Skip to content

Start typing to search across plants, crystals, guides and more.

Plant

Aloe Vera

Bird's Nest Fern

Boston Fern

Calathea

Chinese Money Plant

Fiddle Leaf Fig

Jade Plant

Monstera Deliciosa

Monstera carries the energy of expansion and abundance. Its outstretched, fenestrated leaves are a living symbol of growth without rigidity — the openings are not flaws but intentional spaces that allow light, air, and energy to flow freely through. In many traditions the Monstera is associated with the heart chakra: it softens a room, invites openness, and gently encourages us to grow into more space than we thought we needed. Placed in the east or southeast corner of your home it is said to activate the wood element, drawing fresh energy and new beginnings into the space. Care for yours with presence and it will mirror that generosity back tenfold.

Peace Lily

Heartleaf Philodendron

Pothos (Epipremnum aureum)

Pothos flows wherever it is allowed to go — and in this ease of movement lies its spiritual gift. The plant teaches that growth does not require perfect conditions; that life finds a way through patience and adaptability. Its connection to the throat chakra makes it a meaningful companion for those navigating self-expression, creative work, or the courage to speak their truth. Hang it high and let its cascading vines remind you that forward momentum can be gentle.

Rubber Plant

Snake Plant (Sansevieria)

The snake plant is one of the most protective presences you can bring into a home. Its upright, sword-like leaves are no coincidence — in many traditions this plant is placed at the entrance of a space precisely because it is believed to deflect negative energy before it can enter. Rooted deeply in fire and governed by Mars, it carries the energy of resilience and unwavering boundaries. Pair its presence with an intention of protection, and tend to it with the same quiet discipline it embodies.

Spider Plant

The spider plant is quietly one of the most generous plants you can invite into your home. It doesn't hoard — it puts out runners, offers babies, and shares itself freely. In the language of energy work this plant carries the unmistakable frequency of abundance: not dramatic or acquisitive, but the steady, unspectacular kind that shows up as always having enough. Its connection to the Heart chakra makes it an easy companion for nurturing spaces — a kitchen, a playroom, a home office where you want to feel less like you are grinding and more like you are simply growing.

String of Pearls

ZZ Plant

Crystal

Amethyst

Amethyst is perhaps the most recognised purple mineral on Earth, and for good reason — that particular depth of violet, shifting from pale lavender at the crystal's edge to near-indigo at its heart, is genuinely difficult to look away from. It is quartz made otherworldly by a trace of iron and a dose of natural irradiation, which feels apt for a stone so consistently associated with the liminal and the contemplative.

Aquamarine

Aquamarine is the colour of seawater held up to a clear sky — the specific blue-green that belongs fully to neither category, that shifts between them as the light changes and the viewing angle moves. The connection to the sea is not merely visual: aquamarine was the sacred and protective stone of maritime cultures across the Mediterranean and northern Europe from antiquity. Roman fishermen wore it as protection against drowning; Norse tradition associated it with Rán, goddess of the sea and the drowned; Greek sailors carried it to calm storms and secure safe passage. Medieval lapidaries attributed to it the property of giving courage — specifically the courage required to speak difficult truths, to enter unknown waters, to continue a voyage whose end wasn't visible. The largest gem-quality aquamarine ever found, the Dom Pedro, was a rough crystal of 10 kilograms recovered from Minas Gerais in the 1980s. It was cut by German gem artist Bernd Munsteiner into a 26-centimetre obelisk — now housed at the Smithsonian — that displays the stone's internal optical qualities to an extent that is almost unreasonable to encounter in person.

Black Tourmaline

Black Tourmaline — the variety known to mineralogists as schorl — is one of the most structurally complex silicate minerals in common circulation, and that complexity feels fitting for a stone so consistently reached for in moments when life feels complicated. Dense, deeply black, and marked with the unmistakable vertical striations of its prismatic habit, it has a grounded physical presence that is hard to fake.

Carnelian

Carnelian is the colour of embers — that particular orange-red that sits between fire and earth, warm enough to feel almost edible. It is a microcrystalline variety of quartz, which means it lacks the distinct crystal faces of its macrocrystalline cousins; instead it has a smooth, waxy lustre and a translucency that allows light to pass through the stone in a way that is almost alive. The Ancient Egyptians used carnelian extensively in jewellery and amulets, calling it the 'setting sun'; it was among the stones in the breastplate of the High Priest of Israel and has been found in the grave goods of Bronze Age burials across Europe and Asia. It is one of the oldest used gemstones in human history, and it has not, in thousands of years of use, lost any of its warmth.

