Abstract is: Plant physiology is a subdiscipline of botany concerned with the functioning, or physiology, of plants. Closely related fields include plant morphology (structure of plants), plant ecology (interactions with the environment), phytochemistry (biochemistry of plants), cell biology, genetics, biophysics and molecular biology. Fundamental processes such as photosynthesis, respiration, plant nutrition, plant hormone functions, tropisms, nastic movements, photoperiodism, photomorphogenesis, circadian rhythms, environmental stress physiology, seed germination, dormancy and stomata function and transpiration, both parts of plant water relations, are studied by plant physiologists.
P5922 | ANZSRC 2008 FoR ID | 060705 |
P8529 | ANZSRC 2020 FoR ID | 310806 |
P268 | Bibliothèque nationale de France ID | 119329593 |
P508 | BNCF Thesaurus ID | 33571 |
P8313 | Den Store Danske ID | plantefysiologi |
P1036 | Dewey Decimal Classification | 575 |
P646 | Freebase ID | /m/02z8zk |
P227 | GND ID | 4045580-4 |
P12385 | Gran Enciclopèdia Catalana ID | fisiologia-vegetal |
P1296 | Gran Enciclopèdia Catalana ID (former scheme) | 0230922 |
P11514 | Great Russian Encyclopedia portal ID | fiziologiia-rastenii-bcaad0 |
P3827 | JSTOR topic ID (archived) | plant-physiology |
P8408 | KBpedia ID | PlantPhysiology |
P6870 | Latvian National Encyclopedia Online ID | 945 |
P244 | Library of Congress authority ID | sh85102796 |
P6366 | Microsoft Academic ID | 161221295 |
2910965985 | ||
P8189 | National Library of Israel J9U ID | 987007529473005171 |
P1368 | National Library of Latvia ID | 000076111 |
P349 | NDL Authority ID | 00572149 |
P691 | NL CR AUT ID | ph114604 |
P10283 | OpenAlex ID | C161221295 |
C2992992772 | ||
C2993199473 | ||
P1051 | PSH ID | 759 |
P3417 | Quora topic ID | Plant-Physiology |
P4342 | Store norske leksikon ID | plantefysiologi |
P3916 | UNESCO Thesaurus ID | concept4262 |
P8309 | Yle topic ID | 18-1284 |
P6293 | YSA ID | Y110986 |
P2347 | YSO ID | 10562 |
P1343 | described by source | Brockhaus and Efron Encyclopedic Dictionary | Q602358 |
The New Student's Reference Work | Q16082057 | ||
Small Brockhaus and Efron Encyclopedic Dictionary | Q19180675 | ||
P3095 | practiced by | plant physiologist | Q60244908 |
P910 | topic's main category | Category:Plant physiology | Q7157153 |
FileName: Kiemtafel (germination table).jpg
Description: germination table
Artist: Rasbak
Work is copyrighted.
License: CC BY-SA 3.0
Attribution is required.
Q110527194 | Q110527194 |
Q68532751 | Аляксандр Патапавіч Валынец |
Q127424665 | Валерый Мікалаевіч Прохараў |
Q112513830 | Anatolìj Ivanovyč Opalko |
Q112536055 | Ichirō Terashima |
Q125481241 | Ivan Mitrofanovič Vasil‘jev |
Q120600700 | Ivana Tomášková |
Q120605724 | Kamila Lónová |
Q120595837 | Konstantin Brzobohatý |
Q112546537 | Martina Špundová |
Q112343988 | Md. Shamim |
Q126925365 | Nikolaj Nikolajevič Ivanov |
Q124627998 | Nikolaj Stepanovič Petinov |
Q112353735 | Oľga Erdelská |
Q112429819 | Peter Boleček |
Q112504418 | Romana Gašparová |
Q112411363 | Zdeněk Opatrný |
Q15207774 | Jussuf Nossirow |
Q4647634 | A. Carl Leopold |
Q84451479 | Abdel Rahman Al-Tawaha |
Q118119771 | Adel El-Beltagy |
Q4300104 | Adolf Mokronosov |
Q112343495 | Alain Rival |
Q104840664 | Albert Ulrich |
Q21513219 | Aleksandr Fedorovich Flerov |
Q4061606 | Aleksey Alekseyev |
Q95097578 | Alena Bartušková |
Q64710080 | Alexander Ač |
Q94827500 | Alexander Nathansohn |
Q50947733 | Alexander P. Hansen |
Q9148227 | Alicja Szweykowska |
Q111533927 | Alina Ewa Kacperska-Lewak |
Q111604131 | Amber Hageman |
Q120596704 | Amparo Rosero |
Q26244283 | Anatoly Nichiporovich |
Q124635214 | Andrea Trnková |
Q89909781 | Andreas Hiltbrunner |
Q2067228 | Andrei Sergeyevich Famintsyn |
Q66839614 | Andrew Staehelin |
Q2614539 | Andrey Kursanov |
Q4394909 | Andrey Rikhter |
Q112553992 | André Vuittenez |
Q36511124 | Anil K. Singh |
Q79778690 | Anna Aksmann |
Q61774302 | Anna Janeczko |
Q16160919 | Anna Nowotny-Mieczyńska |
Q26251068 | Annie May Hurd Karrer |
Q4773608 | Anthony Trewavas |
Q33961156 | Antoine Pizon |
Q4775875 | Anton Lang |
Q112546383 | Aqil Ahmad |
Q112434455 | Arthur Germano Fett-Neto |
Q763971 | August Seybold |
Q791138 | Avishag Zahavi |
Q1030644 | Barna Győrffy |
Q87181280 | Bernhard Grimm |
Q94899125 | Bernt Gerhardt |
Q95349731 | Berthold Schwemmle |
Q112491142 | Bertold Hock |
Q4938538 | Birgitta Bergman |
Q21609027 | Bohdan Slavík |
Q123059107 | Boysie Eugene Day |
Q64548420 | Bořivoj Klejdus |
Q112497682 | Brian Thomas |
Q112518195 | Bruce M. Pavlik |
Q23931747 | Béla Jámbor |
Q56389348 | Béla Pozsár |
Q6254446 | Börje Åberg |
Q112541419 | C. Ralph Stocking |
Q114321945 | CRC 944: Physiology and Dynamics of Cellular Microcompartments |
Q21518751 | Carl Tore Christian Levring |
Q110824301 | Carlos Miller |
Q105873197 | Caroline Bledsoe |
Q5047007 | Carsten Olsen |
Q282065 | Casimir de Candolle |
Q29047189 | Catherine Steele |
Q112561473 | Cezary Werpachowski |
Q5075198 | Charles Arntzen |
Q289681 | Charles Reid Barnes |
Q35299362 | Charles Wilson Bacon |
Q36541606 | D.N. Tiwari |
Q95098680 | Dagmar Dykyjová |
Q120703265 | Daniel Cohen |
Q112401302 | Daniel Grover Clark |
Q323030 | Daniel I. Arnon |
Q2677374 | Daniel Trembly MacDougal |
Q95078477 | Daniel Vrábl |
Q120613080 | David Catchpoole |
Q50676782 | David H Lewis |
Q59749734 | David Hollinger |
Q124740430 | David M. Orcutt |
Q56421044 | David Mahlon Bonner |
Q94817911 | David Myers Mottier |
Q42745769 | Denis Tagu |
Q124042060 | Dhandapani Raju |
Q70518802 | Dmitry Los |
Q58413966 | Domingo Sancho-Knapik |
Q81556334 | Dominique Michaud |
Q112520225 | Donald P. Weeks |
Q24661922 | Dorothy Day |
Q997114 | Dániel Fehér |
Q30122146 | Eliezer |
Q16095608 | Elisabeth Gantt |
Q65555954 | Elizabeth Van Volkenburgh |
Q5371256 | Emil Godlewski |
Q21166217 | Eric John Hewitt |
Q56808977 | Erik T. Nilsen |
Q115431 | Ernst Münch |
Q1222950 | Ernő Obermayer |
Q1363183 | Erwin Latzko |
Q56999927 | Eustaquio Gil-Pelegrín |
Q27908157 | Eva Zažímalová |
Q11859114 | Eva-Mari Aro |
Q12090769 | Evgenij Filippovič Votčal |
