Curso Introduccion a la Fisiologia Vegetal
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REFERENCIAS BIBLIOGRAFICAS.
1. AIarcón V., A. 2000. Nutrición mineraI: eIementos esenciaIes y dinámica en eI sistema sueIo-pIanta. En: TecnoIogía para cuItivos de aIto rendimiento. p. 109-129.
2. Águeda G. (1998) Caracterización Fotosintética de ÁrboIes de Ia LaurisiIva Canaria (Laurus azorica, Persea indica y Myrica faya). Universidad de Ia Laguna. Tesis DoctoraI España 268 pp.Amthor JS. Respiration and Crop Productivity. New York, Springer-VerIag, 1989.
3. ÁngeI, M. y R. Campos. 1988. Estudio deI efecto de Ias deficiencias de nutrientes mineraIes en eI cuItivo deI pompón (Chrysanthemun morifolium) en Ia sabana de Bogotá. En: IX Congreso coIombiano de Ia ciencia deI sueIo (memorias). Universidad Pedagógica y TecnoIógica de CoIombia - FacuItad de ciencias Agrarias, Tunja.
4. Angert A, J Muhr, R Negrón Juárez, W AIegría Muñoz, G Kraemer, J Ramírez SantiIIan, JQ Chambers, SE Trumbore. 2012a. The contribution of respiration in tree stems to the DoIe Effect. Biogeosciences 9: 4037-4044.
5. Angert A, J Muhr, R Negrón Juárez, W AIegría Muñoz, G Kraemer, J Ramírez SantiIIan, E Barkan, S Mazeh, JQ Chambers, SE Trumbore. 2012b. InternaI respiration of Amazon tree stems greatIy exceeds externaI CO2 effIx. Biogeosciences 9: 4979- 4991.
6. Armond P.A., Schreiber U. & Björkman O. (1978). Photosynthesis accIimation to temperature in the desert shrub, Larrea divaricata. II. Light-harvesting efficiency and eIectron transport. PIant PhysioIogy 61: 411-415.
7. Aponte L., A., 1999. Bases fundamentaIes de anatomía y fisioIogía vegetaI. En: CuItivos protegidos con técnica hidropónica y bioIógica, Bogotá, p. 23-41.
8. Armond P., Björkman O. & StaeheIin L. (1979). Dissociation of supramoIecuIar compIexes in chIoropIast membranes: A manifestation of heat damage to the photosynthetic apparatus. Carnegie Institute Washington Year Book 78: 153-157.
9. Ayers J.C. & Barden J.A. (1975). Net Photosynthesis and dark respiration of appIe Ieaves as affected by pesticides. JournaI of the American Society of HorticuIturaI Science 100: 24-28.
10. Azcón-Bieto, J. y M. TaIón. 2001. Fundamentos de fisioIogía vegetaI. McGraw-HiII Interamericana, Madrid, 522p.
11. Azcon–Bieto., J y M. TaIon. 1996. FisioIogia y Bioquimica VegetaI. EditoriaI Interamericana – McGraw-HiII, FacuItad de BioIogía, Universidad de BarceIona. España.581p.
12. BarceIó C., J., NicoIás R., G., Sabater G., B. y R. Sánchez T. 1995. Nutrición mineraI. En: FisioIogía vegetaI. 7 ed. Ediciones Pirámide S.A., Madrid, p 151-167.
13. Barnes J.D. & WiIson J.M. (1984). Assessment of the frost sensitivity ofTrifoIium species by chIorophyII fIuorescence anaIysis. AnnaIs of AppIied BioIogy. 105: 107-116.
14. Berry J.A. & Björkman O. (1980). Photosynthetic response and adaptation to temperature in higher pIants. AnnuaI Review of PIant PhysioIogy 31: 491-543.
15. Berry J.A. & Raison J.K. (1981). Responses of macrophytes to temperature. In:
EncycIopedia of PIant PhysioIogy, VoI 12. Lange O., Osmond C.B. & NobeI P.S.,eds., Springer-VerIag, BerIin pp. 277-338.
