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Libri sul tema "Phosphorus and plants"

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Autore: Grafiati
Pubblicato: 4 giugno 2021
Ultima modifica: 20 febbraio 2023

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1

P, Hammond John, e SpringerLink (Online service), a cura di. The Ecophysiology of Plant-Phosphorus Interactions. Dordrecht: Springer Science + Business Media B.V, 2008.

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2

Tandon, H. L. S. Phosphorus research and agricultural production in India. New Delhi, India: Fertiliser Development and Consultation Organisation, 1987.

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3

H, Lambers, e Poot P, a cura di. Structure and functioning of cluster roots and plant responses to phosphate deficiency. Dordrecht: Kluwer Academic Publishers, 2003.

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4

Downing, Troy. Nitrogen, phosphorus, and potassium uptake in perennial grasses fertilized with dairy manure. [Tillamook, Or.]: Oregon State University, Extension Service, 2002.

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5

Chapman, David T. Evaluation of estimates of phosphorus concentrations and loadings from Ontario municipal wastewater treatment plants. [Toronto]: Ontario Environment, 1990.

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6

Schjørring, Jan K. Planters proton-balance: Indflydelsen af ionoptagelse, kvælstofassimilation og fosformangel på netto-fluxen af protoner mellem rødder og rodmedium, pH i rhizosfæren og udnyttelsen af jord som fosforkilde = Proton balance of plants : influence of ion uptake, nitrogen assimilation, and phosphorus deficiency on the net flux of protons between roots and root medium, rhizosphere pH, and acquisition of phosphorus from soil. København: Afdelingen for planternes ernæring, den Kgl. Veterinær- og landbohøjskole, 1985.

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7

Chapman, D. T. Evaluation of estimates of phosphorus concentrations and loadings from Ontario municipal wastewater treatment plants: Report. [Toronto]: Environment Ontario, Wastewater Technology Centre, 1990.

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8

Sims, J. L. Final report for memorandum of agreement no. 58-43YK-7-0028 titled "Effects of phosphorus and potassium on tobacco carbohydrate partitioning". Washington, D.C.?: USDA, ARS, 1989.

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9

Sidhu, S. S. Air and vegetation monitoring in the vicinity of a phosphorus plant: 1981-1983 results. St. John's, Nfld: Newfoundland Forest Research Centre, 1985.

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10

Ltd, Canviro Consultants. Phosphorus removal efficiency upgrading at municipal wastewater treatment plants in the Great Lakes Basin: Technical report. [Toronto]: Queen's Printer, 1988.

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11

Symposium, British Mycological Society. Nitrogen, phosphorus, and sulphur utilization by fungi: Symposium of the British Mycological Society held at the University of Birmingham, April 1988. Cambridge [England]: Published for the British Mycological Society by Cambridge University Press, 1989.

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12

Fairchild, James F. Fate and effects of nitrogen and phosphorous in shallow vegetated aquatic ecosystems. Cincinnati, Ohio: National Risk Management Research Laboratory, Office of Research and Development, U.S. Environmental Protection Agency, 2006.

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13

Finland. Ministry of the Environment of Finland. Implementation of the phosphorus removal at waste water treatment plants of the city of Leningrad: Pre-feasibility study no 1. [Helsinki, Finland]: Ministry of the Environment of Finland, 1991.

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14

l'environnement, Québec (Province) Conseil consultatif de. Avis sur les fluorures d'origine industrielle dans l'environnement québécois. [Québec]: Gouvernement du Québec, Le Conseil, 1986.

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15

Guilizzoni, P. Biomassa, produzione e ciclo dei nutrienti nella zona umida di Fondotoce (bacino delle Isole Borromee-Lago Maggiore): Rapporto finale. Pallanza: Consiglio nazionale delle ricerche, Istituto italiano di idrobiologia, 1986.

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16

White, Philip J., e John P. Hammond, a cura di. The Ecophysiology of Plant-Phosphorus Interactions. Dordrecht: Springer Netherlands, 2008. http://dx.doi.org/10.1007/978-1-4020-8435-5.

