Spring in North Cyprus
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Cardoon, Cynara Cardunculus There Are Many Plants That Are Used As Annuals in Northern Climates, Either for Their fl Owers Or Foliage
A Horticulture Information article from the Wisconsin Master Gardener website, posted 27 June 2014 Cardoon, Cynara cardunculus There are many plants that are used as annuals in northern climates, either for their fl owers or foliage. Cardoon (Cynara cardunculus), a close relative of artichoke (Cynara scolymus, although some taxonomists have considered them just varieties of the species cardunculus and they will form hybrids), is a great addition to the garden for making a dramatic statement with its large, spiny, silvery foliage and sometimes for the globe- like, violet-topped fl owers. This sculptural plant received the Royal Horticultural Society’s Award of Garden Merit. It could be considered an ornamental edible as the blanched stems can be eaten, although doing so would ruin the appearance of the plant. Cardoon, with an artichoke-like fl avor, was popular in ancient Greek, The spiny, silvery foliage of cardoon Roman, and Persian makes a dramatic statement in the garden. cuisine, and through the medieval and early modern periods in Europe, as well as in colonial America. Cardoon is still cultivated for food in southern Europe and northwestern Africa. This fast-growing herbaceous perennial in the aster family (Asteraceae) is native to the western and central Mediterranean where it was domesticated in ancient times. It is hardy only in zones 7-10, so is treated as an annual in colder climates. In some mild climates, including Argentina, Chile, Australia and California, it has become naturalized and is considered Cardoon has received the Royal Horticultural a weed. Society’s Award of Garden Merit. The fi rst year the plant produces an enormous single urn-shaped rosette. -
Supplemental Information Table
Supplemental Information Table S1. N Vernacular Scientific Family Used plant Origin Voucher name name organ number 1 COMMON Fumaria officinalis L. Papaveraceae flowered top Macedonia BIOF26733T FUMITORY 2 OLIVE Olea europaea L. Oleacee leaves Italy BIOF42911T 3 BLACKCURRANT Ribes nigrum L. Grossulariacee leaves Italy BIOF52511T 4 SAGE Salvia officinalis L. Lamiaceae leaves Italy BIOF56111T 5 ELDERBERRY Sambucus nigra L. Adoxaceae flowers Bulgaria BIOF56322I 6 BOLDO Peumus boldus Molina Monimiaceae leaves Chile BIOU08511T 7 CARDUS Silybum marianum Asteraceae fruits Austria BIOU12155I MARIANUS Gaert. 8 COMMON Cichorium intybus L. Asteraceae root Italy BIOU15344C CHICORY 9 ROSELLE Hibiscus sabdariffa L. Malvaceae flowers Egypt BIOU31922T 10 COMMON Malva sylvestris L. Malvaceae leaves Italy BIOU37311T MALLOW 11 MACA Lepidium meyenii L. Brassicaceae powder root Peru BIOZ37044P 12 ASIAN GINSENG Panax ginseng Meyer Araliaceae root China PC29144T 13 GARDEN Angelica archangelica Apiaceae root China PFU03844C ANGELICA L. 14 BITTER ORANGE Citrus aurantium L. Rutaceae flowers Iran PFU04922I var. dulcis L. 15 BITTER ORANGE Citrus aurantium L. Rutaceae zests Albania PFU04967T var. dulcis L. 16 CHAMOMILE Chamomilla recutita Asteraceae o flowers Italy PFU10522I Rausch. Compositae 17 CHINESE Coriandrum sativum Apiaceae fruits Italy PFU17955I PARSLEY L. 18 WILLOWHERBS Epilobium Onagraceae summit Serbia PFU21933T angustifolium L. 19 HYSSOP Hyssopus officinalis L. Lamiaceae flowers and Italy PFU31322I leaves 20 LAVENDER Lavandula Lamiaceae flowers France PFU32722I angustifolia Miller 21 COMMON POPPY Papaver rhoeas L. Papaveraceae petals Albania PFU44708T 22 BROADLEAF Plantago major L. Plantaginaceae leaves Poland PFU46711T PLANTAIN 23 CHINESE Rheum officinale Polygonaceae rhizomes China PFU51799C RHUBARB Baill. 24 DOG ROSE Rosa canina L. Rosaceae cinorrodes/ Hungary PFU53310I seeds 25 RUSTYBACK Ceterach officinarum Aspleniaceae aerial parts Italy PFU59533T DC. -
Biodiversity and Floristic Study of Al-Hdaba Treat-Ment Plant Tripoli
