Faux Flora & Faux Plants

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Faux Flora & Faux Plants Enjoy. Breathe. Feel good. Faux Flora & Faux Plants ByNature TABLE OF CONTENT SPECIALISTS IN BIOPHILIC DESIGN We create strong connections between nature and the indoor environment FAUX FLORA PLANT SPRAYS, Bougainvillea Bush 6 All Green Bougainvillea Pick Designer Lavender LEAVES, FERNS & Bougainvillea Stem Lush Green Plus Yellow GRASSES 34 Dogwood Spray 8 Luxury White Escheveria Atlantis 24 Aglaonema Tropical Green Escheveria Runyonii Banyan Branch Geranium Bush TRAILING PLANTS Bromeliad Leaf Bush 35 Lavender Bromeliad Magnolia Spray & GARLANDS 25 Cordyline Orchid Cattleya BYNATURE VISION Dracaena Head 14 Asparagus Bush Orchid Mauve Stem Eucalyptus Dusty Nature plays an essential role in our lives by improving our wellness, happiness, health, Blueberry Vine 36 Orchid Stem Large Eucalyptus Powdered and even our productivity. Yet, while we spend 85% of our time indoors, there is still an Citronella Bush Orchid Stem Medium 26 Eucalyptus Spray increasing lack of nature in our living spaces. Fittonia Bush Scabiosa Spray Fern Boston 15 Grape Leaf Garland Sedum Bush ByNature believes that any space could be transformed into a green environment. Fern Butter Hemlock Spray 37 Tillandsia We aspire to bring nature into everyone’s lives by creating an experience for people Fern Fishtail Hoya Bush Tillandsia Ionantha 27 Fern Maidenhair to enjoy, breathe, and feel good. Ivy Bush Wisteria Branch Ficus Alii Branch 16 Ivy English Wisteria Garland Grass Bahia Ivy Maple BYNATURE MISSIONS Grass Bundle Ivy Sage TREES & POTTED 28 Grass Indian Whether small scale, large scale, living or preserved, ByNature’s team of passionate people Ivy Vine Grass Onion are dedicated to using their knowledge of biophilic design principles to liven your home 17 Juniper Spray PLANTS Olive Branch Lace Fern 40 Bird of Paradise or office space. Palm Cycas Magnolia Garland Ficus Lyrata ByNature’s vision, however, could not happen without its growing network of visionary 29 Philodendron Leaf Microphylla Bush Ficus Tree Spathiphyllum Bush partners (architects, designers, landscapers, engineers, and creative visionaries alike). 18 Peperomia Bush Nephthytis Plant Spider Plant Together, we bring our unique expertise to the table to promote, educate and innovate Philodendron Bush 41 Palm Areca Yucca Plant by creating and sourcing new leading-edge technologies that make your living space Philodendron Mini Palm Fishtail a better place. Potato Leaf Bush FLOWERS & Palm Kentia 19 Pothos Golden Palm Sword Pothos Tutone SUCCULENTS 42 Pittosporum Tree ENJOY. BREATHE. FEEL GOOD. Sanseveria Sedum Seed Vine 32 Aeonium Black Spathiphyllum Plant Spanish Moss Vine Agave Zamioculcas 20 Sprengeri Bush Air Grass Syngonium Bush Aloe Bush Wandering Jew 33 Aloe String FAUX FLORA Faux Flora Panels are used to create stunning vertical gardens. This product will bring the organic shapes and colours of nature to your space with zero maintenance. Each faux flora panel has been carefully designed to mimic the growing patterns and movement of natural foliage and to prevent any visible repetition in planting. • 4x panel styles available • Each panel measures 35.45 x 35.45” (900mm x 900mm) • The panels can be cut to fit bespoke areas • Fire and UV solar weather tested foliage • Light weight aerated system • No maintenance 4 5 ByNature Faux Flora panels ALL GREEN are beautiful curated to use ultra-realistic foliage to create TND - 30 a completely natural looking green wall. The green wall panels feature plants at varying heights to create a rich colour and texture throughout the wall. The panels also feature various different shades of greens to emulate new growths and different DESIGNER LAVENDER species. The planting patterns TND - 38 interconnect naturally, and effectively eliminate visible