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17

FAO-ICRISAT, Expert Consultancy Workshop (1994 Patancheru India). Genetic manipulation of crop plants to enhance integrated nutrient management in cropping systems--1. phosphorus: Proceedings of an FAO-ICRISAT Expert Consultancy Workshop, 15-18 Mar. 1994, ICRISAT Asia Center, Patancheru, India. Patancheru, India: International Crops Research Institute for the Semi-Arid Tropics, 1995.

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18

DeWolfe, James. Water residuals to reduce soil phosphorus. Denver, Colo: Awwa Research Foundation : American Water Works Association, 2006.

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19

Yu, Qian, Yong Q. Tian, Massachusetts. Department of Environmental Protection e Geological Survey (U.S.), a cura di. Monitoring to assess progress toward meeting the Assabet River, Massachusetts, phosphorus total maximum daily load--aquatic macrophyte biomass and sediment-phosphorus flux. Reston, Va: U.S. Dept. of the Interior, U.S. Geological Survey, 2011.

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20

Zimmerman, Marc James. Monitoring to assess progress toward meeting the total maximum daily load for phosphorus in the Assabet River, Massachusetts, phosphorus loads, 2008 through 2010. Reston, Va: U.S. Geological Survey, 2013.

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21

DeWolfe, James. Water residuals to reduce soil phosphorous. Denver, CO: AWWA Research Foundation/American Water Works Association/IWA Pub., 2006.

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22

Ducornet, Rikki. Phosphor in dreamland. Normal, IL: Dalkey Archive Press, 1995.

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23

Jr, Hearn Paul P. Controls on phosphorus mobility in the Potomac River near the Blue Plains Wastewater Treatment Plant. Washington, DC: U.S. Government Printing Office, 1985.

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24

Plaxton, William, e Hans Lambers. Phosphorus Metabolism in Plants. Wiley & Sons, Limited, John, 2015.

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25

Plaxton, William, e Hans Lambers. Annual Plant Reviews, Phosphorus Metabolism in Plants. Wiley & Sons, Incorporated, John, 2015.

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26

Annual Plant Reviews, Phosphorus Metabolism in Plants. Wiley-Blackwell, 2015.

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27

Plaxton, William, e Hans Lambers. Annual Plant Reviews, Phosphorus Metabolism in Plants. Wiley & Sons, Incorporated, John, 2015.

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28

Frank, Arlen. Chemistry of Plant Phosphorus Compounds. Elsevier Science & Technology Books, 2013.

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29

Frank, Arlen. Chemistry of Plant Phosphorus Compounds. Elsevier, 2013.

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30

Anderson, Rudolph John 1879. Occurrence of Organic Phosphorus Compounds in Plants. Creative Media Partners, LLC, 2018.

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31

White, Philip J., e John P. Hammond. The Ecophysiology of Plant-Phosphorus Interactions. Springer, 2010.

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32

Phosphorus Requirements for Sustainable Agriculture. Agribookstore, 1990.

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33

Ltd, Canviro Consultants, Norbert W. Schmidtke & Associates., David I. Jenkins and Assoc. e Canada. Environmental Protection Programs Directorate., a cura di. Retrofitting municipal wastewater treatment plants for enhanced biological phosphorus removal. [Toronto]: Minister of Supply and Services Canada, 1986.

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34

Phosphorus in Plant Biology: Regulatory Roles in Molecular Cellular, Organismic, and Ecosystem Processes (Proceedings 12th Annual Penn State Symposium in Plant Physiology, 19). ASPP, 1998.

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35

Nisar, Ahmad, Saleem M. Tahir, Twyford Ian T e Symposium on the Role of Phosphorus in Crop Production (1990 : Islāmābād, Pakistan), a cura di. Role of phosphorus in crop production. Islamabad: Govt. of Pakistan, Planning and Development Division, National Fertilizer Development Centre, 1992.

