I collected seed about two weeks ago and let it all dry. Just from the first handful of chaff, there are about 100 seeds. If I were to guesstimate, there should be 300 minimum (really low balling the estimate 😎).

I recall that several requests were made for seed. If your area is favorable for the following conditions, I’ll be pleased to send 10 or more (depending on the number of requests). Please DM your me your address. Payment is not necessary, but if you’d like to, please contribute something to Red Butte Gardens, Utah.

Plant requirements:
Growing Requirements
Sunlight: Full sun (at least 6 to 8 hours daily).
Soil Type: Sandy, gravelly, or poor, alkaline, and lean soil; good drainage is critical because soggy or wet soil is fatal.
USDA Hardiness Zones: Zones 5 through 10. Mine grows very well in 7a (Salt Lake City, Utah area).
Watering: Moderate water during the first year to establish a root system; drought-tolerant/xeric once established. Allow soil to dry completely between waterings.
Fertilizer: None required.
Dimensions: Reaches about 18 to 36 inches tall and 24 to 30 inches wide.

Growing from seed:
Before reading the instructions below, I suggest rubbing the seeds between two pieces of a fine grit sand paper (150 - 220) to remove any germination inhibitors.

Step-by-Step Seed Starting Guide
Sow on the Surface: Press the seeds gently onto the surface of a light, well-draining seed-starting mix or sandy compost. Do not cover them with soil, as they require light to spark germination. [1, 2, 3]
Temperature: Maintain a warm soil temperature around 65°F to 75°F (18°C–24°C). Using a seed-starting heat mat can help keep conditions steady. [1, 2]
Moisture: Keep the soil lightly and consistently moist using a gentle spray bottle or misting so the delicate seeds do not wash away. Avoid soggy conditions to prevent damping-off. [1, 2]
Germination Time: Seeds typically take anywhere from 14 to 21 days to sprout. [1, 2]
Light: Provide bright, indirect light or grow lights right as the seedlings emerge to prevent them from becoming leggy. [1, 2]
Transplanting: Allow the slow-growing seedlings to develop true leaves and a stronger root system before moving them into individual pots or outdoors into well-draining, sandy, or gravelly soil. [1, 2]
You can find more timeline and care details through the Mojave Sage Guide at LizPlants.

Thank you all! Peace through plants!

very nice specimen.

1. Heterotheca villosa, 2. Opuntia fragilis, 3. Chenopodium sp, 4. Artemisia pacifica, 5-6. Argentina pacifica, 7. Salicornia pacifica, 8. Equisetum sp, 9. Grindelia integrifolia, 10. Carex sp, 11-12. Cakile sp (unsure if C. maritima or C. edentula) 13-14 Atriplex sp, 15-16 Atriplex sp, 17-18. Plantago maritima. If anyone can ID any of these more precisely, or if you have any corrections, please comment! I love the coastal environments of the puget sound, been really getting into learning about the plants that live in these unique habitats.

Hello there,

I've always had a fascination with these types of historical illustrations and drawings of plant species. This one for example is from Thomé last book in the 19th century.

What are your favourite botanical illustrations and by whom?

Also, I wanna put some of these on my Walls as pictures, so suggestions are Welcomed^^

This is a common, and probably overlooked outside of the aquarium trade, wetland plant. The flowers lack petals, and have 4 sepals and 4 stamens. The sepals are persistent on the developed fruits. This plant is amphibious, existing as both a fully submerged aquatic, and mat forming emergent plant growing on mud near the water. I find the little flowers and fruits very charming and it's bronze, red and green coloration is gorgeous.

First snowfalls of the season arrived days after these photos were taken.

saw these the other day and was wondered what they are. my first thought was maybe the start of aerial roots, but these would be unusually low and horizontal for that. any ideas?

Washington state USA. I love wetlands, they are such interesting ecosystems with wonderful plants. Just wanted to share some of the diversity I've found at a wetland just a few miles from me that is currently in the process of restoration. It's great to see people actively correcting the damage our species has done to the natural world.

Carex sp, Potamogeton sp (not sure on species but fairly certain these are native), Epilobium ciliatum, Spiraea douglasii, Ludwigia palustris, Symphoricarpos albus, Alnus rubra, Lonicera involucrata. I've found more here but it would too many photos for one post

*(For plants from Earth anyways. . . .Well, at least we'd be in a great musical if that happens!)

My Baby Necklace crassula finished a set of ternate whorls and is already making a brand new set in just 17 days.

This will be it's 5th consecutive whorl.

she is incredible 💛

and her seeds are ripe now! so so beautiful. i posted her back in summer so i thought id do an update now.

I’m so pleased this year that the August/September winds of Utah didn’t lay this Jerusalem artichoke down to the ground!

These ground-hugging flowers had gone to seed and were located around 3000m elevation. Online searches indicate a number of possible species. Would be grateful for any info on ecology.

I apologize if this is the wrong place to ask, but does anyone know of any artists or designers who sell clothing/prints with illustrations of plants on them? Houseplants, native plants, succulents, whatever. I’m struggling to find real, human made art these days. Thanks!