Citrine

Citrine glows. That is the most straightforward thing I can say about it: a quality piece of natural citrine, caught in afternoon sun, has a warmth that is almost edible — a deep golden-orange that seems to generate light rather than simply reflect it. It is one of the less common natural quartz varieties, which is why much of what is sold under the name is something else entirely — but that is a story worth knowing.

Clear Quartz

Clear Quartz is the great clarifier of the mineral world — a crystal so structurally refined and so widely distributed across the Earth's crust that it feels less like a curiosity and more like a fundamental building block. Whether you're drawn to its optical brilliance or its reputation as an amplifier of intention, there is nothing quite like holding a truly clear specimen up to morning light.

Fluorite

Fluorite is the mineral that gave the world the word 'fluorescent.' In 1852, George Gabriel Stokes noticed that certain specimens of the mineral (then known as fluorspar) glowed a vivid blue under ultraviolet light even when the stone itself was green or purple — the first formal description of fluorescence, named for the mineral in which it was first characterised. This is characteristic of fluorite: it holds more than it shows. In ordinary light, a fine cubic fluorite in deep banded purple or clear pale green is a visually extraordinary object — the cubic crystal faces, the perfect transparency, the internal colour variation. Under UV, many specimens produce a second identity entirely. The name 'fluorspar' comes from the Latin fluere, to flow: fluorite was used as a flux in metal smelting to lower the melting point of ore, making metal flow more easily. It is, in multiple senses, a stone that facilitates the transition from one state to another.

Green Aventurine

Green Aventurine is one of those stones that looks completely different depending on the light. In diffuse indoor light it is a muted, sage-green chalcedony; turn it toward sunlight and the fuchsite mica inclusions fire up into thousands of tiny mirrors, producing the glittering internal shimmer that gives aventurine its name and its particular, lively charm.

Hematite

Hematite has two faces that seem to belong to different minerals. In polished form, it is a mirror: metallic silver-grey, bright, cold, reflective, carrying a lustre that has made it the preferred material for mirrors and ornamental objects since the Olmec civilisation. Scratch or grind it, and it bleeds red — the blood-red streak that identifies it unmistakably and that has made it the red pigment of choice for human art since the Palaeolithic. The red ochre in cave paintings at Lascaux, at Altamira, at Chauvet — made from ground hematite. The red war paint of indigenous peoples across multiple continents — hematite. The red in ancient Egyptian tomb decoration — hematite. The iron in your haemoglobin that makes your blood red — the same iron, in a different molecular form. Hematite is, in the most literal sense, the stone of blood and iron, of the element that built the industrial world and that runs through every vertebrate body on earth.

Labradorite

Labradorite is a stone that requires movement. Hold it still under a single light and it is a dull, unassuming grey-green feldspar with a greasy lustre. Tilt it, or move the light, and something wakes up inside it: a sudden blue, a flash of gold, a streak of copper green, a vivid violet that appears from nowhere and is gone before you've decided whether you imagined it. This effect — labradorescence — happens when light bounces between internal crystal layers and interferes with itself, producing colour from refraction rather than pigment. There is no actual colour in the stone; the colour is entirely a function of angle, light, and the relationship between observer and object. Labradorite is one of the most structurally honest stones in mineralogy: it is exactly what the relationship between you and the light makes of it.

Lapis Lazuli

Lapis lazuli is one of the oldest prestige materials in human history — not a gemstone but a whole rock, saturated in a blue so particular and so intensely itself that it became the colour of heaven in Byzantine iconography, of divinity in Egyptian art, and of the robe of the Virgin Mary in mediaeval painting. This blue, lapis blue, was more valuable by weight than gold for most of recorded history. It was ground to produce ultramarine pigment — the single most expensive pigment available until synthetic versions were developed in the 19th century. Vermeer used it. Michelangelo used it. The Afghans who have been mining the Sar-i-Sang deposit in Badakhshan since the Neolithic have been supplying the world with this particular blue for at least 6,500 years, and the mine is still producing.

Lepidolite

Lepidolite contains lithium. This is worth stating plainly before anything else, because it anchors every discussion of the stone in something verifiable: lithium is the active ingredient in lithium carbonate and lithium citrate, mood-stabilising medications used in the treatment of bipolar disorder and severe depression. The therapeutic discovery of lithium's effect on the nervous system was one of the more significant findings in twentieth-century psychiatry. The stone does not deliver pharmaceutical doses of the element — the lithium is locked in the crystal structure — but the association between lepidolite and emotional regulation is not purely metaphorical. It is the stone that contains the element. In crystal practice, this has made lepidolite one of the most consistently sought stones for anxiety, emotional instability, sleep disruption, and the management of difficult transitions, particularly for practitioners who appreciate a grounding in physical reality alongside the energetic.