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36

Institute, International Rice Research, e International Council of Scientific Unions. Scientific Committee on Problems of the Environment., a cura di. Phosphorus requirements for sustainable agriculture in Asia and Oceania: Proceedings of a symposium, 6-10 March 1989. [s.l.]: International Rice Research Institute, 1990.

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37

McKarns, Tony C. Translocation of phosphorus in Elodea canadensis in Liberty Lake, Washington. 1985.

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38

deBarbadillo, Christine. Evaluation of Performance and Greenhouse Gas Emissions for Plants Achieving Low Phosphorus Effluents. IWA Publishing, 2016.

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39

Lipp, Cynthia C. Effect of solution nitrogen and phosphorus on growth, carbon allocation and nitrogen fixation of red alder seedlings. 1987.

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40

Gardiner, Duane T. Phosphorus nutrition of pear seedlings with different mycorrhizae and of wheat cultivars with different efficiencies. 1989.

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41

(Editor), Lynne Boddy, R. Marchant (Editor) e D. J. Read (Editor), a cura di. Nitrogen, Phosphorus and Sulphur Utilisation by Fungi (British Mycological Society Symposia). Cambridge University Press, 1989.

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42

Christ, Robert A. Effects of long-term residue management and nitrogen fertilization on availability and profile distribution of nitrogen, phosphorus, and sulfur. 1992.

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43

Christ, Robert A. Effects of long-term residue management and nitrogen fertilization on availability and profile distribution of nitrogen, phosphorus, and sulfur. 1992.

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44

Money, Nicholas P. 6. Microbial ecology and evolution. Oxford University Press, 2014. http://dx.doi.org/10.1093/actrade/9780199681686.003.0006.

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Abstract (sommario):
Many ecosystems are wholly microbial and the activities of microorganisms provide the biochemical foundation for plant and animal life. ‘Microbial ecology and evolution’ describes how plants depend upon the complex redox reactions of microbes that fertilize the soil by fixing nitrogen, converting nitrites to nitrates, enhancing the availability of phosphorus and trace elements, and recycling organic matter. Eukaryotic microorganisms are similarly plentiful and essential for the sustenance of plants and animals. Bacteria, archaea, and single-celled eukaryotes are the masters of the marine environment, harnessing the energy that supports complex ecological interactions between aquatic animals. Bacteria and archaea form 90% of the ocean biomass and surface waters are filled with eukaryotic algae.
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45

Chemistry of Plant Phosphorus Compounds. Elsevier, 2013. http://dx.doi.org/10.1016/c2012-0-02199-0.

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46

Genetic manipulation of crop plants to enhance integrated nutrient management in cropping systems--1. phosphorus: Proceedings of an FAO-ICRISAT Expert ... 1994, ICRISAT Asia Center, Patancheru, India. International Crops Research Institute for the Semi-arid Tropics, 1995.

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47

Australian Soil Fertility Manual. CSIRO Publishing, 2006. http://dx.doi.org/10.1071/9780643100725.

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Abstract (sommario):
The Australian Soil Fertility Manual is a trusted guide to the safe use and handling of fertilizers. It describes the types of agricultural soils, how they are classified and the interaction of soil, water and nutrients. It also provides an insight into how plants utilise nutrients and the role that individual nutrients play in the process of plant growth. This edition has been revised to reflect an increased emphasis on the environmental fate of nutrients and appropriate management strategies. It also has additional information on soil physical, chemical, and biological properties and discussions on the use of lime, dolomite and gypsum. New content covers liming effectiveness, nitrogen water use efficiency, regulations for handling and using fertilizers, storage and transport of security sensitive ammonium nitrate, budgeting for profitable nitrogen use and best management practice for nitrogen and phosphorus fertilizers. The chapters on potassium; calcium, magnesium and sulfur; plant nutrients and the environment; and heavy metal in fertilizers and agriculture have all been extensively revised and rewritten. This important work will be an essential text for fertilizer dealers, extension workers, consultants, teachers, farmers, horticulturists, graziers and others concerned with the profitable and environmentally safe use of plant nutrients.
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48

Phosphorus In Action Biological Processes In Soil Phosphorus Cycling. Springer, 2010.