vertical and horizontal joints. LUSH GREEN PLUS YELLOW TND - 04 6 7 PANEL LUXURY WHITE 900 TND - 05 ByNature’s Faux Flora panels’ light 900 weight grid system makes installation GRID stress free with their tested anchor system. Install the anchors right to the walls and simply click the panels into place! TROPICAL GREEN TND - 23 Samples Available Upon Request! Plants can be manually Different species for a Variety of colours and manipulated for your taste! dense and natural planting textures 8 9 BEAUTIFULLY CURATED FOR A UNIQUE DESIGN! Faux Flora panels can be easily cut to perfectly fit your space. The extra plant overhang beautifully hugs surrounding elements creating a fully integrated look. The designer for this residential apartment development was looking for a perfect solution to add maintenance free greenery to the industrial style lobby. ByNature’s faux flora panels were the perfect solution as they can also be near the water features without the risk of damage! The designer says that it the faux flora panels was exactly what she was envisioning and was thrilled with the detail. 10 11 TRAILING PLANTS & GARLANDS WHY FAUX PLANTS? Faux plants feature a great imitation of nature, as the authentic colours and textures mimic living plants perfectly and like real plants, have a positive impact on the way people feel in a space. When living or preserved plants do not work in a space because of indoor environmental conditions, these exquisite faux plants become the best option. Faux plants are also perfect for outdoor use as they are weather resistant and more durable that living or preserved plants! ARTISTICALLY CURATED FOR YOU! ByNature’s faux ceiling and planter installations are a beautiful way to add cascading greenery from above, without the natural limitations of our live or preserved products. The wide selection of faux plants ensures you will have a truly unique installation in you space. These zero maintenance plants are suitable for indoor and outdoor use and options are available with UV and IFR ratings. 12 13 ASPARAGUS BUSH GRAPE LEAF GARLAND PUVF A-110505 // Length: 60” SF P-2330 // Length: 72” BLUEBERRY VINE HEMLOCK SPRAY CBA A-183120 // Length: 56” NN A-192280 // Length: 30.5” CITRONELLA BUSH HOYA BUSH SF P-3495 // Length: 30” SF A-175640 // Length: 26” FITTONIA BUSH IVY BUSH SF P-80930 // Length: 31” SF A-181770 // Length: 42” 14 15 IVY ENGLISH JUNIPER SPRAY SF P-102000 // Length: 30” NN A-191740// Length:30” IVY MAPLE LACE FERN SF P-80180 // Length: 28” SF A-82010 // Length: 33” IVY SAGE MAGNOLIA GARLAND SF P-15730 // Length: 48” CBA P-112615 // Length: 72” IVY VINE MICROPHYLLA BUSH SF P-1080360 // Length: 57” FSF AR-191330 // Length: 41” 16 17 PEPEROMIA BUSH POTHOS GOLDEN SF P-82310 // Length: 33” SF P-120895 // Length: 48” PHILODENDRON BUSH POTHOS TUTONE SF P-120900// Length: 30” SF A-181740 // Length: 38” PHILODENDRON MINI SEDUM SEED VINE SF P-153530// Length: 48” SF A-161435 // Length: 24” POTATO LEAF BUSH SPANISH MOSS VINE SF P-141310 // Length: 42” FSF AR-102170 // Length: 27” 18 19 SPRENGERI BUSH PUVF A-15936 // Length: 36” SYNGONIUM BUSH SF P-150790 // Length: 32” WANDERING JEW SF P-153520 // Length: 50” Faux plant options are endless! Haven’t found what youre looking for, and want additional options? Please contact your sales representitive! 