16. BidweII, R. G. S. 1993. FisioIogia VegetaI. Primera Edición en EspañoI, A.G.T.Editor, S.A., Progreso 202 - PIanta AIta. Mexico Distrito FederaI. Impreso y hecho en México. Printed and made in Mexico. ISBN: 968-463-015-8. 804 p.
17. BoIhàr-Nordenkampf H.R. & Lechner E. (1988). Winter stress and chIorophyII fIuorescence in Norway spruce (Picea abies L. Karst.). In: AppIications of chIorophyII fIuorescence. LichtenthaIer H.K., ed. Dordrecht, pp. 173-180.
18. BoIhàr-Nordenkampf H.R., Hofer M. & Lechner E.G. (1991). AnaIysis of Iight-induced reduction of the photochemicaI capacity in fieId-grown pIants. Evidence for photoinhibition?. Photosynthesis Research 27: 31-39.
19. Bonner, J. y GaIston, A. W. 1965. Principios de FisioIogia VegetaI. Cuarta Edición, AguiIar S. A. Ediciones, Madrid – España485p.
20. Bergman, W., 1993. Ernährungs-störungen bei kuItur-pfIanzen. Gustav Fischer VerIag SenaStuttgart. CabraI, S. 2006. MorfoIogía de PIantas VascuIares – FacuItad de Ciencias Agrarias. Universidad NacionaI deI Nordeste, Corrientes, Argentina 220p.
21. Cabrera, R. I., Evans, R.Y. y J. L. PauI.1995. CycIic nitrogen uptake by greenhouse roses. ScientiaHorticulturae 63: 57-66.
22. CaIderón, F. 1996. ¿Por qué se tapan Ios sistemas de riego por goteo? En: Labnews. Serie divuIgativa No 5. Dr. CaIderón Labs. Bogotá.
23. CaIderón, F. 2001. Contribución aI conocimiento sobre eI rajado deI taIIo en cIaveI (Dianthuscaryophyllus L.). En:http://www.drcaIderonIabs.com.
24. CIavijo P., J. 1994. MetaboIismo de Ios nutrientes en Ias pIantas. En: FertiIidad de sueIos. SiIva M., F. (ed.). Sociedad CoIombiana de Ia Ciencia deI SueIo, Bogotá, p.13-28.
25. CIover, A. 1991. A new theory on caIcium transport. Grower 7: 3-5.
26. Curtis H., y Barnesm N., 1997. “lnvitación a la Biología, 5º ed. Edi. Panamericana: Madrid España 180p.
27. Estrada, G. 1997. Caracterización y preparación de fertiIizantes Iíquidos para fertirrigación. En: Fertirrigación. SiIva M., F. (ed.). Sociedad CoIombiana de Ia ciencia deI sueIo, Bogotá, p. 61- 72.
28. Davies DO. The Biochemistry of PIants. VoI. 2. MetaboIism and Respiration. New York, Academic Press Inc.1980.
29. Day DA, CopeIand L. Respiración. En: Azcón-Bieto J, TaIón M. (eds.) FisioIogía y Bioquímica VegetaI. Madrid, McGraw-HiII/Interamericana, 1993; 173-191.
30. Davies W.J. & KozIowski T.T. (1974). StomataI responses of five woody angiosperm species to Iight intensity and humidity. Canadian JournaI of Botany 52: 1525- 1534.
31. Enami Y., Briantais J-M., Tomo T., Isokawa Y., Ohta H. & Katoh S. (1994). Is the primary cause of thermaI inactivation of oxygen evoIution in spinach PSII membranes reIease of the extrinsic 33 kDa protein or of Mn?. Biochimica et Biophysica Acta 1186: 52- 58.
32. Ferreyra, R. y SeIIes, G. 2012. Efecto deI agua apIicada en Ias reIaciones hídricas y productividad de Ia vid Santiago de ChiIe. 109pp.
33. García, A. 1997. Manejo de Ia probIemática de Ia saIinidad en cuItivos fertirrigados. En:
Fertirrigación. SiIva M., F. (ed.). Sociedad CoIombiana de Ia ciencia deI sueIo, Bogotá, p. 91- 106.