American Journal of Life Science Researches Original Article Jul 2016, Volume 4, Issue 3 Biodiversity and Floristic Study of Al-Hdaba Treat- ment Plant Tripoli–Libya Mohammed H. Mahklouf ¹,*, Fathi G. Al Sghair ¹ 1 Department of Botany, Faculty of Sciences, University of Tripoli, Tripoli, Libya * Corresponding author: Mohammed Hadi Mahklouf, Department of Botany, Faculty DOI: 10.21859/ajlsr-040307 of Sciences, University of Tripoli, Tripoli, Libya. E-mail: [email protected] Submited: 03.24.2016 Abstract Accepted: 05.28.2016 Introduction: The aim of this study is to investigate the biodiversity status of Al-Hadaba treatment plant. Keywords: Methods: The study was carried out in the period between February and June 2016, with Biodiversity one trip per week, the result of the survey has led to the collection and identification of Tracheobionta 84 plant species belonging to 23 families and 65 genera, of which 15 species are belong to Plants monocotyledons and 69 belonging to dicotyledons. Results and Conclusions: Floristic analysis were carried out which showed the © 2016. American Journal of Life predominance of the family Asteraceae with 20 species followed by the family Poaceae Science Researches. with 16 species, the result was also showed the predominance of the genus Bromus with 4 species. Life form analysis has showed absolute dominance of therophytes with 65 species. INTRODUCTION The Libyan vascular flora contains 2103 species that belong of grasses, in addition, the establishment of treatment and pu- to 856 genera and 155 families [1]. The distribution among rification of waste water plants has led to the creation of new Libyan seed plants was characterized by a high proportion of wetlands, which favor growing of some aquatic plants such as herbs (annual to perennial), unlike the low number of woody Tamarix and Phragmitis and other species (Fig 1) [8, 9]. -
Cardoon—Cynara Cardunculus L.1 James M
HS574 Cardoon—Cynara cardunculus L.1 James M. Stephens2 Cardoon is similar to the globe artichoke. With cardoon the young tender leaves and undeveloped tender flower stalks are eaten rather than the flower bud. The thistle-like cardoon plant grows to a height of 3–5 feet and spreads over an area 6 feet in diameter. Culture Florida summers are rather warm for cardoon to grow properly; therefore, it should be started in the fall or winter so that it develops in the cooler months. Freezing temperatures below 28°F may kill the aboveground parts of tender nonacclimatized cardoon. It has withstood 18°F at Gainesville. Figure 1. Cardoon plant Credits: James M. Stephens Propagation is by seeds, suckers, or root division. In addition to a proper climate, cardoon requires a rich soil or abundant fertilizer and plenty of water. Blanching of the stalks before harvest is desired. This is accomplished by tying up the outer branches a foot or so from the top of the plant and piling soil up around the plant as it grows. Use There are several uses for cardoon. The most popular way to prepare it is to cook the leaves and tender stalks together. Cardoon may also be eaten fresh and uncooked in salads. Some say it has gentle laxative properties. 1. This document is HS574, one of a series of the Horticultural Sciences Department, UF/IFAS Extension. Original publication date May 1994. Revised September 2015. Reviewed October 2018. Visit the EDIS website at http://edis.ifas.ufl.edu. 2. James M. Stephens, professor emeritus, Horticultural Sciences Department,; UF/IFAS Extension, Gainesville, FL 32611. -
D3.2 PANACEA Roadmap
PANACEA. Non Food Crops For a EU Bioeconomy New strategies for the development and promotion of NFC in Europe D3.2 PANACEA Roadmap 1 PANACEA. Non Food Crops For a EU Bioeconomy New strategies for the development and promotion of NFC in Europe Deliverable Title: D3.2: PANACEA Roadmap Deliverable Lead: Imperial College London (ICL) Related Work package: WP3 Author(s): Calliope Panoutsou (ICL), Efthymia Alexopoulou (CRES) Contributor(s): Association de Coordination Technique Agricole,ARKEMA FRANCE; University of Bologna, CREA, LIETUVOS AGRARINIU IR MISKU MOKSLUCENTRAS; Michal Krzyzaniak; FCT-UNL; ACTA, INTIA, Spanish Co-ops; Wageningen University Communication level: PU Public Grant Agreement Number: 773501 Programme: Horizon 2020 Start date of Project: November 2017 Duration: 40 months Project coordinator: CRES 2 PANACEA. Non Food Crops For a EU Bioeconomy New strategies for the development and promotion of NFC in Europe Contents 1. PANACEA Roadmap ................................................................................................................................................. 6 1.1 Aim ............................................................................................................................................................................................. 6 1.2 Approach ..................................................................................................................................................................................... 6 Participatory approach .............................................................................................................................................. -