Malachite

Malachite is an extreme stone in every dimension. The colour — a saturated, almost aggressive green that ranges from bright emerald to deep forest — is produced by copper, the same element that gives the Statue of Liberty her patina and turns ancient bronze green over centuries. The banding, which in polished specimens creates concentric rings and whorls of light and shadow, is so structurally specific that no two pieces are identical. For most of recorded history, malachite was ground into pigment: Egyptian green malachite eye shadow, found in cosmetic palettes from predynastic graves; the malachite pigment that appears in frescoes from ancient Egypt and Rome and Pompeii. The Russian imperial family covered the columns and pilasters of an entire room at the Winter Palace in malachite veneer — the Malachite Room, a concentrated statement of mineral extravagance that used over two tonnes of Ural Mountains material.

Moonstone

Moonstone is luminous from the inside. Where other stones reflect light from the surface, moonstone seems to contain it — the adularescent glow floats beneath the surface of the stone like light seen through water, or like the halo around a full moon in cloud. This is why every major civilisation that encountered moonstone named it for the moon. The Romans believed it was formed from solidified moonlight and that the figure of Diana was visible within it. The Hindu tradition calls it chandrakanta — beloved of the moon — and considers it a sacred gift. In Sri Lanka, where some of the finest material originates, it has been traded for centuries as a natural wonder. The phenomenon is real: the stone genuinely moves light differently from how almost anything else moves light.

Obsidian

Obsidian occupies a fascinating edge in the mineral world: it looks and is sold as a crystal, it has been used as a sacred and practical stone across human cultures for tens of thousands of years, and yet strictly speaking it is not a crystal at all. It has no repeating atomic lattice, no defined chemical formula, no crystal system. It is frozen liquid — and that ambiguity feels appropriate for a stone so consistently connected to threshold experiences.

Pyrite

The name is from the Greek pyr — fire. Before matches, before lighters, before reliable flint, striking pyrite against iron produced sparks capable of igniting tinder: pyrite was fire-starting technology, the portable means of summoning one of the most fundamental elements of human survival. The 'fool's gold' story came later, attached to the California and Klondike gold rushes when prospectors unfamiliar with minerals mistook pyrite's brassy gleam for the real thing. But fool's gold is the wrong frame. Pyrite doesn't pretend to be gold; it generates its own version of gold's optical properties through its own chemistry. The cubic crystals from Navajún in La Rioja, Spain — perfect geometric forms that appear machine-manufactured — are among the most structurally astonishing natural objects on Earth. 'Pyrite suns' from the coal shales of Illinois are radial concretions, flat discs of crystallised pyrite that look like compressed sunflowers, formed not by slow hydrothermal precipitation but by bacterial chemistry in ancient seabed sediment.

Rhodonite

Rhodonite is the pink stone with the black map — the rose-red body threaded with dark manganese oxide veins that record every fracture the stone has survived. In this it is unusually honest: where rose quartz presents an unmarked softness, rhodonite shows exactly what has happened to it. The veining is not a flaw; it is the stone's history made visible, the record of a material that cracked and healed and carries both. The name comes from the Greek rhodon, rose, and the finest specimens — deep rose-pink to raspberry red with bold black veining — are among the most striking ornamental stones available. The Ural Mountains of Russia have been the primary historical source; rhodonite was so prized by the Tsarist period that it was used for major decorative objects and sarcophagi, and was considered the stone of Russia's national identity in the lapidary arts.

Rose Quartz

Rose Quartz has a softness to it that is unusual in the mineral world — not physically (it is as hard as any quartz), but visually and texturally, something about that translucent, milky pink seems to diffuse light from within rather than simply reflect it. It almost never forms the sharp terminated points characteristic of clear quartz; instead it grows in massive, granular aggregates, as if the crystal decided texture mattered more than geometry.

Selenite

Selenite is the mineral world's most improbable object of beauty: a crystal so soft you can scratch it with your fingernail, so chemically simple it is essentially just calcium, sulphur, oxygen, and water locked together, yet capable of growing into blades and columns of such translucent, pearlescent luminosity that it genuinely looks like frozen moonlight. Handle it gently; it will reward you.