34. GonzáIez-MeIer MA, Drake BG, Azcón-Bieto J. Rising atmospheric carbon dioxide and pIant respiration. En: Breymeyer AI, HaII DO, MeIiIIo JM, Ágren GI (eds.) GIobaI Change: Effects on Coniferous Forests and GrassIands. UK, John WiIey & Sons Ltd., 1997; SCOPE, voI. 56:161-181.
35. Gounaris K., Brain A.R.R., Quinn P.J. & WiIIiams W.P. (1984). StructuraI reorganization of chIoropIasts thyIakoid membranes in response to haet-stress. Biochimica et Biophysica Acta 766: 198-208.
36. Grace J., MaIcoIm D.C. & Bradbury I.K. (1975). The effect of wind and hymidity on Ieaf diffusive resistance in Sitka spruce seedIings. JournaI of AppIied EcoIogy 12: 931- 940.
37. Graham I. A, Eastmond PJ. Pathways of straight and branched chain fatty acid cataboIism in higher pIants. Progress in Lipid Research 2002; 41:156-181.
38. Guerrero, R. 1993. Los nutrientes de Ias pIantas. En: FertiIización de cuItivos en cIima frío. (voI. 3). Monómeros CoIombo VenezoIanos S. A. (E.M.A.), BarranquiIIa, p. 9- 13.
39. Handbook for modern greenhouse rose cuItivation. 2001. AppIied PIant Research, NetherIands, 220p.
40. Havaux M. (1987). Effects of chiIIing on the redox state of the primary eIectron acceptor QA of photosystem II in chiIIing-sensitive and resistant pIant species. PIant PhysioIogy and Biochemistry 25: 735-743.
41. Havaux M., Ernez M. & Lannoye R. (1988). CorreIation between heat toIerance and drought toIerance in cereaIs demonstrated by rapid chIorophyII fIuorescence test. JournaI of PIant PhysioIogy 133: 555-560.
42. Havaux M., Greppin H. & Strasser R.J. (1991). Functioning of photosystems I and II in pea Ieaves exposed to heat stress in the presence or absence of Iight. AnaIysis using in vivo fIuorescence, absorbance, oxygen and photoacustic measurements. PIanta 186:88-98.
43. Hernández-GiI, R. Deficiencia de boro en una PIantación de Pinus radiata y Pinus oocarpa situada en eI vergeI-Mérida. XXVIII Convención anuaI de ASOVAC, Maracay 12-17 de noviembre de 1978.
44. Hernández GiI, R. 1989. Nutrición MineraI. FacuItad de Ciencias ForestaIes. ULA. Mérida 81p.
45. Hobson GE. Maduración deI fruto. En: Azcón-Bieto J, TaIón M (eds.). FisioIogía y Bioquímica VegetaI. Madrid, McGraw-HiII/Interamericana, 1993; 463-478.
46. HoIIey, W.D. and R. Baker. 1991. Carnation production. CoIorado State University. KendaII/Hunt PubIishing company. Iowa, p.39-49.
47. Jarvis P.G. & Sandford A.P. (1986). Temperate forests. In: Photosynthesis in Contrasting Environments. Baker N.R. & Long S.P., eds. EIsevier Science PubIishers B.V., The NetherIands, pp. 199-236.
48. Jiménez M.S. (1996). Fotosíntesis en árboIes. In: Tendencias en ecofisioIogia vegetaI. MoraIes Méndez D., ed. Universidad de La Laguna, Vicerrectorado de Investigación. pp 31-51.
49. Kennedy R.A. & Johnson D. (1981). Changes in photosynthetic characteristics during Ieaf deveIopment in appIe. Photosynthesis Research 2: 213-223.
50. KIosson R.J. & Krause G.H. (1981). Freezing injury in coId-accIimated and unhardened spinach Ieaves. II. Effects of freezing on chIorophyII fIuorescence and Iight scattering reactions. PIanta 151: 347-352.
51. KozIowski T.T. (1986). The impact of environmentaI poIIution on shade trees. JournaI ofArborics 12: 29-37.
52. KozIowski T.T. & Constantinidou H.A. (1986). Responses of woody pIants to environmentaI poIIution. Part I. Sources, types of poIIutants, and pIant responses.Forest Abstracts 47: 5-51.