Q12347736 | Ferenc Kövessi |
Q1213946 | Ferenc Nagy-Tóth |
Q88175035 | Fernando Carlos Gómez-Merino |
Q90819935 | Frances Louise Long |
Q57235449 | Francesco Orsini |
Q82925183 | Francesco Tei |
Q87143684 | Francois Chaumont |
Q5485126 | Frank B. Salisbury |
Q112496164 | Frank F. Munshower |
Q95147532 | František Jindřich Novák |
Q112348888 | František Pospíšil |
Q4360385 | Franz Petrak |
Q78805 | Franz Unger |
Q4502879 | Franz Xaver Rudolf von Höhnel |
Q81406738 | François-P. Chalifour |
Q3087097 | Frederick Campion Steward |
Q95760579 | Frederick Taylor Addicott |
Q41896036 | Friedl Weber |
Q1465275 | Frits Went |
Q86471 | Fritz von Wettstein |
Q85544594 | G. Eric Schaller |
Q36568809 | G.C. Srivastava |
Q1490676 | Gabrielle Howard |
Q12766281 | Gejza Steinhübel |
Q112550546 | Gene Guinn |
Q67250 | Georg Klebs |
Q3103616 | Georges Ville |
Q94944301 | Gerhard Richter |
Q20576098 | Giorgi Kvesitadze |
Q112488127 | Grzegorz Jackowski |
Q109498150 | Guivi Sanadze |
Q113585295 | Gustav Niemann |
Q1237991 | György Pogácsás |
Q907806 | Gábor Doleschall |
Q996230 | Gábor Farkas |
Q124632952 | Halima Mohammad Abba |
Q112522199 | Hamlyn G. Jones |
Q56479653 | Hanne N. Rasmussen |
Q71038 | Hans Kniep |
Q1581382 | Hans Mohr |
Q112520383 | Hans Polster |
Q59533834 | Harald Lorenzen |
Q22669718 | Harry Borthwick |
Q18986980 | Harufusa Nakano |
Q29390282 | Heinrich Schröder |
Q95486046 | Helena Vlašínová |
Q110072772 | Helgi Öpik |
Q110977326 | Herbert B. Currier |
Q42109524 | Herbert van Amerongen |
Q52158600 | Herman Augustus Spoehr |
Q1612559 | Hermann Schacht |
Q11576497 | Hiroshi Tamiya |
Q16649495 | Hjalmar Jensen |
Q35325781 | Horace L. Barnett |
Q1629706 | Horst Marschner |
Q1633511 | Hubert Ziegler |
Q120488940 | Hélène Barbier-Brygoo |
Q18631896 | Ida Augusta Keller |
Q4452276 | Igor Tarchevsky |
Q18539691 | Ivan Georgievich Dikusar |
Q21611036 | Ivan I. Tumanow |
Q117750968 | J. E. Dale |
Q124643237 | J. N. Srivastava |
Q75607696 | Jacques-André Rioux |
Q5716580 | Jakob Eriksson |
Q97575519 | James E. Baker |
Q6133587 | James F. Bonner |
Q95209217 | Jan Calábek |
Q112346149 | Jan Gloser |
Q95152758 | Jan Krekule |
Q112522728 | Jana Opatrná |
Q95441327 | Jaroslav Lang |
Q95214156 | Jaroslav Oplt |
Q95068911 | Jaroslava Kohoutová |
Q112548830 | Jeff Krans |
Q112545124 | Jeffrey Alan Stuart |
Q6179303 | Jenny Hempel |
Q58098743 | Jerry Hatfield |
Q11724504 | Jerzy Czosnowski |
Q67653033 | Jian-Ren Shen |
Q51650060 | Jirí Santrucek |
Q110510174 | Jitka Soukupová |
Q21072107 | Jiří Hřib |
Q95465347 | Jiří Luštinec |
Q47530451 | Johan Bruinsma |
Q3180406 | Johan Harald Kylin |
Q5983783 | Johannes Botvid Elias Melin |
Q21339171 | John Alan Elix |
Q45764541 | John C. Walker |
Q111650278 | John S. Roden |
Q4077675 | Josep (Osip) Wasilijewitsch Baranetzky |
Q37386343 | José A. Feijó |
Q56958778 | José Javier Peguero-Pina |
Q55441818 | José Luis Andrade |
Q118493073 | José Manuel Recio Espejo |
Q61650 | Julius von Sachs |
Q111747673 | Junichi Ueda |
Q124642561 | Ján Kováč |
Q47135612 | Józef Buczek |
Q24288163 | József Quint |
Q124637496 | K. Satya Prasad |
Q112488055 | Kapuganti Jagadis Gupta |
Q61775076 | Karen Barry |
Q55843289 | Karl Paech |
Q62756 | Karl Ritter von Goebel |
Q91125 | Karl Suessenguth |
Q112409274 | Karol Erdelský |
Q124679220 | Kateřina Svobodová Brooker |
Q33692009 | Kathleen Sampson |
Q11738275 | Kazimierz Rogoyski |
Q56438891 | Kenneth J Boote |
Q38359012 | Kintake Sonoike |
Q94919589 | Klaus Napp-Zinn |
Q2398321 | Klaus Winter |
Q125166823 | Klára Panzarová |
Q95111444 | Kristýna Balážová |
Q112106839 | Krystyna Janas |
Q123142690 | Kurt Schubert |
Q56389277 | Károly Kaplonyi |
Q1102236 | Lajos Jurányi |
Q5578233 | Lars Olof Björn |
Q112543661 | Laurence Sorver Moyer |
Q54656412 | Lawren Sack |
Q112454871 | Lech Ratajczak |
Q112572101 | Leokadia Rakoczy |
Q21505581 | Leona Baksay |
Q21638818 | Levan Jafaridze |
Q100938245 | Lewis H Ziska |
Q17462323 | Lia Osipian |
Q123954253 | Lisa Corwin |
Q112514689 | Liz Dobbs |
Q13411327 | Louis Genevois |
Q112550427 | Louis Kimball Mann |
Q112494109 | Ludwig Aletsee |
Q100318248 | M Iqbal R Khan |
Q112516591 | M. Naeem |
Q104840574 | M. Z. Abdin |
Q126026844 | Manju A. Lal |
Q87371902 | Mansour Ghorbanpour |
Q76825793 | Marc J. Trudel |
Q110089178 | Marcel V. Homès |
Q41581816 | Marcos Silveira Buckeridge |
Q58361493 | Maria Manuela Chaves |
Q11769564 | Marian Michniewicz |
Q95179624 | Marie Kummerová |
Q112525371 | Marija Armaisovna Sarkisova |
Q2747619 | Marin Molliard |
Q466004 | Marshall Hatch |
Q56556461 | Martijn Slot |
Q6775526 | Martin Gibbs |
Q17116429 | Maryya Chayka |
Q82327348 | María Carmen Antolín |
Q48361270 | María Serrano Mula |
Q42716491 | Massimo Maffei |
Q24069511 | Maurice Stroun |
Q112472327 | Maurizio Lambardi |
Q18576751 | Meirion Thomas |
Q6829861 | Michael Dirr |
Q112483892 | Michael T. McManus |
Q33105389 | Michel Thellier |
Q47508858 | Mihály Fucskó |
Q6849524 | Mikhail Chailakhyan |
Q95080307 | Milan Baláž |
Q95175108 | Miroslav Kamínek |
Q57633656 | Miroslav Strnad |
Q38543946 | Mohammad Anwar Hossain |
Q38327460 | Muthappa Senthil-Kumar |
Q58151760 | N. Benkeblia |
Q54653021 | Nafees A Khan |
Q14912035 | Natalya Melik Melikyan |
Q112495912 | Natálie Čeplová |
Q100747000 | Naveen Puppala |
Q4499341 | Nikolai Cholodny |
Q4152697 | Nikolay Gusev |
Q5744303 | Nils Thorsten Elias Fries |
Q12353342 | Nándor István Gimesi |
Q59191797 | Ondřej Mudrák |
Q20480584 | Oszkár Varga |
Q121912818 | Othmar Werner |
Q112552609 | Otis C. Maloy |
Q70672 | Otto Renner |
Q112419523 | Paul Hoffmann |
Q7151495 | Paul J. Kramer |
Q100296521 | Paul J. Schulte |
Q2743817 | Paul Jaccard |
Q76824210 | Paul Mazliak |
Q17279364 | Paula Jameson |
Q47157549 | Peerzada Yasir Yousuf |
Q6168939 | Per Fredrik Scholander |
Q21283009 | Peter Schopfer |
Q120605865 | Petr Holub |
Q56011613 | Philippe Matile |
Q91020145 | Pierre Cornelis |
Q365284 | Pierre Paul Déhérain |
Q4314049 | Pieter Roelofsen |
Q3906288 | Plant Physiology |
Q46687357 | Premysl Landa |
Q1028147 | Pál Greguss |
Q83579669 | Radim Cegan |
Q20097901 | Raisa Butenko |