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10 Egypt. J. Bot. Vol. 59, No.1, pp. 107 - 138 (2019) Computer-generated Keys to the Flora of Egypt. 9. The Spiny Taxa of Asteraceae Adel El-Gazzar(1)#, Nahed El-Husseini(2), Azza A. Khafagi(3), Nashua A.M. Mostafa(1) (1)Department of Botany and Microbiology, Faculty of Science, El-Arish University, N. Sinai, Egypt; (2)The Herbarium, Botany Department, Faculty of Science, Cairo University, Giza, Egypt; (3)Botany Department, Faculty of Science, Al-Azhar University (Girls Branch), Cairo, Egypt. ANUALLY constructed keys for identification of plants leave much to be desired. Keys Mto the Asteraceae of Egypt are no exception and depend largely on floral minutiae while vegetative morphology is a much richer source of characters suitable for key construction. Inspection of some 3000 specimens showed that the most obvious feature of the plants is the presence or absence of spines on leaves, leaf axils, stem internodes, margins of stem wings and phyllaries. This feature was selected to divide species of this family into two main groups: spiny and spineless. Nomenclature of all taxa was updated and those with names reduced to synonyms of others were eliminated. This article deals only with the 65 species belonging to 20 genera of the first group. A total of 51 characters describing variation in spine distribution and other characters of vegetative morphology were recorded for each of the 65 spiny species and the key-generating program DELTA was applied to the data matrix. The result is a much improved automated key, a detailed description of every species in terms of the entire set of 51 characters, and the same description but in terms of the serial numbers assigned to these characters and their states. -
Phenolic Composition and Antioxidant Capacity of Cultivated Artichoke, Madeira Cardoon and Artichoke‐Based Dietary Supplements
Food Research International 48 (2012) 712–724 Contents lists available at SciVerse ScienceDirect Food Research International journal homepage: www.elsevier.com/locate/foodres Phenolic composition and antioxidant capacity of cultivated artichoke, Madeira cardoon and artichoke‐based dietary supplements Sandra C. Gouveia, Paula C. Castilho ⁎ Centro de Química da Madeira, CCCEE, Universidade da Madeira, Campus Universitário da Penteada, piso 0, 9000‐390 Funchal, Portugal article info abstract Article history: Cynara cardunculus var. scolymus (artichoke) and Cynara cardunculus var. ferocissima (Madeira cardoon) are two Received 24 January 2012 Asteraceae plants used in Madeira Archipelago in diet and also for medicinal issues. The present work aimed to Accepted 23 May 2012 compare the phenolic composition and quantify the main compounds of these two plants and two artichoke- based dietary supplements (juice and dragées). The methanolic extract of the endemic plant cardoon was basi- Keywords: cally composed of caffeoylquinic acid isomers. The same compounds were observed in artichoke extract, where Cynara there was a larger number and variety of other phenolic compounds. Variations in qualitative and quantitative Antioxidant Hydroxycinnamates composition of the three artichoke based products were extensive, with only 3 components being common to Flavonoids all 3 products. Mono-O-diglycosilated flavonoids (luteolin, apigenin and quercetin) were found in the artichoke Phenolic composition products but not in Madeira cardoon. 1,3-O-dicaffeoylquinic acid (cynarin), usually considered mainly responsi- HPLC–DAD–ESI/MSn ble for the biological properties of artichoke, was found in high amounts ranging in most samples but was not detected in the analyzed commercial dragées. The antioxidant assays results reflected the highly diversified com- position of the artichoke-based products, showing a high radical scavenger and reducing capacities, while the ex- tract from Madeira cardoon was a poor antioxidant. -
Globe Artichoke and Cardoon Could Manage Weeds in Sustainable, Eco-Friendly Way
