpression of the acidic C-terminus region of the HvRAF from barley confers enhanced cadmium tolerance to yeast Log in to add this item to your schedule | Environmental Physiology | Li, Kunfeng; Jung, Jinwook; Park, Sang Ryoung; Jung, Younsoo; Kim, Minkyun. | |
1561 | Oxidative Stress Response in Two Populations of Thalassia testudinum in the Lower Laguna Madre Texas USA Log in to add this item to your schedule | Environmental Physiology | Bruce, Jacqueline D; Summy, K. Rod; Whelan III, Thomas; Cavazos, Eloy; Lahner, Brett; Li, Nanbing; Legas, Sheenalay; Adame, John; Peer, Wendy; Murphy, Angus; Persans, Michael W. | seagrasses oxidative stress Lipid peroxidation heavy metal bioindicator remote sensing |
556 | Polyamine metabolism in response to drought and salt stress including comparative metabolome analysis of the salt response in rice Log in to add this item to your schedule | Environmental Physiology | Do, Phuc Thi; Zuther, Ellen; Erban, Alexander; Heyer, Arnd Göran; Köhl, Karin; Kopka, Joachim. | polyamine rice salt stress drought stress Metabolite profile |
1697 | Potential regulatory mechanisms that control photosynthetic responses to developmental processes in Xanthium strumarium Log in to add this item to your schedule | Environmental Physiology | Gordon, Elizabeth; Lewis, James; Tissue, David. | Xanthium strumarium source:sink relationships nutrient supply SPS rubisco Invertase |
766 | Proteomic analysis of drought stress-responsive proteins in tomato Log in to add this item to your schedule | Environmental Physiology | Kalampanayil, Bose; Wimmers, Larry; Bradley, Brian. | proteomics drought stress |
355 | Proteomics of water-deficit stress in US peanut mini core accessions Log in to add this item to your schedule | Environmental Physiology | Kottapalli, Kameswara Rao; Rakwal, Randeep; Burow, Gloria; Burke, John J; Puppala, Naveen; Payton, Paxton; Burow, Mark. | protein markers peanut mini core Water stress |
404 | Putative link between cytokinins and proline degradation and its potential involvement in plant response to drought stress Log in to add this item to your schedule | Environmental Physiology | Dobra, Jana; Storchova, Helena; Havlova, Marie; Haisel, Daniel; Libus, Jiri; Vankova, Radomira. | Cytokinin proline dehydrogenase abiotic stress trans-zeatin O-glucosyltransferase Drought proline tobacco |
278 | Regulation of mitogen activated protein kinases (MAPKs) and MAPK kinase (MAPKKs) in rice in response to various abiotic stresses Log in to add this item to your schedule | Environmental Physiology | Sinha, A.K.; Rao, K.P.; Kumar, K.; Sharma, P.; Adhikari, H.. | MAPK MAPKK rice MAPK cascade |
991 | Root-secreted allelochemical in the noxious weed Phragmites australis deploys a reactive oxygen species response and microtubule assembly disruption to execute rhizotoxicity Log in to add this item to your schedule | Environmental Physiology | Rudrappa, Thimmaraju; Justin, Bonsall; Gallagher, John L.; Seliskar, Denise M.; Harsh, Bais. | Phragmites australis root exudation allelopathy gallic acid reactive oxygen species microtubule |
137 | Root structure and ADH expression plasticity of aerial-aquatic plants in response to different water environment Log in to add this item to your schedule | Environmental Physiology | Kordyum, E.; Kozeko, L.; Ovcharenko, Yu.. | Water relations phenotypic plasticity root development alcohol dehydrogenase |
90 | Specific leaf area, leaf thickness and density of two range plant species influenced by long-term cattle grazing Log in to add this item to your schedule | Environmental Physiology | Dong, Xuejun; Nyren, Paul; Patton, Bob; Kreft, Brian; Nyren, Anne. | North Dakota Prairie plants Water relations integrated physiology Rangeland Management |