Q127274362 | Rajesh Prasad Rastogi |
Q7292501 | Randy Wayne |
Q91603856 | Ranjusha Rajagopalan |
Q120593775 | Renata Ryplová |
Q1477739 | Richard Biebl |
Q17152024 | Richard Matthews |
Q58046320 | Richard P. Pharis |
Q155764 | Robert Brown |
Q36670788 | Robert H. Tschudy |
Q112546553 | Robert L. Heath |
Q18043662 | Roderick Leon Bieleski |
Q21339198 | Roger Rosentreter |
Q21512716 | Roman Türk |
Q59187653 | Ruben Alvarez-Fernandez |
Q2173187 | Rudolf Koblet |
Q113634573 | Russell G. Brown |
Q30880655 | Ryurik Salyaev |
Q60684635 | S. Joseph Wright |
Q23656195 | S. M. Manskaja |
Q18167739 | S. P. Kostychev |
Q781143 | Samuel Augustin |
Q112500976 | Sarra Saulovna Baslavskaja |
Q88694358 | Satish C Bhatla |
Q38640510 | Serge Delrot |
Q4196331 | Sergey Ivanov |
Q59465610 | Sergey Shabala |
Q4421329 | Sergey Skadovskiy |
Q112546382 | Shamsul Hayat |
Q112546347 | Shaul P. Monselise |
Q59531181 | Shenghan Shi |
Q9146488 | Shi Jiaonai |
Q41973346 | Siegfried Strugger |
Q84905935 | Silvana Nicola |
Q115641 | Simon Schwendener |
Q106328999 | Sociedad Argentina de Fisiología Vegetal |
Q112548090 | Spas Simeonoff Ivanoff |
Q75502264 | Sridhar Gutam |
Q111025140 | Stanisław Wóycicki |
Q81639622 | Steeve Pépin |
Q23795300 | Stefano Mancuso |
Q12113587 | Stepan Kostyshyn |
Q42176657 | Stephan Clemens |
Q47713992 | Stephen A. Rolfe |
Q47153606 | Stephen D Tyerman |
Q112515431 | Stephen Gregory Thomas |
Q25999486 | Susanne von Caemmerer |
Q2596187 | Sydney Howard Vines |
Q1180650 | Sándor Mágócsy-Dietz |
Q1119557 | Tamás Kosutány |
Q83662494 | Tariq Aftab |
Q112506965 | Teresa Kentzer |
Q112406475 | Theodore Thomas Kozlowski |
Q93433941 | Thijs Leendert Pons |
Q112541418 | Thomas Elliot Weier |
Q105220467 | Thomas Leustek |
Q100154933 | Thomas R. Sinclair |
Q18786349 | Tikhon Godnev |
Q112503964 | Trevor A. Thorpe |
Q16710687 | Tymish Pavlychenko |
Q17517197 | Ulrike Mathesius |
Q16655357 | Vasily Ilyin |
Q3554983 | Vassili Sapojnikov |
Q88383936 | Veit Martin Dörken |
Q870700 | Vera Csapody |
Q4521933 | Viktor Stepanovich Shevelukha |
Q56389083 | Vilmos Frenyó |
Q2860631 | Vladimir Artsikhovski |
Q19907543 | Vladimir Butkevich |
Q4244953 | Vladimir Kuznetsov |
Q4259215 | Vladimir Lepyoshkin |
Q4271480 | Vladimir Lyubimenko |
Q112356209 | Vladimír Kozinka |
Q95151093 | Vladimír Rypáček |
Q18740388 | Vsevolod Dadykin |
Q9369765 | Wacław Moycho |
Q93162537 | Wenhao Dai |
Q95320824 | Werner J. Lipton |
Q15428396 | Widmar Tanner |
Q112500261 | Wiktoria Ratajczak |
Q2572633 | Wilhelm Figdor |
Q98275 | Wilhelm Ruhland |
Q112556801 | William Gordon Whaley |
Q21518100 | Witold Kulesza |
Q98575990 | Xianmin Diao |
Q76508901 | Xie Daoxin |
Q111108581 | Yoash Vaadia |
Q109985344 | Yosef Mizrahi |
Q89597858 | Yueming Jiang |
Q4132951 | Yuri Gamaley |
Q15066690 | Yury Zhuravlyov |
Q59560186 | Yves Desjardins |
Q95175347 | Zdeněk Laštůvka |
Q6171475 | Zoltán Szabó |
Q3115438 | granum |
Q47508979 | Ágnes Dániel |
Q1033879 | Árpád Haraszty |
Q17312833 | Árpád Paál |
Q95394417 | Ľudovít Pastýrik |
Q1243201 | Ștefan Péterfi |
Q32362738 | Заблуда, Григорий Васильевич |
Q15068387 | Карпилов, Юрий Соломонович |
Q111785197 | Куперман, Фанни Михайловна |
Q13028041 | Курбатов, Игорь Михайлович |
Q60832058 | Мошков, Борис Сергеевич |
Q29359360 | Петрова, Людмила Николаевна |
Q12558946 | Полимбетова, Фатима Абулхаировна |
Q106407351 | Рупасова, Жанна Александровна |
Q116642756 | Сергейчик Светлана Александровна |
Q14917123 | Сидорович, Евгений Антонович |
Q22919635 | Сказкин, Фёдор Данилович |
Q22919682 | Смирнов, Александр Иванович |
Q5770105 | Circulació de l'aigua en les plantes |
Q5560192 | clorènquima |
Q11944110 | pèl glandular |
Q21087456 | rizogènesi |
Q5462206 | Flower differentiation |
Q8564038 | Flower induction |
Q7076688 | Octadecanoid pathway |
Q2163996 | fasciation |
Q5533957 | geocarpy |
Q2120121 | self-incompatibility in plants |
Q3427759 | Respiration végétale |
Q10480678 | Q10480678 |
Q18202376 | Q18202376 |
Q18454970 | Q18454970 |
Q31883533 | Q31883533 |
Q56303243 | Q56303243 |
Q56326023 | QO₂ |
Q5187947 | crop coefficient |
Q12142810 | drought tolerance |
Q116256692 | floral thermogenesis |
Q5655902 | hardening |
Q110689922 | induced resistance |
Q6894868 | moisture stress |
Q7188674 | phyllochron |
Q19388114 | secretion or excretion |
Q2551340 | water-use efficiency |
Q78648 | Adolf Pokorny |
Q9148227 | Alicja Szweykowska |
Q12121187 | Andriy Manoryk |
Q55393120 | Andrzej Skoczowski |
Q5371256 | Emil Godlewski |
Q109732746 | Grażyna Bystrzejewska-Piotrowska |
Q120892546 | Hannington Oryema Origa |
Q24644135 | Jacek Wróbel |
Q11718069 | Jan Kopcewicz |
Q105734201 | Jan Myczkowski |
Q112454871 | Lech Ratajczak |
Q47010013 | Liubov Polishchuk |
Q25826546 | Maria Bielińska-Czarnecka |
Q61774983 | Maria Skłodowska |
Q20512993 | Mariya Sarkisova |
Q65196742 | Oksana Sytar |
Q22114884 | Stanisław Lewak |
Q23943924 | Tadeusz Wojtaszek |
Q85988169 | Амирджанов, Артём Гарегинович |
uri / http://www.wikidata.org/entity/L1328120-S1 | L1328120-S1 |
uri / http://www.wikidata.org/entity/L1355544-S1 | L1355544-S1 |
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Q116114237 | 4D-Entwicklungsgradienten im Endosperm der Gerste: biologischer Nachweis, virtuelle Rekonstruktion und Identifizierung von Regulatorgenen |
Q116122317 | A genetic engineering approach to improve the carbon fixation in C3 plants by reducing the flux through the photorespiratory pathway. Consequences of the expression of novel activities in chloroplasts of A. thaliana |
Q116136223 | Aktivitäten und physiologische Funktionen von Phytochelatin-Synthasen: bi-funktionale Enzyme für die Metallhomöostase und die Nichtwirtsresistenz von Pflanzen |
Q116111250 | Analyse der Biosynthesewege für UDP-Glucuronsäure als Vorstufe für wichtige Zellwandpolymere |
Q116130694 | Analyse der Sekundärmodifikationen von Komponenten der Phytochrom-Signaltransduktion in Arabidopsis thaliana |
Q116116487 | Analyse der Signalweiterleitung bei der durch Phototropin gesteuerten Blaulichtperzeption in Arabidopsis thaliana |
