A threat to the EPPO region

Slides:



Advertisements
Similar presentations
Biomes Chapter 6.
Advertisements

Disturbance and Succession. Primary succession is a process that generally involves: 1) the accumulation of organic matter- wind blown debris, insects.
Chapter 20 Terrestrial Biomes
TROPICAL RAINFOREST PAGE OBJECTIVES Describe and explain distribution of tropical rainforest. Describe the features of tropical rainforests. Describe.
22. Calochortus greenei S. Watson, Proc. Amer. Acad. Arts. 14: Greene’s mariposa-lily Stems usually branching, 1–3 dm. Leaves: basal persistent,
Structure and Function
WEEK 3 Plant ID EVERGREENS
Lifecycle of a Tree. Lifecycle of Trees How to Measure & ID Week 1 Day 3 It is important that students understand the biology of trees to further be aware.
Most Common Conservation Practices Forestry Illinois.
3.3 Studying Organisms in Ecosystems
Many of Romania's ecological systems remain intact, with native plant species untouched. The extensive forests of the Carpathian Mountains make up one.
By: Natalie Bonitz. Distribution Facts Forms mats of vegetation Doesn’t spread into deeper water Fish have a hard time swimming through the mats Adapted.
Lesson 1: Introduction to Ecology Lesson 2: Roles in Energy Transfer
These three elements form a “fire triangle.” Heat Oxygen Fuel.
Chapter 4: Kinds of Ecosystems Section 4.2: Grasslands, Chaparral, Deserts, and Tundra.
Ecology: Community Structure & Ecosystem Services David Mellor, PhD Citizen Science Coordinator Virginia Master Naturalists.
Forest Service Southern Region Tom Peterson Acting Regional Forester.
Introduction to Biomes. The Rule of Climatic Similarity Similar environments lead to the evolution of organisms similar in form and function and to similar.
Abrus precatorius (L.) Fabaceae
Lead Tree Leucaena leucocephala (Lam.) Fabaceae. Biology Also known as leucaenaAlso known as leucaena Shrub or small tree < 20 feet tallShrub or small.
Rattlebox Sesbania punicea (Cav.) Fabaceae. Biology Native to South AmericaNative to South America Introduced as an ornamental for attractive leaves and.
Seeds A seed contains an embryo and stored organic nutrients within a protective coat Highly resistant structures Protect embryo from drought, predators,
Forest insects and pathogens: ecology and management
Melia azedarach (L.) Meliaceae
ODOT Programmatic ESA Consultation on the Federal-Aid Highway Program (FAHP) User’s Guide Training, June-July 2013 Clearing and Site Preparation and Site.
Puncture Vine Tribulus cistoides (L.) Zygophyllaceae.
Oriental Bittersweet Celastrus orbiculatus Monika Chandler, Minnesota Department of Agriculture.
 The Beech forest is the dominant tree species in our Park  It is a large tree, capable of reaching heights of up to 30m.  Decidous tree with alternate,simple.
Indianpipe –Monotropa uniflora. Tetraphis pellucida.
Ecosystems of the World AP Study Review. Naming Ecosystems Terrestrial Ecosystems = Biomes – Separated based upon their climate, which involves average.
Chaparral. Map Climate Characteristics Avg. Temp: degrees Celsius (50-54) Avg. Annual Rainfall: –Very little, drought common, around 10 to 17.
UNIT 2: PLANTS AND VEGETATION I can identify the parts of plants, flowers, trees and their functions. I can classify the plants by the stem or leaves they.
Bellringer.
An insect pest threatening our lawns, woods and crops
Forest ecosystems.
WEEK 3 Plant ID EVERGREENS
Learn more about Rose rosette:
Intro to Ecology Chapter 52.
A threat to waterways in the EPPO region
A threat to the EPPO region
BE AWARE! Pistia stratiotes A threat to waterways in the EPPO region
BE AWARE! Cortaderia jubata A threat to the EPPO region
Tropical rainforest models
Plant Form and Function
Andropogon virginicus A threat to the EPPO region
BE AWARE! Massicus raddei A threat to oak and chestnut trees
A threat to the EPPO region
BE AWARE! Ambrosia confertiflora A threat to the EPPO region
A threat to the EPPO region
BE AWARE! Gymnocoronis spilanthoides
Gymnocoronis spilanthoides A threat to waterways in the EPPO region
BE AWARE! Cardiospermum grandiflorum A threat to the EPPO region
BE AWARE! Hakea sericea A threat to the EPPO region
Ambrosia confertiflora A threat to the EPPO region
Cardiospermum grandiflorum A threat to the EPPO region
BE AWARE! Prosopis juliflora
BE AWARE! Salvinia molesta A threat to waterways in the EPPO region
A threat to the EPPO region
BE AWARE! Triadica sebifera A threat to the EPPO region
A threat to the EPPO region
BE AWARE! Humulus scandens A threat to the EPPO region
A threat to the EPPO region
BE AWARE! Lespedeza cuneata A threat to the EPPO region
BE AWARE! Lygodium japonicum A threat to the EPPO region
Follow these steps to join:
BE AWARE! Andropogon virginicus A threat to the EPPO region
Forest ecosystems.
Ecological Succession B A gradual process of change and replacement of the types of species in a community over time Click here to see a quick explanation.
CAN YOU HELP US? Agrilus fleischeri A threat to poplars and willows
BE AWARE! Agrilus bilineatus A threat to oak and chestnut trees
Presentation transcript:

A threat to the EPPO region BE AWARE! Prosopis juliflora A threat to the EPPO region How to recognize it? Can you help us? P. juliflora is a tree 3-12 m tall, sometimes shrubby with spreading branches; wood hard; branches cylindrical, green, more or less round- or flat-topped, somewhat spiny with persistent, green (sometimes glaucous or greyish, not reddish) foliage, glabrous or somewhat pubescent or ciliate on the leaflets; spines axillary, uninodal, divergent, paired, or solitary and paired on the same branches, sometimes absent, not on all branchlets, measuring 0.5-5.0 cm long, being largest on strong, basal shoots. Leaves bipinnate, glabrous or pubescent, 1-3 pairs of pinnae, rarely 4 pairs; petiole plus rachis (when present) 0.5-7.5 cm long; pinnae 3-11 cm long; leaflets 6 to 29, generally 11 to 15 pairs per pinna, elliptic-oblong, glabrous or ciliate, rarely pubescent, approximate on the rachis or distant a little more than their own width, herbaceous to submembranous. Because Prosopis juliflora has the potential to impact the habitats it invades, including native plant species and important ecosystem services, it is important to report any sightings to plant protection authorities. Early detection will allow a rapid implementation of appropriate measures against Prosopis juliflora .   If you see Prosopis juliflora:   Check the identification of the species with other woody-like species. Whenever possible, take a picture of the plant, record exact location, date and habitat where it was observed. Contact us. Contact us Image: Norbert Maczey, EPPO Global Database Your contact details Your institution name Logo This leaflet has been prepared within the LIFE funded project LIFE15 PRE FR 001 in collaboration with the NERC Centre for Ecology and Hydrology Image: Nick Pasiecznik, EPPO Global Database Prepared in collaboration with EPPO – www.eppo.int

What is Prosopis juliflora? What is the problem? Where is it found? Prosopis juliflora is an evergreen, broadleaved perennial woody shrub or tree and is native to the Americas. A major limitation to the distribution of P. juliflora is mean minimum temperature and the frequency and duration of frosts. Light frosts cause dieback of the branches, harder frosts may cause complete stem mortality, and more severe or longer-lasting frosts can cause complete death of the plant. Plants for planting is a potential pathway for the entry of P. juliflora into the EPPO region. Seeds are widely available via numerous online global mail order suppliers. The two reported introductions into the EPPO region, as with most global introductions, have been as seed for reforestation. P. juliflora is a very aggressive invader with the potential to outcompete and replace native vegetation. Prosopis species have large impacts upon water resources, nutrient cycling, successional process, and soil conservation. P. juliflora has been shown to be a major cause of allergenic disease and thus planting in urban areas is not recommended. In the EPPO region the species is reported from Algeria, Spain (Mainland and Gran Canaria), Israel, Jordan, Morocco, Tunisia. In the native and introduced ranges, P. juliflora is found in a number of different habitats including: wasteland, forest, managed and natural grassland, coastal areas (including coastal dunes), wetlands, abandoned field and urban areas (for example roadside). Image: Nick Pasiecznik, EPPO Global Database Image: Nick Pasiecznik, EPPO Global Database Images: Nick Pasiecznik, EPPO Global Database