1480 | Stomatal sensitivities to changes in leaf water potential, CO2 concentration and light intensity, and drought tolerance of temperate deciduous tree species Log in to add this item to your schedule | Environmental Physiology | Aasamaa, Krőőt; Sőber, Anu. | stomatal conductance stomatal sensitivity deciduous trees |
383 | Studies on the Effect of Priming Treatment on the Germination of Sesame (Sesamum indicum L.) Log in to add this item to your schedule | Environmental Physiology | Cho, Sang-Kyun; Shim, Kang-Bo; Oh, Young-Jin; Lee, Sheong-Chun; Kim, Jung Gon. | sesame Priming seed germination |
1833 | The analysis of vegetative dehydrin-like proteins in soybean Log in to add this item to your schedule | Environmental Physiology | Yamasaki, Yuji; Randall, Stephen. | dehydrin |
829 | The anthocyanin-impaired-response-1 (air1) mutant of Arabidopsis thaliana alters accumulation of anthocyanins and flavonoids specifically in response to salt stress Log in to add this item to your schedule | Environmental Physiology | Van Oosten, Michael; Sharkhuu, Altanbadralt; Peer, Wendy Ann; Murphy, Angus S.; Hasegawa, Paul M.; Bressan, Ray A.. | anthocyanin flavonoid salt stress |
1657 | The barley ERF-type transcription factor HvRAF confers enhanced pathogen resistance and salt tolerance in Arabidopsis Log in to add this item to your schedule | Environmental Physiology | Jung, Jinwook; Won, So-Yoon; Suh, Seok Cheol; Kim, HyeRan; Wing, Rod; Jeong, Yeonhwa; Hwang, Ingyu; Kim, Minkyun. | ERF-type transcription factor Hordeum vulgare root abundant factor salt-stress tolerance |
310 | The role of oxidative stress during natural priming and germination in Dodonea viscosa (L.) Jacq.-Sapindaceae seeds Log in to add this item to your schedule | Environmental Physiology | Reyna-Llorens, Ivan; Cruz-Ortega, Rocio; Orozco-Segovia, Alma. | Natural Priming oxidative stress seed germination |
2079 | Timing of Photoperiod Sensitivity for Time to Flowering in Arabidopsis thaliana Landsberg erecta as Revealed by Reciprocal Transfer Experiments - what genetic control models should be able to explain Log in to add this item to your schedule | Environmental Physiology | Villegas, Daniel; Alcalde, Jose A.. | photoperiod sensitivity Arabidopsis reciprocal transfers |
1250 | Canceled Turgor pressure may mediate two negative growth responses of the sporangiophores of Phycomyces blakesleeanus Log in to add this item to your schedule | Environmental Physiology | Ortega, Joseph K.E.; Ortega, Elena L.; Scott, Morgan A.. | sensory responses Phycomyces blakesleeanus wind growth response cell growth regulation |
189 | Canceled Understanding the 'gears of signaling cascade' operative under salinity stress in Brassica contrasting genotypes Log in to add this item to your schedule | Environmental Physiology | Purty, Ram; Kumar, Gautam; Singla-Pareek, Sneh; Pareek, Ashwani. | salinity Brassica transcriptional regulation contrasting genotypes |
1692 | Using tunable diode laser spectroscopy to determine carbon isotope discrimination and internal CO2 conductance in field-grown juniper Log in to add this item to your schedule | Environmental Physiology | Bickford, Christopher P.; McDowell, Nate; Powers, Heath; Brown, Karen; Hanson, David T.. | stable isotope carbon isotope discrimination internal conductance mesophyll conductance Juniperus |
2300 | virus induced gene silencing on tobacco and phytoremediation Log in to add this item to your schedule | Environmental Physiology | Chen, Chien-teh; Jan, Fuh-Jyh. | VIGS proline Phytoremediation tobacco |
286 | Water-use efficiency in endophyte infected Lolium arundinaceum grasses Log in to add this item to your schedule | Environmental Physiology | Swarthout, Debbie, J; Harper, Emily; Judd, Stephanie. | stomata water-use efficiency |