Q116065568 | Analyse der Struktur und Funktion cytosolischer hochmolekularer Glycane in höheren Pflanzen (B 02) |
Q116101659 | Analyse regulatorischer Funktionen des Proteasom-assoziierten WD-Proteins PRL1 und der SnRK1 Kinase (C03 (P10)) |
Q116125710 | Analyse von Ribonukleoproteinen in der lichtabhängigen Regulation chloroplastidärer Genexpression (A14) |
Q116132678 | Analyses on the physiological role of an environmental stress-induced tyrosine decarboxylase from Arabidopsis thaliana |
Q116072430 | Analysis of Phytochrome A-dependent Light Signalling in Arabidopsis thaliana |
Q116119147 | Analysis of early events in the Arabidopsis-Verticillium interaction |
Q116124367 | Analysis of vacuolar sugar transport |
Q116065905 | Ankopplung des Auxinsignals an das Actinskelett |
Q116116794 | Anpassungsmechanismen des photosynthetischen Elektronentransportes an den metabolischen ATP- und NADPH-Bedarf (A12) |
Q116131739 | Application of genomics to dissect Polycomb-group protein mediated control of plant development (PcG-code) |
Q116113743 | Arabidopsis Phytochrom A Signaltransduktion: Charakterisierung und Identifizierung von cytosolischen Ereignissen und Komponenten des phyA-FHY1 Weges |
Q116122461 | Arabidopsis mutants impaired in primary metabolism as tools to study retrograde signaling mechanisms |
Q116101817 | Auswirkung von Trockenheit auf die Lebensdauer und Aktivität von Feinwurzeln in Naturwald- und Agroforst-Beständen (C04) |
Q116089039 | Bedeutung der Inositolpolyphosphat-Kinase im Primärstoffwechsel der Pflanze (B 08) |
Q116065576 | Bedeutung der Stomatadichte für die photosynthetische Leistungsfähigkeit von Pflanzen (B 05) |
Q116089041 | Bedeutung des ratenlimitierenden Schritts der 5-Amino-lävulinsäure-Synthese für den Tetrapyrrolstoffwechsel und Funktionen und die Entwicklung des Chloroplasten (B 09) |
Q116065578 | Beeinflussung der Photosyntheseleistung durch Veränderung des Geleitzellstoffwechsels und Etablierung intermediärer Kohlenhydratspeicher (C 2) |
Q116094218 | Biochemie und Pflanzenphysiologie |
Q116075965 | Biochemische Charakterisierung der WRKY-Transkriptionsfaktorfamilie in Arabidopsis thaliana |
Q116110738 | Biochemische und physiologische Funktionen des plastidären Transportproteins Brittle1(BT1) in mono- und dikotylen Pflanzen |
Q116135828 | Biological function of aureochromes in the diatom Phaeodactylum tricornutum |
Q116099602 | Biologische Funktion pflanzlicher 14-3-3 Proteine (A18) |
Q116089033 | Biosynthese und Funktion des Thylakoidlipids Digalactosyldiacylglyverol (DGDG) (B 06) |
Q116106652 | CO2-Permeabiltität von Tabak-Aquaporinen und Konsequenzen für die Pflanze |
Q116069442 | Ca2+/Calcineurin vermittelte Signaltransduktion in Arabidopsis |
Q116130966 | Calcium Regulation of Plant Productivity (CROPP) |
Q116102085 | Can acidic polysaccharides exuded by diatoms function as iron ligands, increasing the iron availability for diatoms? |
Q116108131 | Carbon allocation in plants - transport of newly assimilated carbon, carbon isotope fractionation and the relation to delta13C in respiratory CO2 |
Q116122474 | Central Task |
Q116119300 | Characterization of D-cysteine desulfhydrases and D-cysteine-containing compounds in plants |
Q116110803 | Charakterisierung der frühblühenden Mutante ef82 ("early flowering" 82) und Einordnung der Bedeutung des EF82-Proteins in die bereits bekannten Signalwege zur Blüteninduktion |
Q116085850 | Charakterisierung der molekulargenetischen Grundlagen der Salzstressantwort höherer Pflanzen mit cDNA-Array-Analysen |
Q116134296 | Charakterisierung des Primär- und Schwefelstoffwechsels hinsichtlich der DMSP-Synthese in Thalassiosira pseudonana unter verschiedenen Kultubedingungen |
Q116115596 | Charakterisierung des wechselseitigen Einflusses zwischen Auxin und Cytokininen während der Zellteilung |
Q116096017 | Charakterisierung einer stärkefreien Mutante aus Arabidopsis thaliana |
Q116072386 | Charakterisierung von Plasmodesmata und Klonierung von Plasmodesmatagenen unter Verwendung GFP-exprimierender Pflanzen |
Q116116958 | Chloridtransport und Salztoleranzmechanismen in Pflanzen |
Q116120127 | Combinatorial control of gene expression by heterodimers of the group C/S1 bZIP transcription factor network |
Q116128939 | Comparative analysis of distinct seed dormancy mechanisms within the genus Lepidium (cress) and the evolution of the Brassicaceae DOG1 dormancy genes |
Q116130066 | Composition and perception of cytosolic complexes involved in precursor delivery to chloroplast membranes |
Q116096670 | Cooperative interactions of a subgroup of the R2R3-MYB transcription factors in controlling phenylpropanoid accumulation |
Q116122457 | Cross-talk between redox, metabolic and hormonal retrograde chloroplast signals in the expressional regulation of nuclear encoded plastid proteins |
Q116066667 | Cytokininsignaltransduktion in Arabidopsis thaliana |
Q116075296 | Das Pflanzenwissen der Digo (Kenia) im Vergleich mit der wissenschaftlichen Botanik (C 1) |
Q116120658 | Defence reactions during Cuscuta reflexa infection |
Q116128920 | Defining the role of the two vacuolar proton-pumps during stress responses |
Q116132375 | Degradation of chloroplast proteins - identification and characterization of senescence associated cysteine proteases |
Q116076776 | Der Metabolismus des Schwefels in Pflanzen: Knotenpunkt von Grundstoffwechselwegen und molekularen Stressresistenzen |
Q116124895 | Development and maintenance of terminal sink tissues with an emphasis on nematode-induced feeding sites |
Q116106247 | Development and validation of metabolic models to simulate the operation and interaction of antioxidant systems |
Q116063871 | Die Bedeutung der Aquaporine für das Streckungswachstum des Hypokotyls von Ricinus-Keimlingen |
Q116076770 | Die Bedeutung der Sulfitoxidase in der Pathogen- und Stressantwort der Pflanze |
Q116111122 | Die Bedeutung der subzellulären Kompartimentierung der Glutathion-Biosynthese für die zelluläre Redoxhomöostase in Arabidopsis |
Q116129676 | Die Funktion des 2-Cys Prx und PrxIIE bei der Wahrnehmung und Verarbeitung von Redoxsignalen im Chloroplasten |
