Month: December 2020

How big does Agapanthus get?

The flower stems of a standard Agapanthus can grow up to 6 feet tall, but dwarf types only grow up to 20 inches.

Are there different sizes of Agapanthus?

Agapanthus range in size from 18 in. (45 cm) to 4 ft. tall (120 cm). The dwarf forms are especially good as container plants, as restricted root growth induces heavier flowering.

What is the spacing for Agapanthus?

2 feet
Quick Reference Growing Guide

Do Agapanthus like to be crowded?

Agapanthus is one of those bulbs that does not like or need to be divided frequently. They actually like to be crowded and bloom best when left alone. But when a clump becomes too large for an area, separating is a useful way to reduce its size.

What is the biggest Agapanthus?

Agapanthus ‘Megan’s Mauve’ If you’re looking for size then nothing tops Megan’s Mauve, one of the largest flowering agapanthus you could plant in your garden. Deep purple buds, mauve florets, and dark mauve stripes make this a tall, purple plant that really stands out.

What is the large Agapanthus called?

‘White Orb’ is a large, free-flowering white variety with huge flower heads, some 25cm across, with one-metre tall stems. The evergreen foliage mounds will grow to 50x90cm.

Where is the best place to plant Agapanthus?

full sun
The ideal growing condition for Agapanthus is a sheltered spot in full sun with good soil, which is not too dry and drains well. Even though Agapanthus like moisture retentive soil, perversely they will establish well in containers.

Are Agapanthus roots invasive?

Unfortunately, the very qualities that make this plant such a trooper in challenging conditions also give it the potential to become invasive. In some regions, agapanthus has been known to take over bushland and other sensitive areas, out-competing local flora for resources and unbalancing the surrounding ecosystem.

Do agapanthus grow better in pots?

Agapanthus make fantastic patio plants and look particularly good grown in terracotta pots. Given a sunny spot and free-draining compost, they’ll start producing spectacular flowers in June, July or August, depending on the variety, and flower for many weeks.

Are agapanthus better in pots or in the ground?

Agapanthus tend to flower better if their roots are restricted, so do well in pots.

Which is the most hardy agapanthus?

Agapanthus sp. ‘Cold Hardy White’ is one of the most attractive hardy agapanthus varieties. This deciduous plant produces big clusters of showy white blooms in mid-summer.

Is Agapanthus Purple Cloud good for bees?

Agapanthus ‘Purple Cloud’. African lily ‘Purple Cloud’. RHS Plants for Pollinators plants. This plant will provide nectar and pollen for bees and the many other types of pollinating insects.

What does Agapanthus look like?

Agapanthus are clump-forming perennials with narrowly strap-shaped leaves, evergreen in some species, and erect stems bearing umbels of funnel-shaped blue or white flowers Grow in fertile, moist but well-drained soil in full sun or grow in a container.

What is a purple cloud African lily?

Agapanthus ‘Purple Cloud’ (African Lily) African Lily ‘Purple Cloud’, Lily of the Nile ‘Purple Cloud’ One of the darkest African Lilies, Agapanthus ‘Purple Cloud’ is a compact perennial with huge umbels, up to 10in. across (25 cm), densely packed with violet-purple, pendulous, trumpet-shaped flowers.

What does Purple Cloud plant look like?

‘Purple Cloud’ is a deciduous plant forming a clump of strap-shaped leaves, with tall stems each bearing a large umbel of nodding, deep violet-blue flowers in mid and late summer All ratings refer to the UK growing conditions unless otherwise stated. Minimum temperature ranges (in degrees C) are shown in brackets

What is the normal DLCO in a PFT?

Normal and Critical Findings Normal DLCO: >75% of predicted, up to 140% Mild: 60% to LLN (lower limit of normal) Moderate: 40% to 60% Severe: <40%

What is a PFT with DLCO test?

PFT Pre and Post – Pulmonary test without bronchodilator followed by another test after bronchodilator. PFT Pre and Post with DLCO-DLCO (Diffusion Capacity) measures the amount of oxygen passing from the air sacs in the lungs into the blood.

What is predicted value in PFT?

Pulmonary function tests (PFTs) are commonly interpreted as a fraction of predicted normal values, with an abnormal test often defined as less than 80% or greater than 120% of the predicted value.

What does DLCO indicate?

Reduced gas exchange (DLCO) is nonspecific and may indicate parenchymal lung disease, pulmonary vascular disease, or anemia.

What is a low DLCO?

Dlco is a specific but insensitive predictor of abnormal gas exchange during exercise. Low Dlco less than or equal to 50% predicted can predict hypoxemia with exercise. A normal Dlco does not rule out oxygen desaturation with exercise.

Do normal values for DLCO and DLCO/VA vary with age and height?

In these studies normal values for DLCO and DLCO/VA varied with sex, age and height, and the values for women were lower than those for men of the same age and height, and the values decreased with advancing age and increased with height.

How many DLCO tests should a PFT do?

For this reason my PFT lab’s policy is to perform a minimum of two DLCO tests and if the results aren’t reproducible then a third test and possibly a fourth test. Whenever possible the closest (not the highest) results from two good quality tests are averaged and reported.

How are the prediction equations for DLCO and DLCO/VA derived?

Because DLCO and DLCO/VA showed correlation with age and height, prediction equations were derived for the variables for both sexes. The prediction formulas are listed in Tables 5and ​and66.

What are the technical problems in measuring DLCO?

There are many technical problems in measuring DLCO as in other lung function tests. They include the variability of the breath-hold-interval, and the difficulties in estimating the amount of exhaled gas, and the concentration of carbon monoxide.

Is it better to MIG weld up or down?

Typically the Vertical Up will provide deeper pen. Gravity is one factor. The upward movement allows the welder to provide a higher heat input into the weld. Whereas in a downward movement, the pool tends to follow gravity.

How do you weld vertically down?

When moving vertically down, use an AWS 7024 electrode. It does not set as quick, which allows the weld pool to travel down the surface. The displacement of molten metal is a prerequisite for success when welding vertically-down.

Should you weld uphill or downhill?

Downhill progression is almost always used for speed. When welding uphill, you are “fighting” gravity, so your speed is slow. When welding downhill, gravity pulls the weld pool down, so it results in great speed.

Is it easier to MIG weld uphill or downhill?

MIG welding uphill is a hot topic in many welding forums because it’s generally easier to MIG weld downhill, and you’ll read plenty of experienced welders who claim they’ve never done anything other than welding downhill.

How do you uphill a MIG?

The key to the upside down V uphill MIG welding technique is tracing the edge of the puddle. In other words, you gradually weld uphill by moving your arc to the front of the puddle, tracing it back and forth uphill in a steady V motion.

Do you mig weld uphill or downhill?

This is done to prevent overheating and warping of the components. But for anything more than thin gauge material, downhill welding is usually considered taboo. Welding uphill is the method of choice for most welds.

What types of electrodes are commonly used in vertical welding?

Common electrodes used in Stick welding are 6010, 6011, 6013, 7018 and 7024 with the most common diameters ranging from 1/8- to 5/32-in. Each of these electrodes offers all-position welding capabilities (except 7024).

What is 3G welding position?

Welding in a 3G position means moving the torch vertically, up and down across a surface. This is in contrast with 1G (flat surface welding), 2G (horizontal welding), and 4G (overhead ceiling welding).

Why do Pipeline welders weld downhill?

On thinner-wall pipe, downhill welding enables operators to run “hot and fast,” increasing productivity compared to welding uphill, which is required on thicker wall pipe to increase heat input to ensure complete penetration.