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49

Kirchman, David L. Symbioses and microbes. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198789406.003.0014.

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Abstract (sommario):
The book ends with a chapter devoted to discussing interactions between microbes and higher plants and animals. Symbiosis is sometimes used to describe all interactions, even negative ones, between organisms in persistent, close contact. This chapter focuses on interactions that benefit both partners (mutualism), or one partner while being neutral to the other (commensalism). Microbes are essential to the health and ecology of vertebrates, including Homo sapiens. Microbial cells outnumber human cells on our bodies, aiding in digestion and warding off pathogens. In consortia similar to the anaerobic food chain of anoxic sediments, microbes are essential in the digestion of plant material by deer, cattle, and sheep. Different types of microbes form symbiotic relationships with insects and help to explain their huge success in the biosphere. Protozoa are crucial for wood-boring insects, symbiotic bacteria in the genus Buchnera provide sugars to host aphids while obtaining essential amino acids in exchange, and fungi thrive in subterranean gardens before being harvested for food by ants. Symbiotic dinoflagellates directly provide organic material to support coral growth in exchange for ammonium and other nutrients. Corals are now threatened worldwide by rising oceanic temperatures, decreasing pH, and other human-caused environmental changes. At hydrothermal vents in some deep oceans, sulfur-oxidizing bacteria fuel an entire ecosystem and endosymbiotic bacteria support the growth of giant tube worms. Higher plants also have many symbiotic relationships with bacteria and fungi. Symbiotic nitrogen-fixing bacteria in legumes and other plants fix more nitrogen than free-living bacteria. Fungi associated with plant roots (“mycorrhizal”) are even more common and potentially provide plants with phosphorus as well as nitrogen. Symbiotic microbes can provide other services to their hosts, such as producing bioluminescence, needed for camouflage against predators. In the case of the bobtail squid, bioluminescence is only turned on when populations of the symbiotic bacteria reach critical levels, determined by a quorum sensing mechanism.
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50

Kirchman, David L. Microbial primary production and phototrophy. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198789406.003.0006.

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Abstract (sommario):
This chapter is focused on the most important process in the biosphere, primary production, the turning of carbon dioxide into organic material by higher plants, algae, and cyanobacteria. Photosynthetic microbes account for roughly 50% of global primary production while the other half is by large, terrestrial plants. After reviewing the basic physiology of photosynthesis, the chapter discusses approaches to measuring gross and net primary production and how these processes affect fluxes of oxygen and carbon dioxide into and out of aquatic ecosystems. It then points out that terrestrial plants have high biomass but relatively low growth, while the opposite is the case for aquatic algae and cyanobacteria. Primary production varies greatly with the seasons in temperate ecosystems, punctuated by the spring bloom when the biomass of one algal type, diatoms, reaches a maximum. Other abundant algal types include coccolithophorids in the oceans and filamentous cyanobacteria in freshwaters. After the bloom, small algae take over and out-compete larger forms for limiting nutrients because of superior uptake kinetics. Abundant types of small algae include two coccoid cyanobacteria, Synechococcus and Prochlorococcus, the latter said to be the most abundant photoautotroph on the planet because of its large numbers in oligotrophic oceans. Other algae, often dinoflagellates, are toxic. Many algae can also graze on other microbes, probably to obtain limiting nitrogen or phosphorus. Still other microbes are mainly heterotrophic but are capable of harvesting light energy. Primary production in oxic environments is carried out by oxygenic photosynthetic organisms, whereas in anoxic environments with sufficient light, it is anaerobic anoxygenic photosynthesis in which oxygen is not produced. Although its contribution to global primary production is small, anoxygenic photosynthesis helps us understand the biophysics and biochemistry of photosynthesis and its evolution on early Earth. These microbes as well as aerobic phototrophic and heterotrophic microbes make up microbial mats. These mats can provide insights into early life on the planet when a type of mat, “stromatolites,” covered vast areas of primordial seas in the Proterozoic.
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