Q116083974 | Die Regulation von Monosaccharid-Transportern bei der Entwicklung und Funktion von Schließzellen und Wurzeln in Arabidopsis |
Q116102532 | Die Rolle des Glucosinolat-Myrosinase-Systems bei der Interaktion von Brassicaceae mit herbivorem Blattwespen (A 07) |
Q116076768 | Die Rolle des Schwefelstoffwechsels bei der Pathogenresistenz in Brassicaceen |
Q116077334 | Die Rolle pflanzlicher Zuckertransporter bei der Interaktion mit Nematoden |
Q116102474 | Die Rolle von DNA- und RNA-bindenden Proteinen bei der ABA-Signaltransduktion (C11) |
Q116066679 | Die Rolle von Jasmonat bei der induzierten Resistenz in Kartoffeln |
Q116103504 | Die Rolle von Octadecanoiden und Salicylat bei der induzierten Resistenz in Kartoffel |
Q116096285 | Die Rolle von Transportern für Peptide und kompatible Substanzen in Pflanzen (A 6) |
Q116098103 | Die Rolle von plastidären Metabolittranslokatoren für Speicherstoffsynthese und Assimilatverteilung in Leguminosensamen |
Q116106624 | Die molekulare Analyse der pflanzlichen Metallhomöostase, -toleranz und -akkumulation im Modellsystem Arabidopsis halleri |
Q116077055 | Differenzierung von Gefäßen im sekundären Xylem |
Q116122459 | Dissection of the tetrapyrrole-mediated signaling pathway: Identification of components involved in signal transduction and of target genes |
Q116104905 | Diurnale und circadiane Rhythmik der Genexpression in den Mitochondrien von Pflanzen |
Q116117978 | Drought stress perception and signalling in Arabidopsis |
Q116128924 | Dynamics of the vacuolar proteome of Arabidopsis thaliana in response to abiotic stress factors |
Q116113895 | Dynamik der Proteinbewegung in photosynthetischen Membranen |
Q116096283 | Einfluß von Sauerstoffradikalen und Radikalschutzenzymen auf das Zellverhalten während der Blattseneszenz von Arabidopsis thaliana (A 5) |
Q116118170 | Electrophysiological Analysis of Metal Transporters and Membrane Transport in Metal Hyperaccumulator Plants |
Q116119927 | Entwicklung und Anwendung fluoreszenter Aminosäuresensoren in Pflanzen |
Q116061368 | Etablierung von Stickstoff-fixierenden Wurzelknöllchen als Kohlenstoff-sinks |
Q116129542 | Evolution of phytochrome signalling and nuclear transport |
Q116103336 | Finanzierung des MASC Sekretariats 2004 |
Q116091618 | Formation and effects of nitric oxide (NO) at the plasma membrane of tobacco roots |
Q116128570 | From tRNA modification to cytokinins - Characterisation of tRNA-mediated cytokinin biosynthesis in the early land plant Physcomitrella |
Q116108815 | Fuctional analysis of Crr1 (Copper response regulator 1), a global regulator of nurtritional copper homeostasis in C. reinhardtii |
Q116129536 | Function of an intermembrane space chaperone complex in protein import into chloroplasts |
Q116119173 | Functional Analysis of PPR-SMR-related Proteins in Zea mays (Maize) and Arabidopsis thaliana |
Q116120731 | Functional analysis of the role of tomato (Solanum lycopersicum L.) fruit photosynthesis in metabolism and development |
Q116133750 | Functional and physiological characterization of the Arabidopsis monosaccharide-transporter-like proteins At1g05030, At1g67300 and At1g79820 from endomembranes |
Q116119932 | Functional characterisation of plant NF-X1 type zinc finger proteins |
Q116133330 | Functional characterization of AtRUG8, a protein that modulates plasmodesmal movement of macromolecules, and of three 3 closely related proteins |
Q116122908 | Functional characterization of flavin-containing monooxygenases (FMOs) in plants |
Q116135823 | Functional characterization of novel rhodopsins of Chlamydomonas and other algae |
Q116114547 | Functional characterization of the EXO and EXO-LIKE proteins in Arabidopsis |
Q116112841 | Functional characterization of vacuolar sugar transporter homologs |
Q116125956 | Functions of serine hydroxymethyltransferases in plant metabolism and gene regulation |
Q116108139 | Funktion der Cytokinine bei der Regulation des Primärstoffwechsels (B12) |
Q116083589 | Funktion des ChoR-Proteins in der ABA-Signaltransduktion |
Q116083810 | Funktion und Regulation von PIP Proteinen in Arabidopsis thaliana |
Q116120099 | Funktion und Struktur der Deg15/GPP in Arabidopsis und Wassermelone |
Q116080611 | Funktionalität und Stabilität von mRNAs in Chloroplasten Höherer Pflanzen: protein- und nicht-proteinartige trans-regulatorische Faktoren |
Q116083700 | Funktionelle Analyse der Cytokininoxidasegene von Arabidopsis thaliana |
Q116132697 | Funktionelle Analyse der Interaktion zwischen Wirtsfaktoren und viralen Transportproteinen (C02) |
Q116101511 | Funktionelle Analyse der Rop Nanomaschine aus Arabidopsis thaliana (C10) |
Q116068563 | Funktionelle Analyse des mutmaßlichen Auxineffluxcarrierproteins AtPIN1 |
Q116132700 | Funktionelle Charakterisierung bakterieller Typ III Effektoren, welche den Vesikeltransport der Wirtszelle beeinflussen (C05) |
Q116104325 | Funktionelle Charakterisierung der Protein-Protein-Interaktion des "ankyrin-repeat"-Proteins ANK1 und des bZIP-Transkriptionsfaktors BZI-1 im Rahmen der pflanzlichen Pathogenantwort |
Q116101314 | Funktionelle Charakterisierung von Phloemproteinen aus Arabidopsis thaliana |
Q116090697 | Funktionsanalyse von Glycolipiden durch Expressionsmodulation homologer und heterologer Glycosyltransferasen (A02) |
Q116076771 | GSH-Synthese im Verlauf von Stressantworten: Molekulare Zellbiologie der Regulation und Kompartimentierung |
Q116122463 | Genetic Dissection of Organellar-Gene-Expression (OGE)-Dependent Retrograde Signaling in Arabidopsis |
Q116078437 | Genomische Analyse von Photoassimilat- und Nährstoff-Signalling in Arabidopsis |
Q116090377 | Genomweite Analyse von Seneszenz-regulierten Arabidopsis thaliana Membrantransportergenen mittels cGST-Microarrays |
Q116066062 | Gezielter knockout von Mitgliedern der Phytohormon-Signalstrecken |
Q116125011 | Gibberellin regulated pumpkin development |
Q116066211 | Gibberelline und die Steuerung der pflanzlichen Entwicklung |
Q116123690 | Hormonal control of flowering: Molecular mechanisms of hormone-receptor action |
