Original experiments by Stephen Hales on plant perspiration and sap pressure. Chapter III, pp. 100–103, describes the vine experiments; the scanned copy at darwin-online.org.uk/converted/pdf/1827_Hales_Vegetable_staticks_A4453.pdf reproduces these pages.
Contemporary account by Justus von Liebig. Part II treats fermentation, decay and putrefaction.
Relevant evidence: pp. 880–882: conditional carbon and nutrient allocation by both partners.
Relevant evidence: pp. 233–236: shoot-to-root miR2111 transport and regulation of TML.
Relevant evidence: pp. 2138–2141: avoidance-defective mutants and identification of a phototropin homolog.
Relevant evidence: pp. 857–861: faster photoprotective relaxation and tobacco productivity under fluctuating light.
Relevant evidence: pp. 1153–1156: activated symbiotic kinase bypassing upstream signaling requirements.
Relevant evidence: Abstract and pp. 927–937: nitrate-regulated auxin transport and lateral-root development.
Relevant evidence: pp. 480–484: DELLA–PIF4 interactions and convergence of light and gibberellin regulation.
Relevant evidence: Figures 4–5: timed auxin treatments, transcriptional responses and growth.
Relevant evidence: pp. 1003–1006: temporal coincidence and light-dependent CONSTANS protein regulation.
Relevant evidence: Abstract and channel-activation experiments: distinct calcium-dependent kinase inputs.
Relevant evidence: Figures 1–4 and pp. 21425–21430: channel activation, kinase activity and phosphatase antagonism.
Relevant evidence: pp. 660–664: biochemical reconstitution of the ABA receptor–phosphatase–kinase pathway.
Relevant evidence: pp. 1053–1057: imposed guard-cell calcium patterns and stomatal responses.
Relevant evidence: pp. 1030–1033: phloem expression, grafting and evidence for mobile FT protein.
Relevant evidence: pp. 824–827: isolation and identification of a root-exuded strigolactone and fungal branching responses.
Organelle lipid analyses support redistribution of a phosphorus-free galactolipid during phosphate deprivation.
A desaturase-deficient Arabidopsis mutant links membrane trienoic lipids to maintenance of chloroplast performance during chilling.
A photosystem-associated CYP79A1 construct demonstrates light-driven biosynthetic activity in a cyanobacterium.
Science 338, 1055–1060 (2012). doi.org/10.1126/science.1227491
The Plant Journal 77, 198–208 (2014). doi.org/10.1111/tpj.12378
The Plant Cell 16, 2734–2748 (2004). doi.org/10.1105/tpc.104.026070
By Hervé Sauquet and collaborators. Nature Communications 8, 16047.
By Michael W. Frohlich and David S. Parker. The Botanical Review 66, 143–171.
By Kai-Uwe Winter and collaborators. The Plant Journal 31, 457–475.
By Soraya Pelaz and collaborators. Nature 405, 200–203.
By Hélène L. Citerne and collaborators. Proceedings of the National Academy of Sciences 103, 12017–12020.
By Da Luo and collaborators. Nature 383, 794–799.
By Keiko Sakakibara and collaborators. Science 339, 1067–1070.
By James E. Watkins Jr and collaborators. New Phytologist 176, 708–717.
By Winfried Remy and collaborators. International Journal of Plant Sciences 154, 35–58.
Relevant passages: Abstract and pp. 361–371, mutant analysis of electron-flow control and photoprotection.
Relevant passages: Figure 1 and pp. 892–895, STN7 requirement for state transitions.
Relevant passages: Abstract and pp. 391–395, PsbS mutant and non-photochemical quenching.
Original research by Jesse D. Woodson and colleagues.
Original research by Jeannette Pfalz and colleagues.
Original research by Akitomo Nagashima and colleagues.
Original research by P. T. Hajdukiewicz and colleagues.
Published in New Phytologist 171(3), pp. 501–523; first published online 14 July 2006.[ref]
Cited passages: Summary, p. 501; §II.1 Seed structure and seed germination, p. 502; §II.2 Definition of seed dormancy, p. 502.
Published in Proceedings of the National Academy of Sciences 38(8), pp. 662–666, August 1952. The communicated date, 7 June 1952, is a manuscript date.[ref]
Cited passages: pp. 662–663: wet blotters, covered dishes, darkness, 20 °C and a two-prism glass spectrograph; p. 664: seven lots of 200 seeds, 16-hour dark imbibition, one-minute red and four-minute far-red exposures, and a two-day endpoint; p. 665, Table 1: qualitative red/far-red reversal and incomplete suppression; p. 663: pigment identification explicitly deferred.
Published educational practical on Practical Biology, a Royal Society of Biology site. No personal byline or publication date is stated. September 2009 is a health and safety check; October 2011 is the access date of a linked website. Neither establishes publication.
Cited passages: Technical note 3; Teaching notes, male gametophyte, tube shape and the steps between pollen germination and seed formation.
Seven-page teacher, student and technician worksheets in EDEXCEL Biology B Teacher Resource Pack 1, issued by Pearson Education Ltd. The printed copyright is 2015; no separate publication or revision date or personal byline is established. The teacher notes credit adaptation from several protocols including SAPS.
Cited passages: Teacher sheet, printed pp. 1–2 (PDF pp. 1–2), steps 3–8 and answer 1; Technician sheet, printed p. 1 (PDF p. 6), equipment and plant materials. Each sheet restarts its printed pagination.
By Robin Hill, credited as R. Hill. Nature 139, 881–882; published 22 May 1937. Nature hosts the publisher record and public first-paragraph preview. The paywalled full text was not inspected.
Inspected locators: public opening paragraph; author, affiliation and publication metadata.
Official Practical Biology teaching protocol. No individual author byline is established; the site’s institutional issuance and hosting are distinct from personal authorship. September 2008 identifies its safety check, not a publication date. The worker inspected indexed official text; direct page access was unavailable.
Inspected locators: Apparatus and Chemicals; Technical notes 1–4; Procedure a–k and five-tube table; Teaching notes; Sample results and Question 1.

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