Globe artichoke and cardoon could manage weeds in sustainable, eco-friendly way Crop rotation is gaining increasing research- and policy attention as an environmentally friendly way to manage weeds. In such rotations, crops are introduced that release chemicals into the environment known to inhibit weed 30 January 2020 germination or growth (so-called allelopathic crops). Previous studies have Issue 537 identified Cynara cardunculus L., a perennial thistle, including varieties of globe Subscribe to free artichoke and cardoon, as a potential allelopathic candidate. This study conducted weekly News Alert field experiments using three botanical varieties of C. cardunculus to evaluate their effect on weeds within an ecosystem. The results confirm that C. cardunculus has Source: Scavo, A., an allelopathic effect in monoculture, reducing the amount of weed seeds present Restuccia, A., Abbate, C. in soil. This paves the way for its inclusion in crop rotation as part of eco-friendly, And Mauromicale, G. sustainable weed-management strategies. (2019). Seeming field allelopathic activity of Weeds are one of the most significant pests in agroecosystems; they are Cynara cardunculus L. responsible for considerable economic losses and contribute to food insecurity. reduces the soil weed seed However, synthetic herbicides can result in harmful associated environmental impacts and bank. Agronomy for rising levels of resistance. Efforts to reduce the use of synthetic herbicides and replace them Sustainable Development, with more environmentally friendly, sustainable weed-management practices are central to 39, 41. much contemporary environmental and agricultural policy. https://doi.org/10.1007/s1 3593-019-0580-4. In this context, allelopathic weed control has emerged as a particularly promising alternative. -
Crete in Spring 2018 Lead by Fiona Dunbar a Greentours Trip Report
Crete in Spring 2018 Lead by Fiona Dunbar A Greentours Trip Report Friday 6th April Arrival After an early start at Gatwick, we arrived in Crete only a little late. Ian Hislop was on our flight, presumably on his way out to stay with his wife, author of such Cretan Aga sagas as ‘The Island’. Driving along, the countryside was markedly lush and green compared to some years. The Robinia pseudoacacia was dripping in white blossom, the Judas trees with pink. There were acres of yellow, and yellow and white, Chrysanthemum coronarium. We enjoyed a welcome but late lunch at a taverna in the village of Armeni instead. The saganaki or fried cheese was made with the cooks’ own freshly prepared, mild goats cheese. The garden centre next door was quite a pull, too! As we gained altitude we looked out over hills covered with fig, gorse, Quercus pubescens, Asphodeline aestivus and almost fluorescing lime green Giant Fennel, in between the groves of olives and small fields. Having been greeted by Herakles in Spili with glasses of cold water and quince in honey, we settled into our rooms. Some walked down the track below. There was a fine stand of tall purple broomrapes on the nasturtiums in Heracles garden. We reconvened in the breakfast room and strolled over the road to Costas and Maria’s taverna, almost hidden by trailing vines and flowers. Most of us tried the rabbit in lemon sauce – tender and tasty. It was Good Friday, and as I headed to bed I could hear a Scops Owl calling. -
Squak Mountain Nursery Cardoon
Cardoon Cynara cardunculus Height: 6 feet Spread: 4 feet Sunlight: Hardiness Zone: 7 Other Names: Artichoke Thistle Cardoon Description: Photo courtesy of NetPS Plant Finder Splendid arching silvery, spiny foliage is an architectural delight in the garden; careful when handling the spiny foliage; bold thistle-like flowers can be eaten like artichokes when unopened; leaf stalks edible if blanched; invasive in some regions Ornamental Features Cardoon features showy purple pincushion flowers rising above the foliage from late spring to early summer. Its attractive spiny ferny leaves remain grayish green in color throughout the season. The fruit is not ornamentally significant. Landscape Attributes Cardoon is an herbaceous perennial with an upright spreading habit of growth. Its relatively fine texture sets it apart from other garden plants with less refined foliage. This is a high maintenance plant that will require regular Cardoon flowers care and upkeep, and should be cut