20 21 PLANT SPRAYS, LEAVES, FERNS & GRASSES FULLY UNIQUE SPACES! Faux plants give you the freedom to get truly creative with the spaces you have, be it at home or work. Dark corners, no windows or limited space are not a problem. Tailor the landscape to suit your design, no need to worry about the plant altering or changing over time. Faux plants are also perfect for high traffic areas around seating as they are much less susceptible to damage compared to living or preserved plants. Plants can be used in large currations for built in planters or as subtle potted accents around your space. This completely maintenance free option has few limits, and working with our team of skilled and creative designers we will be able to create a truly unique space for you to enjoy! AGLAONEMA CORDYLINE SF PR-556 // Height: 27” SF P-100980 // Height: 32” BANYAN BRANCH DRACAENA HEAD FSF P-530 // Height: 26” SF P-4910 // Height: 16” BROMELIAD LEAF BUSH EUCALYPTUS DUSTY SF P-173630 // Height: 15” FS 33-0G19164-CG // Height: 16.5” BROMELIAD EUCALYPTUS POWDERED AF P-0485 // Height: 21” FS 33-0G19318-BU-GR // Height: 17” 24 25 EUCALYPTUS SPRAY FERN MAIDENHAIR NTSF A-191900 // Height: 23” AF P-1610 // Height: 23” FERN BOSTON FICUS ALII BRANCH SF P-180540 // Height: 18” AF P-7110 // Height:26” FERN BUTTER GRASS BAHIA SF P-130470 // Width: 33” PUVF A-123045 // Height: 18” FERN FISHTAIL GRASS BUNDLE SF P-3580 // Height: 29” FSF A-2300 // Height: 27” 26 27 GRASS INDIAN PHILODENDRON LEAF FSF A-90225 // Height: 30” AF PR-87140 // Height: 37” GRASS ONION SPATHIPHYLLUM BUSH FSF A-100750 // Height: 71” SF P-1460 // Height: 14” OLIVE BRANCH SPIDER PLANT FSF PR-2201// Height: 23” SF P-1280 // Height: 24” PALM CYCAS YUCCA PLANT PUVF A-019// Height: 36” LUV AUV-102108 // Height: 26” 28 29 FLOWERS & SUCCULENTS LOOKING FOR SOME COLOUR? Compliment your space’s greenery with a pop of colour from our vast selection of faux flowers and succulents! From stems, to garlands and sprays, we have flowers available for you in all different shapes, colours and sizes! Your flowers will always be perfect and fully bloomed and will make any space feel like a beautiful garden paradise. Our curated selection of succulents are hyper realistic and can be combined in multiple ways to create beautiful and unique planter creations. Faux succulents make the perfect tabletop accent as they are very hearty and are not easily damaged. They are great for adding a pop of green and colour to you high traffic areas.
Recommended publications
  • Hoya New Volume
    HOYA NEW Oh There it is ! American Samoa, trees dripping with Hoyas 1 A pdf publication devoted to the Genus Hoya ISSN 2329-7336 Volume 2 Issue 4 July 2014 Editor: Dale Kloppenburg Contents When a species is collected from the wild, I feel it is wise to identify it, propagate it and name it. In this way it will eventually get it into commercial channels, be distributed to all those interested in this genus and thus be preserved. If in the future the species is lost through natural causes or forest destruction it will still be here on earth in your collection. Corrections: Vol. 2 – 2 May 2014, Katherine Challis at IPNI has pointed out that “stemma” is a singular neuter III so the endings on the two following Eriostemma species should be (corrected) as follows. Eriostemma davaoense Kloppenburg. Eriostemma suluense Kloppenburg. The following new species are presented in PDF format with ISSN number. 1. Eriostemma guppyi Kloppenburg 2. Eriostemma smarense Kloppenburg 3. Hoya lagunaensis Kloppenburg 4. Hoya amoena subsp. bogorensis T. Green & Kloppenburg 5. Dischidia tonsuensis T. Green & Kloppenburg NOTE: please see the Website publication of these species at “www.rare- hoyas.com”. Go to end and click on “publication” to access new species publications. 2 Eriostemma guppyi Kloppenburg ISSN 2329-7336 Type description: H. Guppyi, Oliv. in Guppy, 'Solomon Islands,' p. 298 ex Hook. In Icones Plantarum 23 (1892) 2247, ramulis ultiimis parce hirtellis deinde glabratis foliis petiolatis coriaceis late ellipticis breviter acuminatis cuspidutisve basi late rotundatis subcordatisve supra glabris v. fere glabris subtus plus minus hirtellis 1-costatis nervis lateralibus primiariis subtus utrinque 7-9, umbellis pedunculatis pedunculis pedicellisque glabris, calycis parvi corollae tubo 2-4-plo brevioris carnosuli 5-partiti lobis ovatis obtusis ciliolatis, corollae rotatae lobis patentibus ovatis v.