As I have posted before pear tree growth is from the apical meristem - pluripotent tissue that remains though a trees life at it branches tips. Growth is is a spiral that rigidly conforms to the Fibonacci sequence with a Fibonacci number of 3/8 meaning the spiral makes 3 full rotations around the branch across 8 buds before a bud aligns perfectly above the starting one. (In botany, the spiral arrangement of leaves and buds along a stem is known as spiral phyllotaxy). The "handiness" (or chirality) of this spiral is randomly variable and can spiral right or left and can even change unlike some climbing vines etc. Even on different branches of the same tree, you will find a roughly equal mix of clockwise (right-handed) and counterclockwise (left-handed) spirals
How does the formation of new buds or primordia from the meristem tissue in pear trees occur? It has fascinated scientists of many disciplines over centuries.
During growth on a cellular level, auxin levels rise to a maxima simultaneously in several microscopic locations in the meristem. The number of these clustered spots increase rapidly as the diameter of the meristem grows, following Fibonacci numbers.
Auxin maxima form through the coordinated, directional transport of auxin by polar membrane proteins (PIN1 proteins) and localised cellular biosynthesis.
PIN1 proteins actively pump auxin out of cells in a specific, directional (polar) manner. Individual cells position their PIN1 proteins toward neighbouring cells that already have a higher concentration of auxin. This feedback loop funnels auxin toward specific focal points in the peripheral zone of the meristem, creating concentrated local peaks or maxima.
Enzymes responsible for making auxin already show localised, patterned gene expression within the meristem tissues, a feature reinforced by the effects of PIN1 proteins.
Once a high enough concentration of auxin is achieved in a cluster of cells it triggers the formation of a new primordium, and surrounding tissues become depleted of the hormone.
Because the surrounding cells are drained of auxin, the next maximum can only form at a safe physical distance away, creating the regular, spiral spacing pattern seen in the leaves and flowers. A new auxin maximum forming between two neighbouring maxima as the meristem grows and the depletion effect wanes and then ‘moves’ by the growth of the meristem so that it is always closer to the older of its two neighbours.
The direction of the spiral is determined early on at the cellular level by the exact levels of auxin to the right or left and then repeated. Because it is not genetically locked to one direction, it is a matter of chance which way an individual branch's spiral begins to wind.

Did this turnip start as two that fused or one that has 2 taproots? Has it something to do with the cotyledon?

Washington state USA. This is perhaps a lesser known Rhododendron sp native to north western North America. The plant produces small, salmon colored, urn shaped flowers in spring-early summer. It is a mountain species that is well adapted to cool, shady, and acidic conditions. Its common name is fools huckleberry because of its resemblance to Vaccinium spp. One way to tell the difference is to crush its leaves, which emit a skunk-like odor. I found this plant at an elevation of about 3200 ft in the north cascades region

so perfect 💛

This sage has developed some odd color differences. Specifically the white that’s showing up on the leaves. Does anyone know what’s going on? This is in Houston, Texas. I am willing to answer any further questions.

Pears and apples have five petals, five sepals, and five carpels. Like many other flowers (approximately half of plants have 5 petals etc), it’s the commonest form. It is an evolutionary trait deeply hardcoded into the genetics of eudicots (true dicotyledons). In botany, this five-part arrangement is known as a pentamerous flower structure. Why is 5 an ancient, highly successful evolutionary blueprint? To understand this it’s worth looking at how plants grow. To avoid overlapping and wasting sunlight or space, leaves, seeds, and petals often grow in a spiral pattern from a central bud point; at a very specific angle: approximately 137.5 degrees (known as the Golden Angle). Spiral patterns are mathematically described by the Fibonacci sequence (1, 2, 3, 5, 8, 13...). Five is a key number in this sequence. It allows a flower to pack its petals and sepals tightly together in a bud without overlapping in a way that crushes the delicate inner reproductive organs.

Also as an evolutionary advantage the flat, five-petaled flower acts like a perfect, stable landing pad for pollinators like bees, beetles, and flies and so the emergence of 5petal flowers evolved in step with the rise of these insects. Once an ancestral plant family finds a genetic formula that works perfectly for several reasons , the homeotic genes that dictate features rarely change without a major stress.

Different branches of the plant kingdom split off millions of years ago and locked in entirely different structural blueprints.
Flowers with groups of 3 are lilies grasses and orchids groups of 4 are mustards and evening primrose. Infinite spirals are magnolias which are pollinated by beetles . Notice apart from the tetramerous mustards the others all follow the Fibonacci sequence.

Washington state, USA. Found this little aster on a trail in the north cascades. The individual flowers are only a few mm across. The flower stems and fruits are covered in sticky glands, which are thought to deter herbivorous insects and help the seeds travel on animals to new locations. I've probably walked right by this plant many times without noticing it. I didn't even realize it was asteraceae at first because of how small the capitula are.

It's been 10 months of unemployment after my masters degree in plant biology. Wanted to go for PhD. I haven't been shortlisted with any interviews until now. I have no papers published till yet.

I wanted to pivot so bad . I want to know if there is international professional level certification in plant biology.

Any advice could help