back in late fall in Photo courtesy of NetPS Plant Finder preparation for winter. It is a good choice for attracting bees and butterflies to your yard. Gardeners should be aware of the following characteristic(s) that may warrant special consideration; - Spiny - Self-Seeding Cardoon is recommended for the following landscape applications; - Accent - Border Edging - General Garden Use - Herb Gardens Planting & Growing Cardoon will grow to be about 5 feet tall at maturity, with a spread of 4 feet. It grows at a medium rate, and under ideal conditions can be expected to live for approximately 10 years. This plant should only be grown in full sunlight. It does best in average to evenly moist conditions, but will not tolerate standing water. -
Weed Flora of Vineyard in Bosnia and Herzegovina
In: D. Marčić, M. Glavendekić, P. Nicot (Eds.) Proceedings of the 7th Congress on Plant Protection. Plant Protection Society of Serbia, IOBC-EPRS, IOBC-WPRS, Belgrade, 2015, pp. 307 - 310 WEED FLORA OF VINEYARD IN BOSNIA AND HERZEGOVINA Zlatan Kovačević, Biljana Kelečević and Siniša Mitrić University of Banja Luka, Faculty of Agriculture Bulevar vojvode Petra Bojovica 1 A, 78000 Banja Luka, Bosnia and Herzegovina AbstrAct Two-year study (2008-2010) weed flora of vineyards in Bosnia and Herzegovina (B&H) performed on 51 locality. As result of this research it was found 133 species of vascular plants covered with: 112 genera, 39 families, 4 class and 2 divisions. The analysis of the biological spectrum showed 5 life forms with predominant presence of terophytes (45.86%), hemicryptophytes (39.85%) and geophytes (9.77%). Phytogeography analysis has been allocated 9 floristic groups, and the most common are: Cosmopolitan, Eurasian, Mediterranean, Boreal, Adventive and sub-Mediterranean, and together comprise 125 species (93.98%). It is very significant participation of 14 adventive species, and some species have taken invasive character, for example Ambrosia artemisiifolia L. Weed flora of vineyard in B&H is rich in flora due to the existence of continental and sub-Mediterranean wine-growing region. Considerable diversity is caused by the specifics of the study area, which are reflected in different climatic, edaphic and orographic characteristics, plant-geography, and different intensities of anthropogenic influences, traditions and the cultivation of grapevine. On the other hand it is important a presence of cosmopolitan and adventive species that are more or less extensively spread, and beside of typical weed and weed-ruderal species in weed flora of vineyards in B&H it was determined a significant number of ruderal and meadow species. -
Flora of South Australia 5Th Edition | Edited by Jürgen Kellermann
Flora of South Australia 5th Edition | Edited by Jürgen Kellermann PAPAVERACEAE (partly)1 Neville G. Walsh2 (subfam. Fumarioideae) & Jürgen Kellermann3 (family description) Herbaceous annuals or perennials, sometimes becoming shrubby as the inflorescence develops; most parts of the plant produce latex and contain alkaloids, leaves entire and often deeply dissected, pinnately or palmately compound, exstipulate. Inflorescence cymose or racemose, often a thyrse with leaf-like or membranous bracts; flowers bisexual, sepals 2 or 3, caducous; petals 4 or 6; stamens 4, 6 or numerous; ovary superior, carpels 2 or 3 or numerous (not in S.A.); in FUMARIOIDEAE : flowers either almost regular with petals in 2 whorls of differently shaped petals, stamens 4 (Hypecoum only), or flowers zygomorphic with sepals 2, in a lateral position, usually the same colour and texture as the corolla, and petals 4, in two whorls, with the 2 lateral ones being the inner ones, with the large dorsal one pouched or spurred at the base (with nectary scale), stamens 6, joined in an anterior and a posterior bundle, each consisting of 3 stamens, ovary surmounted by a style with a terminal 2- or 3-fid stigma, carpels 2, ovule 1 or more (outside S.A.); in PA P AVEROIDEAE : flowers regular, stamens numerous, ovary unilocular with numerous ovules; flowers regular, sepals caducous, stamens 4, ovary unilocular with numerous ovules. Fruit a capsule opening by valves or pores; seeds with small embryo, endosperm mealy or oily. Poppies, fumitories. The family is distributed throughout the temperate N hemisphere with some species in E Africa and S America; often grow in open areas or disturbed sites.