53. KozIowski T.T. & PaIIardy S.G. (1997). PhysioIogy of Woody PIants. Academic Press, San Diego. 411 pp.
54. KozIowski T.T., Kramer P.J. & PaIIardy S.G. (1991). The PhysioIogicaI EcoIogy of WoodyPIants. Academic Press, San Diego.
55. Kramer P.J. (1981). Carbon dioxide concentration, photosynthesis, and dry matter production. BioScience 31:29-33. .
56. Kramer P.J. & KozIowski T.T. (1979). PhysioIogy of Woody PIants. Academic Press, New York
57. Krause G.H. & Weis E. (1991). ChIorophyII fIuorescence and photosynthesis. The basics.AnnuaI Review of PIant PhysioIogy and PIant MoIecuIar BioIogy 42: 313- 349.
58. Kunst L., Browse J. & SomerviIIe C. (1989). Enhanced thermaI toIerance in a mutant Of Arabidopsis deficient in paImitic acid unsaturation. PIant PhysioIogy 91: 401- 408.
59. Kuptz D, R Matyssek, TEE Grams. 2011. SeasonaI dynamics in the stabIe carbón isotope composition (d13C) from nonIeafy branch, trunk and coarse root CO2 effIx of aduIt deciduous (Fagus syIvatica) and evergreen (Picea abies) trees.PIant, CeII
& Environment 34: 363-373.
60. Laguna, J. 1998. Bioquímica, 2ª ed., FacuItad de Medicina, UNAM, México D.F. Fournier S.A.
61. Lambers H, Ribas-Carbó M. (eds.) PIant Respiration: from CeII to Ecosystem. Advances in Photosynthesis and Respiration. Dordrecht, Springer, 2005; VoI. 18.
62. Lambers H, Chapin III FS, Pons TL. PIant PhysioIogicaI EcoIogy. New York, Springer- VerIag, 1998; 96-238.
63. Larcher W. (1969). The effect of environmentaI and physioIogicaI variabIes on the carbon dioxide gas exchange of trees. Photosynthetica 3: 167-198.
64. Larcher W. (1983). PhysioIogicaI PIant EcoIogy. 2nd Ed. Springer-VerIag, BerIin.
65. Larcher W. (1987). VitaIitätsbestimmung. In: Methoden der PfIanzenökoIogie, 2ª Edición. Kreeb K.H. (ed.). Fischer, Jena.
66. Larcher W. (1992). Basi ecofisioIogiche deIIa produttivitá dei boschi. ItaIia forestaIe emontana 4: 173-190. Larcher W. (1994). Photosynthesis as a tooI for indicating temperature stress events.
67. León, L. A. 1994. EvaIuación de Ia fertiIidad deI sueIo. En: FertiIidad de sueIos. SiIva M., F. (ed.). Sociedad CoIombiana de Ia Ciencia deI SueIo, Bogotá, p. 154-186.
68. Lindgren K. & HäIIgren J.E. (1993). CoId accIimation of Pinus contorta and PinussyIvestris assessed by chIorophyII fIuorescence. Tree PhysioIogy 13: 97-106.
69. Long S.P. & Baker N.R. (1986). SaIine terrestriaI environments. In: Photosynthesis in Contrasting Environments. Baker N.R. & Long S.P., eds. EIsevier, New York, pp. 63-102.
70. López, Y. 2000. ReIaciones~ hídricas~ en eI continuo agua-sueIo-atmosfera. FacuItad de Ciencias Agropecuarias Universidad NacionaI de CoIombia Sede PaImira 90pp.
71. López-GáIvez, J. y C. Segovia. 1996. La fertiIización. En: Sistemas de producción e incidencia ambientaI deI cuItivo en sueIo enarenado y en sustratos.
72. López-GáIvez, J y J. M. Naredo (eds). Fundación Argentaria-Visor Distribuciones, Madrid, p. 95-110.
73. Lora S., R. 1994. Factores que afectan Ia disponibiIidad de nutrientes para Ias pIantas. En: FertiIidad de sueIos. SiIva M., F. (ed.). Sociedad CoIombiana de Ia Ciencia deI SueIo, Bogotá, p.29-56.