Q116131337 | Identification and analysis of Chlamydomonas mutants with defects in chlorophyll synthesis |
Q116110376 | Identification and functional characterization of a glycosylceramide Delta 3-(E) desaturase from phytopathogenic fungi |
Q116129814 | Identification of oxygen dependent signalling pathways in the green alga Chlamydomonas reinhardtii by Digital Gene Expression Tag Profiling |
Q116128926 | Identification of tonoplast membrane proteins involved in cellular response to environmental stress by quantitative/comparative- and phospho-proteomics |
Q116089051 | Identifikation und Analyse von Proteinen im Phloem höherer Pflanzen und ihre Bedeutung für Phloemstoffwechsel und Signalleitung (C 7) |
Q116099762 | Identifizierung früher Komponenten der Hormon-Signaltransduktion mittels proteomischer Methoden |
Q116111228 | Identifizierung pflanzlicher Wirtsfaktoren der Virusausbreitung |
Q116066322 | Identifizierung und Charakterisierung endogener und exogener Regulatoren des Zuckerstoffwechsels (B22) |
Q116115597 | Identifizierung und Charakterisierung von Genen, die regulatorische oder strukturelle Plasmodesmataproteine kodieren |
Q116110563 | Identifizierung und Charakterisierung von neuartigen Nukleotidtransportern in freilebenden Bakterien und Pflanzen |
Q116066614 | Identifizierung von Komponenten der Signalkette von Abscisinsäure |
Q116125711 | Identifizierung von Regulatorgenen des pflanzlichen Primärstoffwechsels via QTL-Klonierung (B14) |
Q116135067 | Identifying the essential role of uncharacterized ferredoxin-like proteins in plant development |
Q116066652 | Immunmodulation von Jasmonatfunktionen in transgenen Pflanzen |
Q116128907 | Impact of vacuolar monosaccharide accumulation on cellular stress response of Arabidopsis. Function of AtTMT type carriers |
Q116065971 | Indolessigsäurebiosynthese in Arabidopsis thaliana |
Q116066505 | Indolessigsäurebiosynthese in Zea mays |
Q116115475 | Influence of inorganic carbon and mutations in carbon-regulated pathways on metabolite pools and turnover in cyanobacteria |
Q116125712 | Initiation und Regulation der Blattseneszenz bei Arabidopsis (B16) |
Q116131782 | Integrating genetics and high throughput genomics to indentify genes underlying tomato quantitative trait loci (QTL) for metabolites that influence fruit quality (TomQML) |
Q116131783 | Integrative genomic and genetic analysis of nonhost resistance across Triticeae species (TritNONHOST) |
Q116116124 | Interaktion von ABA und Zuckersignaltransduktion in sich entwickelnden Erbsensamen |
Q116080123 | Interaktion zwischen dem bedecktsamigen Hemiparasiten Rhinanthus minor und seinen Wirten (C 1) |
Q116102361 | Interaktion zwischen dem bedecktsamigen Hemiparasiten Rhinanthus monor und seinen Wirten (A 06) |
Q116122460 | Intersystem photosynthetic redox signals in retrograde chloroplast-to-nucleus communication of higher plant cells |
Q116106856 | Investigation of Local and Systemic Regulatory Responses of Plant Sulfur Metabolism |
Q116120328 | Investigation of poly(A)-mediated RNA degradation in the model plant Arabidopsis thaliana |
Q116130856 | Isolation and cloning the nitric oxide synthase from Arabidopsis |
Q116076773 | Isolierung und Charakterisierung von Cystein-abbauenden und H2S-freisetzenden Enzymen aus Höheren Pflanzen |
Q116116771 | Kartierung quantitativer Loci der Frosttoleranz bei Arabidopsis thaliana (QTL Mapping), Identifizierung von Kandidatengenen durch Fein-Mapping und verifikation mittels Knock-out-Mutanten und transgener Pflanzen |
Q116115163 | Klonierung und Charakterisierung des mitochondrialen GABA Transporters und regulierender Gene des gamma-Aminobuttersäure-(GABA)Stoffwechsels |
Q116097623 | Kohlenstoff-Isotopendiskriminierung als Methode zur Identifizierung von Maismutanten mit Defekten im C4-Zyklus |
Q116065992 | Kommunikation zwischen der Kohlenstoff-Katabolit-Repression und dem Auxinsignalweg: Interaktion eines SNF1-Kinase-Inhibitors mit einem neuen Amidase-Komplex |
Q116130486 | Komponenten der systemischen Antwort auf abiotischen Stress in Arabidopsis thaliana |
Q116083540 | Konjugation von Indol-3-essigsäure (IAA) an ein Protein aus Phaseolus vulgaris: Regulation der Auxinhomöostase oder eine neuartige Proteinmodifikation durch IAA? |
Q116063243 | Langstreckentransport, Speicherung und Mobilisierung reduzierter Schwefelverbindungen in Laubbäumen |
Q116135822 | Light harvesting proteins in diatoms - functional heterogeneity and regulation |
Q116135825 | Light regulation of carbon fixation in diatoms |
Q116135824 | Light responses of animal-like cryptochromes and aureochromes from microalgae |
Q116126650 | Light-induced gene-specific expression of the Lhc gene family in Arabidopsis thaliana and their regulation by transcription and translation |
Q116083973 | Lokalisierung, Charakterisierung und physiologischer Impakt der Ca2+-Kanäle und -Pumpen in den Siebelementen |
Q116106556 | Mechanism of amino acid secretion from plant cells |
Q116113077 | Messung und Analyse der Stress-induzierten Langstreckensignale bei Vicia faba und Hordeum vulgare: Analyse der durch Herbivoren ausgelösten systemsichen Signale |
Q116128664 | Metabolic flux analysis of the chloroplast pathway for isoprenoid biosynthesis in Arabidopsis thaliana |
Q116082431 | Mikrokompartimentierung der Molybdäncofaktor-Biosynthese und Verteilung des gebildeten Cofaktors |
Q116116539 | Modulation of light signalling by the response regulator ARR4 and other two-component signalling elements |
Q116097343 | Modulation von Biosynthese und Metabolismus der Cytokinine bei Pflanzen |
Q116115295 | Molecular Physiology of Endosperm-limited Seed Germination - Gene Function and Regulation in the Endosperm of Brassicaceae Species |
Q116102961 | Molecular analysis on the function of metal-transport systems in the chloroplast envelope membranes |
Q116099319 | Molecular and functional profiling of vesicle trafficking pathways in Arabidopsis thaliana |
Q116128912 | Molecular and physiological characterization of vacuolar disaccharide and polyol transporters and of vacuolar monosaccharide transporter-like proteins |