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  • Hoya Australis Subsp. Australis Click on Images to Enlarge
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  • Preliminary Checklist of Hoya (Asclepiadaceae) in the Flora of Cambodia, Laos and Vietnam
    Turczaninowia 20 (3): 103–147 (2017) ISSN 1560–7259 (print edition) DOI: 10.14258/turczaninowia.20.3.10 TURCZANINOWIA http://turczaninowia.asu.ru ISSN 1560–7267 (online edition) УДК 582.394:581.4 Preliminary checklist of Hoya (Asclepiadaceae) in the flora of Cambodia, Laos and Vietnam L. V. Averyanov1, Van The Pham2, T. V. Maisak1, Tuan Anh Le3, Van Canh Nguyen4, Hoang Tuan Nguyen5, Phi Tam Nguyen6, Khang Sinh Nguyen2, Vu Khoi Nguyen7, Tien Hiep Nguyen8, M. Rodda9 1 Komarov Botanical Institute, Prof. Popov, 2; St. Petersburg, RF-197376, Russia E-mails: [email protected]; [email protected] 2 Institute of Ecology and Biological Resources, Vietnam Academy of Sciences and Technology, 18 Hoang Quoc Viet, Cau Giay, Ha Noi, Vietnam. E-mail: [email protected] 3Quang Tri Center of Science and Technology, Mientrung Institute for Scientific Research, 121 Ly Thuong Kiet, Dong Ha, Quang Tri, Vietnam. E-mail: [email protected] 4 3/12/3 Vo Van Kiet Street, Buon Ma Thuot City, Dak Lak province, Vietnam. E-mail: [email protected] 5Department of Pharmacognosy, Hanoi University of Pharmacy, 15 Le Thanh Tong, Hoan Kiem, Hanoi, Vietnam E-mail: [email protected] 6Viet Nam Post and Telecommunications Group – VNPT, Lam Dong 8 Tran Phu Street, Da Lat City, Lam Dong Province, Vietnam. E-mail: [email protected] 7Wildlife At Risk, 202/10 Nguyen Xi st., ward 26, Binh Thanh, Ho Chi Minh, Vietnam. E-mail: [email protected] 8Center for Plant Conservation, no. 25/32, lane 191, Lac Long Quan, Nghia Do, Cau Giay District, Ha Noi, Vietnam E-mail: [email protected] 9Herbarium, Singapore Botanic Gardens, 1 Cluny Road, Singapore 259569.
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  • Canopy CO2 Concentrations and Crassulacean Acid Metabolism In
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  • NEW SPECIES of HOYA (APOCYNACEAE – ASCLEPIADOIDEAE) from SABAH, MALAYSIA HOYA RANAUENSIS, Sp. N. T. Green* and D. Kloppenburg
    NEW SPECIES OF HOYA (APOCYNACEAE – ASCLEPIADOIDEAE) FROM SABAH, MALAYSIA HOYA RANAUENSIS, sp. n. T. Green* and D. Kloppenburg** *Green: Plant Research, P O Box 597, Kaaawa, Hawaii 96730 ** 6427 North Fruit Ave., Fresno, California 93711 ABSTRACT: To add to the approximately 60 described species of Hoya from Sabah, this new species is from the Ranau District of Eastern Sabah, a plant that could be confused with Hoya vitellinioides, Bakh. f. that is found in the same area. In growth, Hoya ranauensis is similar to Hoya vitelliniodes but with differing venation and leaf edge, larger umbel and differing floral parts. KEY WORDS: Hoya, Hoya ranauensis, Hoya vitelliniodes Hoya ranauensis T. Green & Kloppenburg sp. nova. Diagnosis: A tropical, epiphytic, branching vine, with smooth round stems, occasionally rooting along stems; widely spaced elliptic to lanceolate leaves with an obtuse to cuneate base, smooth, tip acute, with thick texture; nerves conspicuously pinnate with the 4-7 secondary nerves, about 45 degrees to the midvein, anastomosing outwardly; blade 10-20 cm long by 4–7.5 cm wide, glandless; petiole 0.3-0.5 cm x 1-2 cm, fleshy; peduncle round, 0.3 cm in diameter x 1.0 cm - 2.5 cm long, permanent, bearing a hemispheric, many flowered (30-40) umbel; pedicels thread-like, 2 cm long and 0.10 cm in diameter; calyx 5 lobed, small 0.3 cm; corolla 5 lobed 1.5 cm in diameter: corona 5 lobed, ovate. Ovaries, 2. Seed pod not seen. Corolla ivory with red tips, corona white. Fragrance pleasant and spicy. Milky sap in vegetation.