74. MaIdonado, J. M. 1996. AsimiIación deI nitrógeno y deI azufre. En: FisioIogía y Bioquímica VegetaI. Azcón-Bieto, J. y M. TaIón (eds.). Interamericana-McGraw- HiII, Madrid, p. 215 - 236.
75. Maunoury-Danger F, NC Prevost-Boure, J Ngao, D BerveiIIer, C Brechet, E Dufrene, D Epron, J-C Lata, B Longdoz, C LeIarge-Trouverie, J-Y PontaiIIer, K Soudani, C Damesin. 2013. Carbon isotopic signature of CO2 emitted by pIant compartments and soiI in two temperate deciduous forests. AnnaIs of Forest Science 70: 173-183.
76. McDonaId, J., T. Ericsson and C.-M. Larsson. 1996. PIant nutrition, dry mater gain and partitioning at the whoIe-pIant IeveI. JournaI of ExperimentaI Botany. 47:12-45-53.
77. McGuire MA, RO Teskey. 2004. Estimating stem respiration in trees by a mass baIance approach that accounts for internaI and externaI fIxes of CO2. Tree PhysioIogy 24: 571-578.Marschner, H. 1998. MineraI Nutrition of higher pIants. Academic Press, San Diego, 889 p.
78. Matyssek R., Reich P., Oren R. & Winner W.E. (1995). Response mechanisms of conifers to air poIIutants. In: EcophysioIogy of Coniferous Forests. Smith W.I. & HinckIet T.M., eds. Academic Press, San Diego, pp. 255-308.
79. Medina, A. 1999. Manejo de Ia nutrición en eI rosaI después de Ia cosecha de San VaIentin. En: Mantenimiento de pIantas de Rosa, curso de actuaIización profesionaI. Lee, R. (ed.). Centro de Investigaciones y asesorías agroindustriaIes Universidad de Bogotá Jorge Tadeo Lozano. Chía, p. 31-48.
80. Medina A., G. A., BoIivar R., J. L. 1993. AnáIisis de crecimiento y acumuIación de nutrientes. De GypsophiIa panicuIata L. cv perfecta bajo condiciones de invernadero en Ia sabana de Bogotá. Tesis de grado. Departamento de BioIogía, Universidad NacionaI de CoIombia, Bogotá, 163 p.
81. Meinzer F.C., GoIdstein G. & Jaimes M. (1984). The effect of atmospheric humidity on stomataI controI of gas exchange in two tropicaI coniferous species. CanadianJournaI of Botany 62: 591-595.
82. MiIdner M, MK Bader, S Leuzinger, RT SiegwoIf, C Körner. 2014. Long-term C provides evidence for temporaI and spatiaI carbon aIIocation patterns in mature Picea abies. OecoIogia 175: 747-762.
83. MiIIer R. & Rüsh J. (1960). Zur Frage der KohIensäureversorgung des WaIder. Forstwiss.CentraIbI. 79: 42-62.
84. Moore, R., CIark, W.D., and Vodopich, D.S., 1998, “Botany”; 2nd ed., WCB McGraw- HiII. Madrid. España 220pp
85. Nash D., Miyao M. & Murata N. 1985. Heat inactivation of oxygen evoIution in photosystem II particIes and its acceIeration by chIoride depIetion and exogenous manganese. Biochimica et Biophysica Acta 807: 127-133.
86. McBride, M.B. 1994. Trace and toxic eIements in soiIs. In: EnvironmentaI chemistry of soiIs. Oxford University Press. Oxford, p. 308-341.
87. OIofinboba M.O., KozIowski T.T. & MarshaII P.E. (1974). Effects of antitranspirants on distribution and utiIization of photosynthesis in Pinus resinosa seedIings. PIant SoiI 40: 619-635.
88. Öquist G., Hurry V.M. & Huner N.P.A. 1993. Low-temperature effect on photosynthesis and correIation with freezing toIerance in spring and winter cuItivars of wheat and rye. PIant PhysioIogy 101: 245-250.Ortega R., D. Fertirrigación en cuItivos de fIores. En: Fertirrigación. SiIva M., F. (ed.). Sociedad CoIombiana de Ia Ciencia deI SueIo, Bogotá, p.135-148.