Q116130524 | Molecular approaches towards control of sulfur flux in plants through selective deregulation of cysteine synthase complexes |
Q116128923 | Molecular mechanism of electrogenic carrier- and pump-mediated vacuolar transport |
Q116083323 | Molekularbiologische Analyse der Rolle der Mykorrhiza für den Schwefelhaushalt der Pappel |
Q116063710 | Molekulare Charakterisierung von Enzymen des Metabolismus von Cyanophycin |
Q116106948 | Molekulare Mechanismen der Photoperzeption der Phototaxis und der phobischen Reaktionen des Flagellaten Euglena gracilis |
Q116076696 | Molekulare Organisation und ökophysiologische Funktionen epikutikulärer Wachsschichten von Pflanzen |
Q116066650 | Molekulare Untersuchung der Auxin-Wirkungskette |
Q116103827 | Molekulare Untersuchungen zur Funktion von PCC1, einem Gen, dessen ciradiane Expression durch Pathogenbefall verändert wird |
Q116066639 | Molekulare und biophysikalische Analyse auxinabhängiger K+-Kanäle |
Q116066580 | Molekulargenetische Analyse der Funktion von Brassinosteroiden |
Q116089059 | Multiparallele Transkriptionsanalyse bei Arabidopsis thaliana und anderen Pflanzenarten (D) |
Q116110027 | Mykorrhiza im Waldumbau: Erfassung der Diverstitätsmuster und Identifizierung |
Q116099711 | Nitric oxide as signalling molecule in plants: nitrate reductase or alternative sources for NO? |
Q116132376 | Nitrogen deficiency and senescence in Arabidopsis and oilseed rape: Transcriptome response and the role of nitrate transporters |
Q116120548 | Novel transcription factors in higher plant plastids |
Q116117220 | Partial mycoheterotrophy in orchids |
Q116131780 | Pattern recognition receptors: discovery, function and applications in crops for durable disease control (PRR-CROP) |
Q116065575 | Perzeption und Weiterleitung des Auxinsignals: Physiologische Bedeutung von auxinbindenden Proteinen und plasmamembranständigen Kaliumkanälen |
Q116107144 | Phloembeladung von Sulfat und Phloementladung von Sulfat und Glutathion in Sinkgeweben der Pappel |
Q116101643 | Phosphorylation and lipid modicication in the regulation of plant calcium-dependent protein kinases (CDPK) after biotic and abiotic stress stimuli (P04) |
Q116116117 | Photorespiratory Hydroxypyruvate Metabolism in Arabidopsis |
Q116100558 | Physcomitrella patens als Modell für Untersuchungen der Gen-Funktionen in der Sulfatassimilation: Identifizierung alternativer Wege der Sulfatassimilation in Physcomitrella patens |
Q116101991 | Physiological acclimation of marine macrophytes along physico-chemical stress gradients |
Q116122266 | Physiological and functional analysis of a family of tetracycline transporter-like proteins in Arabidopsis |
Q116127590 | Physiological function of nucleoside / nucleobase transport and catabolism |
Q116128937 | Physiological role of sulfite oxidase in plants |
Q116093440 | Physiologische und molekulare Charakterisierung eines einwärtsgleichrichtenden Malat-Kanals aus dem Tonoplasten von Kalanchoe daigremontiana |
Q116131779 | Plant Receptor-like Kinases in ROS Signaling (PROSIG) |
Q116134961 | Plant dicarboxylic acid homeostasis: on the specific physiological role of enzymes involved in malate decarboxylation |
Q116122472 | Plastid translation and plant development |
Q116064533 | Plastidäre Dikarbonsäure-Translokatoren in Arabidopsis thaliana und Nicotiana tabacum |
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Q94322564 | Principles of Plant Physiology |
Q112857110 | Quantitative markers of phase change, and modelling the size and complexity of trees |
Q59022537 | Recent Advances in Plant Physiology |
Q58957785 | Recent Developments in Plant Physiology |
Q33650940 | Regulating plant physiology with organic electronics |
Q112954402 | Regulation of postharvest inflorescence senescence in Arabidopsis thaliana |
Q52374138 | Renewed interest in whole-plant physiology sheds light on the complexity of plant stress response architecture. |
Q112902729 | Role of ethanol in inhibition of climacteric senescence in carnation (Dianthus caryophyllus L.) cut flowers |
Q60535127 | Roles of Rhizospheric Processes and Plant Physiology in Applied Phytoremediation of Contaminated Soils Using Brassica Oilseeds |
Q112839900 | Rooting capacity of two rose species in relation to hormones and other factors |
Q57346201 | Salicylic Acid: Role in Plant Physiology and Stress Tolerance |
Q46674142 | Separating the effects of partial submergence and soil oxygen demand on plant physiology |
Q112839288 | Shoot development in lucerne |
Q113392976 | Sodium And Potassium Regulation By A Marine Red Alga, Porphyra Perforata |
Q56151078 | Some Appliances for the Elementary Study of Plant Physiology |
Q112859954 | Storage root production in sweetpotato (Ipomoea batatas (L.) Lam.) |
Q112931289 | Strigolactones and hormonal interaction in control of branching in Zantedeschia and other horticultural species |
Q112857519 | Structure, function and quality development in apples |
Q111991126 | Studies on Poa colensoi Hook. f. populations in the South Island, New Zealand |
Q112835212 | Studies on root excretion and the rhizosphere microflora in peas (Pisum sativum) |
Q112847374 | Studies on shoot growth and flower initiation in apples |
Q112836461 | Studies on the factors influencing inhibition of lateral buds and branches |
Q112848138 | Studies on the mechanism of plant cell expansion |
Q112115365 | Studies on the respiration of mangrove seedlings |
Q38167742 | Substantial roles of hexokinase and fructokinase in the effects of sugars on plant physiology and development |
Q91510886 | Systems plant physiology: An integrated view of plants life |
Q83233747 | TEACHING METHODS IN PLANT PHYSIOLOGY |
Q81085506 | THE ENZYMIC FERMENTS IN PLANT PHYSIOLOGY |
Q81089497 | THE FIRST EXPERIMENT IN PLANT PHYSIOLOGY |
Q57153911 | THE NEW LABORATORY AND GREENHOUSE FOR PLANT PHYSIOLOGY AT SMITH COLLEGE |
Q81055863 | THE PROGRESS AND PROBLEMS OF PLANT PHYSIOLOGY |
Q81144730 | THE PROVINCE AND PROBLEMS OF PLANT PHYSIOLOGY |
Q83236061 | THE STATUS OF PLANT PHYSIOLOGY IN THE UNITED STATES: THE NUMBER, INTERESTS AND RATE OF TRAINING OF PLANT PHYSIOLOGISTS |