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  • Comparative Investigation of the Particle Fractions from Hoya
    Bot. Neerl. 167-178 167 Acta 25(2), April 1976,p. A comparative investigation of the particle fractions from Hoya, Dischidia and Euphorbia latices H.W. Groeneveld Botanisch Laboratorium, Utrecht SUMMARY Particle size, morphology and lipid composition of the latex particle fractions of 18 Hoya, 3 Dischidia and 5 Euphorbia species were investigated. Of these latices only two showed in vitro triterpene biosynthesis. Some aspects of particle biosynthesis are discussed. 1. INTRODUCTION The particles of a number of rubber and terpenoid containing plant latices have diverse sizes from less than ranging 0.01 pm in Taraxacum kok-saghyz (Hendricks etal. 1944) to 50 pm and more in A/m.«?(Trecul 1867, Lloyd 1928). Early reports about particle diameters in several plant latices are only dealing with minimum and maximum sizes determined with a light microscope (Jumelle 1903, Henri 1908, Fickendey 1909, Hauser 1927) and range in general from 0.5 to 3-4 pm. Trumbull(1942) and Blondeau& Curtis (1946) reported the approximate size of Cryptostegia grandiflora latex particles being 0.6-1.4 in diameter. determined 0.2-1.5 pm resp. pm Lucas (1938) a particle diameter distribution curve of Hevea brasiliensis by means of ultra-violet in the broad from With the microscopy resulting range 0.09-2.0 pm. aid of an electron microscope theexistance ofsmaller rubber particles was demonstrated in Hevea (Hendricks et al. 1944, Schmidt & Kelsey 1951, van den Tempel 1952, Schoon & van der Bie 1955). Indirectly particle diameter distribution curves were determined by centri- done Hevea Hessels Schmidt & Kelsey fuging as was e.g.
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  • Wax Plants Disentangled: a Phylogeny of Hoya (Marsdenieae, Apocynaceae) Inferred from Nuclear and Chloroplast DNA Sequences
    Molecular Phylogenetics and Evolution 39 (2006) 722–733 www.elsevier.com/locate/ympev Wax plants disentangled: A phylogeny of Hoya (Marsdenieae, Apocynaceae) inferred from nuclear and chloroplast DNA sequences Livia Wanntorp a,b,¤, Alexander Kocyan a, Susanne S. Renner a a Systematic Botany, Ludwig Maximilians University Munich, Menzinger Strasse 67, D-80638 Munich, Germany b Swedish Museum of Natural History, Box 50007, SE-10405 Stockholm, Sweden Received 13 September 2005; revised 29 December 2005; accepted 9 January 2006 Available online 3 March 2006 Abstract Hoya (Marsdenieae, Apocynaceae) includes at least 200 species distributed from India to the PaciWc Islands. We here infer major spe- cies groups in the genus based on combined sequences from the chloroplast atpB-rbcL spacer, the trnL region, and nuclear ribosomal DNA ITS region for 42 taxa of Hoya and close relatives. To assess levels of ITS polymorphism, ITS sequences for a third of the acces- sions were obtained by cloning. Most ITS clones grouped by species, indicating that speciation in Hoya usually predates ITS duplication. One ITS sequence of H. carnosa, however, grouped with a sequence of the morphologically similar H. pubicalyx, pointing to recent hybridization or the persistence of paralogous copies through a speciation event. The topology resulting from the combined chloroplast and nuclear data recovers some morphology-based sections, such as Acanthostemma and Eriostemma, as well as a well-supported Austra- lian/New Guinean clade. The combined data also suggest that morphological adaptations for ant-symbiosis evolved at least three times within Hoya. © 2006 Elsevier Inc. All rights reserved. Keywords: atpB-rbcL spacer; Bayesian inference; Chloroplast DNA; Hoya; Nuclear ribosomal DNA ITS region; Paralogus; Parsimony; trnL region 1.