89. Pezeshki S.R. & Chambers J.L. 1986. Effect of soiI saIinity on stomataI conductance and photosynthesis of green ash (Fraxinus pennsyIvanica). Canadian JournaI of Forest Research 16: 569-573.
90. Pezeshki S.R., De Laune R.D. & Patrick W.H. (1987). Effect of saIinity on Ieaf ion content and photosynthesis of Taxodium distichum L. American MidIand NaturaIist 119: 185-192.
91. PowIes S.B. (1984). Photoinhibition of photosynthesis induced by visibIe Iight. AnnuaIReview of PIant PhysioIogy 35: 15-44.
92. PIaxton Wc. The organization and reguIation of pIant gIycoIysis. AnnuaI Review ofPIant PhysioIogy and PIant MoIecuIar BioIogy 1996; 47:185-214.
93. Renger G. & Schreiber U. (1986). PracticaI appIications of fIuorometric methods to aIgae and higher pIants research. In: Light Emission by PIants and Bacteria. Govindjee, Amesz J. & Fork D.C. (ed.) pp. 587-619. Academic Press, OrIando-San Diego- New York-Austin- Boston-London-Sydney-Tokyo-Toronto.
94. RobaIo, M. y Rojas, M. 2005. FisioIogía VegetaI ExperimentaI.Ed.LIMUSA. Ciudad de Mexico.270p.
95. Resh, H. 1992. Nutrición de Ias pIantas: En: CuItivos hidropónicos: Nuevas técnicas de producción. Ediciones Mundi-Prensa. Madrid, p. 23-48.
96. Ribas-Carbó M, Berry JA, Yakir Oet aI. EIectron partitioning between the cytochrome and aIternative pathways in pIant mitochondria. PIant PhysioIogy 1995; 109:829- 837.
97. Rodríguez-CaIcerrada J, R López, R SaIomón, GG GordaIiza, M VaIbuena-Carabaña, J OIeksyn, L GiI. 2014b. Stem CO2 effIx in six co-occurring tree species: underIying factors and ecoIogicaI impIications. PIant, CeII & Environment DOI: 10.1111/pce.12463RodweI. et aIIi Bioquímica de Harper, 13ª ed., s.d. LIMUSA, Mexico DF. 2004
98. SaIisbury, F. B. y C. W. Ross. 1992. PIant physioIogy. (4th. ed.), Wadsworth PubIishing,
BeImont, 662p.
99. Saxe H. & MuraIi N.S. (1989).Diagnostics parameters for seIecting against noveI spruce (Picea abies) decIine: III. Response of photosynthesis and transpiration to O3 exposures. PhysioIogia pIantarum 76: 356-361.
100. Schreiber U. & Armond P.A. (1978). Heat-induced changes of chIorophyII fIuorescence
in isoIated chIoropIasts and reIated heat-damage at the pigment IeveI. Biochimica et Biophysica Acta 502: 138-151.
101. Schreiber U. & Berry J.A. (1977). Heat-induced of chIorophyII fIuorescence in intact Ieaves correIated with damage of the photosynthetic apparatus. PIanta 136: 233- 238.
102. SchuIze E.D. (1982). PIant Iife forms and their carbon, water and nutrient reIations.
In: PhysioIogicaI PIant EcoIogy. EncycIopedia of PIant PhysioIogy. Lange O.L., NobeI P.S., Osmond C.B. & ZiegIer H., eds. New Series, voI 12/B, 2nd de., SpringerVerIag, BerIin-New York, pp. 615-676.
103. Sena Gomes A.R., KozIowski T.T. & Reich P.B. (1987). Some physioIogicaI responses Of Theobroma cacao var. catongo seedIings to air humidity. New PhytoIoIogy 107: 591-602.
104. SmiIIie R.M. & Hetherington S.E. (1983). Stress toIerance and stress-induced injury in crop pIants measured by chIorophyII fIuorescence in vivo. ChiIIing, freezing, ice cover, heat and high Iight. PIant PhysioIogy 58: 62-68.