Q55561525 | Taiz, L. and Zeiger, E. Plant physiology. 3rd edn. |
Q59050901 | Text-Book of Plant Physiology |
Q59088400 | Text-Book of Plant Physiology |
Q58942623 | The Advance of Plant Physiology |
Q112859675 | The AtMRS2 gene family from Arabidopsis thaliana |
Q49739341 | The Challenge to Translate OMICS Data to Whole Plant Physiology: The Context Matters |
Q15755489 | The Journal of Plant Physiology |
Q124017783 | The New Student's Reference Work/Physiology |
Q58934167 | The Progress of Plant Physiology |
Q39471480 | The Relation between the Osmotic Strength of Cell Sap in Plants and their Physical Environment |
Q99414639 | The age of biology: When plant physiology was in the center of American life science |
Q112030010 | The autecology of sweet brier (Rosa rubiginosa L.) |
Q42486028 | The decrease in the population of Gluconacetobacter diazotrophicus in sugarcane after nitrogen fertilization is related to plant physiology in split root experiments |
Q112932078 | The effect of UV-B radiation on flavonoid accumulation and gene expression in Marchantia polymorpha |
Q90952260 | The effect of lead pollution on nutrient solution pH and concomitant changes in plant physiology of two contrasting Solanum melongena L. cultivars |
Q112846692 | The effect of plant growth regulators on the growth and yield of barley |
Q112845906 | The effect of plant population on the growth and yield of fodder beet and sugar beet |
Q112839470 | The effect of planting time on the flowering of globe artichoke |
Q112854297 | The effect of temperature on the biology and population ecology of Agasicles hygrophila (Coleoptera: Chrysomelidae), a biological control agent of alligator weed (Alternathera philoxeroides) |
Q112845958 | The effects of varying exogenous ethylene exposure on STS treated carnations |
Q112836212 | The environmental control of growth in creeping-rooted lucerne |
Q111964750 | The epidemiology of dicarboximide resistant strains of Monilinia fructicola (Wint.) Honey in stone fruit orchards |
Q112846940 | The germination, growth, and flowering of Cyclamen persicum Mill |
Q112882447 | The influence of vine vigour and canopy ideotype on fruit composition and aroma of Sauvignon Blanc |
Q112935815 | The influence of water and nitrogen on growth and development of fodder beet (Beta vulgaris) |
Q112905217 | The interaction of New Zealand native plants with nitrogen in Canterbury’s agricultural landscapes |
Q112854675 | The nutrition of container - grown lisianthus (Lisianthus russellianus) |
Q112891347 | The physiology and control of crown bud formation and development in gentians |
Q48049552 | The phytotronist and the phenotype: plant physiology, Big Science, and a Cold War biology of the whole plant |
Q57285675 | The prospects for constraining productivity through time with the whole-plant physiology of fossils |
Q112847650 | The response of Cymbidium tissue cultures to 1-naphthylacetic acid |
Q112910440 | The response of manuka (Leptospermum scoparium) to homogeneous and heterogeneous distribution of biosolids in soil |
Q112880534 | The role of ethylene and auxin in responses of roots to phosphate supply in white clover (Trifolium repens L.) |
Q112840241 | The role of vegetative organs in controlling lateral growth in Phaseolus vulgaris L. |
Q112851314 | The ryegrass endophyte in a cool-moist environment |
Q53074958 | The use of indirect or proxy markers in plant physiology. |
Q54168392 | Thermography and plant physiology |
Q76284008 | Thirty years of phytopharmacology or applications of plant physiology to medical problems |
Q73741760 | Thirty-three years of phytopharmacology or applications of plant physiology to medical problems |
Q112866733 | Tissue-specific responses to water deficit in the New Zealand xerophytic tussock species Festuca novae-zelandiae |
Q60106073 | Trace Elements in Plant Physiology |
Q112836214 | Trace elements in New Zealand plants |
Q88629444 | Tracing trends in plant physiology and biochemistry: Need of databases from genetic to kingdom level |
Q59633064 | Transgenic trees as tools in tree and plant physiology |
Q30458316 | Turning heads: the biology of solar tracking in sunflower |
Q112158690 | Two novel MYB transcriptional activators regulate floral and vegetative anthocyanin pigmentation patterns in Petunia |
Q112852120 | Ultraviolet-B radiation and its effects on New Zealand trees |
Q112956643 | Understanding the effect of canopy design on crop evapotranspiration for Scilate apple and Syrah grape in Hawke's Bay, New Zealand |
Q28958267 | Units, Symbols, and Terminology for Plant Physiology: A Reference for Presentation of Research Results in the Plant Sciences |
Q112840304 | Uptake of phosphate by mycorrhizal Griselinia littoralis |
Q112846221 | Vegetation and soil processes in a small mountain catchment |
Q83232427 | WHAT THE ORGANIC CHEMIST CAN DO FOR PLANT PHYSIOLOGY |
Q33962767 | Was Lysenko (partly) right? Michurinist biology in the view of modern plant physiology and genetics. |
Q38052719 | Wired to the roots: impact of root-beneficial microbe interactions on aboveground plant physiology and protection |
Q73091767 | [New investigations on the plant physiology of alkaloids] |
Q73433296 | [Research on the use of P32 in plant physiology and pathology] |
Q79678196 | [The contribution of plant physiology to understanding the nature of senescence and oncogenesis] |
Q75566994 | [Theory of stage development; basic law of plant physiology.] |
Q52519865 | [V.I. Palladin and significance of his works in the development of Russian biochemistry and plant physiology, 30th anniversary of his death]. |
Q80722180 | [Vitamins in the plant physiology.] |
Q24747574 | МЭСБЕ / Физиология |
Q24506619 | ЭСБЕ / Физиология растений |
Q118547481 | Amos Richmond | occupation | P106 |
Q7157153 | Category:Plant physiology | category's main topic | P301 |
Q52144662 | phytofiltration | practiced by | P3095 |
Q60244908 | plant physiologist | field of this occupation | P425 |
Q441 | botany | has part(s) | P527 |
Q100997972 | Katja Geißler | academic major | P812 |