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  • Light-Stress and Crassulacean Acid Metabolism
    ZOBODAT - www.zobodat.at Zoologisch-Botanische Datenbank/Zoological-Botanical Database Digitale Literatur/Digital Literature Zeitschrift/Journal: Phyton, Annales Rei Botanicae, Horn Jahr/Year: 2000 Band/Volume: 40_3 Autor(en)/Author(s): Lüttge Ulrich Artikel/Article: Light Stress and Crassulacean Acid Metabolism. 65-82 ©Verlag Ferdinand Berger & Söhne Ges.m.b.H., Horn, Austria, download unter www.biologiezentrum.at Phyton (Austria) Special issue: Vol. 40 Fasc. 3 (65)-(82) 31.3.2000 "P. J. C. Kuiper" Light-Stress and Crassulacean Acid Metabolism By ULRICH LÜTTGE0 Key words: CAM metabolism, light stress, nitrogen nutrition, photoinhibition, photosynthesis, xanthophyll cycle. Summary LÜTTGE U. 2000. Light-stress and crassulacean acid metabolism. - Phyton (Horn, Austria) 40 (3): (65) - (82). Environmental cues driving the evolution and diversification of plants with crassulacean acid metabolism (CAM) are widely accepted to have been primarily CO2 (HCO3") supply and subsequently H2O supply. Light-stress is largely considered to act via amplification of water stress. Can light-stress per se affect CAM? CAM plants show various ways of acclimation to high light. In the field sun exposed CAM plants (e.g. rosettes of bromeliads, Aloe; Kalanchoe species) often respond with changes of pigmentation from dark green to strongly red or yellow. Changes in xanthophyll-cycle capacity serving thermal dissipation of excess photosynthetic excitation energy have been shown. Acclimation often seems to be strongly related to N-nutrition. CAM plants are known to be subject to acute and chronic photoinhibition. This was mostly related to phases when they perform C3-photosynthesis, i.e. in the early morning (phase II) and especially in the afternoon (phase IV).
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  • CAM) and Mineral Nutrition with a Special Focus on Nitrogen
    International Journal of Molecular Sciences Review Exploring the Relationship between Crassulacean Acid Metabolism (CAM) and Mineral Nutrition with a Special Focus on Nitrogen Paula Natália Pereira and John C. Cushman * Department of Biochemistry and Molecular Biology, University of Nevada, Reno, NV 89557, USA * Correspondence: [email protected]; Tel.: +1-(775)-784-1918; Fax: +1-(775)-784-1419 Received: 15 July 2019; Accepted: 2 September 2019; Published: 5 September 2019 Abstract: Crassulacean acid metabolism (CAM) is characterized by nocturnal CO2 uptake and concentration, reduced photorespiration, and increased water-use efficiency (WUE) when compared to C3 and C4 plants. Plants can perform different types of CAM and the magnitude and duration of CAM expression can change based upon several abiotic conditions, including nutrient availability. Here, we summarize the abiotic factors that are associated with an increase in CAM expression with an emphasis on the relationship between CAM photosynthesis and nutrient availability, with particular focus on nitrogen, phosphorus, potassium, and calcium. Additionally, we examine nitrogen uptake and assimilation as this macronutrient has received the greatest amount of attention in studies using CAM species. We also discuss the preference of CAM species for different organic and inorganic sources of nitrogen, including nitrate, ammonium, glutamine, and urea. Lastly, we make recommendations for future research areas to better understand the relationship between macronutrients and CAM and how their interaction might improve nutrient and water-use efficiency in order to increase the growth and yield of CAM plants, especially CAM crops that may become increasingly important as global climate change continues. Keywords: ammonium; crassulacean acid metabolism (CAM); nitrate; nitrogen; nutrient availability; organic nitrogen sources 1.
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