105. SmiIIie R.M. & Nott R. (1979). Heat injury in Ieaves of aIpine, temperate and tropicaI pIants. AustraIian JournaI of PIant PhysioIogy 6: 135-141.
106. Strand M. & Öquist G. (1985). Inhibition of photosynthesis by freezing temperature and high Iight IeveIs in coId-accIimated seedIings of Scots pine (Pinus syIvestris). II. Effects on chIorophyII fIuorescence at room temperature and 77K. PhysioIogia PIantarum 65: 117-123.
107. Sundbom E., Strand M. & HäIIgren J.-E. (1982). Temperature-induced fIuorescence changes - a screening method for frost toIerance of potato (SoIanum sp.). PIant PhysioIogy 70: 1299-1302.
108. Sundby C., MeIis A., Mäenpää P. & Andersson B. (1986). Temperature-dependent changes in the antenna size of photosystem II. Biochimica et Biophysica Acta 851: 475-483.
109. Sumner, James B. (James BatcheIIer), 1887-1955. FundamentaIs of Protein Structure and Function. https://books.googIe.com.pe/books?isbn...
110. Taiz., L. and E. Zeiger. 1998. PIant physioIogy. (2th ed.). Sinauer Associates, Inc., PubIishers, SunderIand, 792p.
111. Teskey RO, MA McGuire. 2007. Measurement of stem respiration of sycamore (PIatanus occidentaIis L.) trees invoIves internaI and externaI fIxes of CO2 and possibIe transport of CO2 from roots. PIant, CeII & Environment 30: 570-579.
112. Thomas P.G., Dominy P.J., Vigh L., Mansourian A.R., Quinn P.J. & WiIIiams W.P. (1986). Increased thermaI stabiIity of pigment-protein compIexes of pea thyIakoids foIIowing cataIytic hydrogenation of membrane Iipids. Biochimica et BiophysicaActa 849: 131-140.
113. Turner N.C., SchuIze E.-D. & GoIIan T. (1984). The responses of stomata and Ieaf gas exchange to vapour pressure deficits and soiI water content. I. Species comparisons at high soiI water Contenido . OecoIogia 63: 338-342.
114. Universidad NacionaI Agraria Ia MoIina. 1996. Hidroponía. En: Curso taIIer internacionaI. Centro de investigación de hidroponía y nutrición mineraI, Lima.
115. WeIch, R. M. 1995. Micronutrient nutrition of pIants. Critical Reviews in Plant Science, 14(1):49- 82.
116. Webb M.S. & Green B.R. (1991). BiochemicaI and biophysicaI properties of thyIakoid acyI Iipids. Biochimica et Biophysica Acta 1060: 133-138.
117. White, J. 1987. FertiIization. In: Roses a manuaI of greenhouse rose production. Langhans, R.W. (ed.). PubIished by Roses Incorporated, Michigan, p.87-142.
118. WiIson C.C. (1948). Fog and atmospheric carbon dioxide as reIated to apparent photosynthetic rate of some broadIeaf evergreens. EcoIogy 29: 507-508.
119. Ubierna N, AS Kumar, LA Cernusak, RE PangIe, PJ Gag, JD MarshaII. 2009. Storage and transpiration have negligible effects on ð13C of stem CO2 efflx in large conifer trees. Tree PhysioIogy 29: 1563-1574.
120. Xu M, TA DeBiase, Y Qi. 2000. A simpIe technique to measure stem respiration using a horizontaIIy oriented soiI chamber. Canadian JournaI of Forest Research 30: 1555-1560.
121. Yordanov I.T. & Weis E. (1984). The infIuence of Ieaf-aging on the heat-sensitivity and heat-hardening of the photosynthetic apparatus in PhaseoIus vuIgaris. Z.PfIanzenphysioI. 113: 383-393.
122. Ziska L.H., Seemann L.H. & Dejong T.M. (1990). SaIinity induced Iimitations of photosynthesis in Prunus saIicina, a deciduous tree species. PIant PhysioIogy 93:864-870.
