I recently purchased a cactus to put on my windowsill to brighten up my room a bit, my problem is that I threw away the container right after I repotted it and now I don’t know what it is exactly. Could you help me?
The pot it’s in in this picture is four inches across and the ends of the spines are a dark red color.
Thank you so much!
Hard to know for sure at that size, but I would guess a Gymnocalycium, although my 2nd guess would be a Ferocactus. If it blooms young, it’s probably a Gymnocalycium. Also, it looks like it could use more sun.
I live in Florida & would like to plant some cacti in my front courtyard.
Do you know some names of cacti that do not grow too big in size for me to plant in that area?
Florida is a big state with many different climate zones. Also, if you are interested in true spiny cactus, most of them are not going to do well in most of Florida due to humidity. However if you are looking for more succulent plants then there are many that can do well – I would ask that you visit your local nursery and they will be best able to get you something that is climate appropriate where you are.
Subject: Re: April New Plants From: Les To: Cactus Jungle
Hi. Just an fyi: Sarracinia Bug Bat (?) is best known as Sarracinia Minor.
Sent from my iPhone
Les, It’s been brought into our collection as a Hybrid. It may have also been a common name for S. minor, but we are referring to:
“Sarracenia ‘Bug Bat’ is a pitcher plant that was hybridized.. by Larry Mellichamp at University of North Carolina at Charlotte Botanical Gardens… Sarracenia ‘Bug Bat’ is most likely a cross of Sarracenia (alata × psittacina) × minor var. okefenokeensis….
“The name Bug Bat was coined about 2005 by David Crump alluding to the shape of the pitchers resemblance to baseball bats, and then associated with catching bugs.”
Ben brought in his gorgeous specimen Astrophytum caput-medusae, although he prefers to go by the name Digitostigma caput-medusae, which is considered a non-recognized name by the science boards that decide these things.
Ben says we may have some available to sell at the Cactus Jungle in a year or two. Nice! Thanks, Ben.
The horns are the cactus’ tubercles, i.e. what in most cactus are little bumps on or along the stems, here have gone wild and formed these giant spotted horns.
And the flower is cresting! Another closeup of the flower after the jump… (more…)
Whatever challenges a rooftop presents, though, are not apparent to a farming novice visiting the roof on Dwight. One can walk through numerous terraces and see neat rows of crops growing; it looks no different than a regular farm, except for the fact that you can also see the tops of nearby office buildings and past those, the Bay Bridge in the distance.
Description: Stapeliad. Small burgundy star-shaped carrion flowers low on the stems. Fleshy green leaves when watered, drops leaves when dry. Reduce watering in winter. Prefers to be outside in a protected location.
The range of Osteospermum colors is quite pleasant, and they’re hardy in Berkeley, growing year round and blooming from March through October! They’re opening up everywhere around town. These are on Ashby Ave.
We’ve started growing Eulophia callichroma, an African pseudobulb terrestrial orchid found from Tanzania to Swaziland, presumably low-water – and we’ll see! But we’ve already got our first plant to flower, so that’s a good thing.
It’s a tiny flower and that’s the best picture I could get without lights and a tripod, which are elsewhere right now. But you can surely get the gist of it!
(B)y studying the pitcher plant’s genome — and comparing its insect-eating fluids to those of other carnivorous plants — researchers have found that meat-eating plants the world over have hit on the same deadly molecular recipe, even though they are separated by millions of years of evolution.
“We’re really looking at a classic case of convergent evolution,” says Victor Albert, a plant-genome scientist at the University of Buffalo, New York, who co-led the study…
(C)arnivory has evolved repeatedly in plants, probably to cope with the nutrient-scarce soils in which they grow, Albert says. “What they’re trying to do is capture nitrogen and phosphorus from their prey.”…
(T)he new study is important because it demonstrates how this convergence can occur down to the molecular level, …says Aaron Ellison, an ecologist at Harvard Forest in Petersham, Massachusetts….
Gaining the ability to eat an insect is of little use if a plant cannot first entrap one, and here evolution has come up with more diverse solutions, Albert notes.