Smoky Quartz

Smoky quartz is the quartz that absorbed something. The same crystal structure as its clear cousin, the same geological parentage, but with a history written into its colour by radiation from the rock it spent millions of years next to. The result is a stone that transmits light while deepening it — you can see into a smoky quartz, follow the light through its interior, watch it shift from brown to amber to almost-clear at the termination, but the stone holds the light rather than simply passing it through. It has been cut as a gemstone since antiquity: the ancient Chinese carved it for use as sunglasses; Scottish craftsmen used the brown-gold Cairngorm variety in the handles of sgian-dubhs and Highland brooches; the Romans made signet rings from morion, the near-black variety. It is one of the most widely distributed quartz varieties on the planet.

Sodalite

Sodalite is often mistaken for lapis lazuli — both are deep blue, both contain white calcite veining, both come from igneous environments — and the comparison is informative. Where lapis is composite, dramatic, and ancient-feeling, sodalite is singular, quieter, and more consistent. Its blue is steady rather than intense, its veining orderly rather than atmospheric. It does not have lapis's gold pyrite stars or its history of imperial pigment and temple offering. What it has instead is a quality of rational depth: a blue that invites thought rather than reverence. The Ontario sodalite known as 'Princess Blue' — named after Princess Patricia's visit to the Bancroft deposit in 1901 — helped establish the mineral as an ornamental material in the early 20th century, when Arts and Crafts designers used it alongside lapis as a less expensive but equally satisfying blue stone.

Tiger's Eye

Tiger's eye is a study in transformation that leaves evidence. The mineral you're looking at was once something entirely different — a blue fibrous asbestos whose identity was systematically replaced by silica, element by element, while its architecture was preserved intact. The result is a stone with an optical effect — chatoyancy — so specific and so beautiful that it was historically considered magical: a stone that watched you back, that held the light of a living eye. Roman soldiers wore it as a protective amulet in battle. Ancient Egyptians used it in the eye sockets of deity statues as a representation of divine vision. It was associated with the all-seeing eye of Ra and with the discernment that comes from that quality of seeing clearly without flinching.

Guide

At the Margins: What Brown Tips Teach About Thresholds

The brown tip forms at the furthest edge of the leaf — the place furthest from nourishment, most exposed to the air. What the margins of a plant can teach us about our own limits.

mist

Crystal Clearing Ritual

How to cleanse and charge your crystals using plant energy, smoke, and moonlight.

mist

When Something Bends: The Drooping Plant as Mirror

A drooping plant is visibly, urgently asking for something. But the most important thing before acting is knowing what it actually needs — because the wrong response, however well-intentioned, makes things worse.

mist

The Reaching Plant: On Growing Toward Light

A leggy plant has devoted everything to reaching — elongating rapidly toward the nearest brightness at the cost of its own density and strength. There is beauty in the impulse, and a warning in the result.

mist

Light as Language: Tending Your Plants with the Sun

Light is the most elemental force in a plant's life — and in elemental tradition, the realm of fire, clarity, and transformation. A guide to working with light as a living practice.

mist

Lunar Planting Guide

Align your gardening and planting rituals with moon cycles for energetically optimised growth.

mist

The Uninvited: What Pests Reveal About Environment

Pests don't arrive because a plant is unlucky. They proliferate because conditions — stress, stagnation, imbalance — have made the plant vulnerable. The infestation is an invitation to look at the environment, not just the plant.

mist

Repotting as Renewal: A Ritual of Roots and New Beginnings

Repotting is one of the most intimate acts of plant tending — a moment of uprooting, examination, and deliberate replanting. A guide to bringing presence and intention to the practice.

mist

Returning to the Root: A Ritual of Recovery

When a plant's roots are failing, the remedy is to unearth it entirely — to look at what has been hidden, remove what no longer serves, and give it a fresh foundation. This is also what healing looks like in us.

mist

Water as Ritual: Tending Your Plants with Intention

Water is the element of intuition, flow, and emotional intelligence. A guide to bringing presence and meaning to the act of watering your plants.

mist

The Yellow Leaf: Reading Your Plant's First Language

A meditation on what it means when a plant turns yellow — learning to read distress as communication, and how to hold plant care as an act of attentive presence.

mist

Why Do My Houseplant Leaves Have Brown Tips?

Brown, crispy leaf tips are one of the most common houseplant complaints. This guide covers every cause — from fluoride sensitivity to low humidity to inconsistent watering — and how to diagnose which one you're dealing with.

myrtle

Why Is My Houseplant Drooping?

Drooping is the most confusing houseplant symptom because the same visual sign — wilting leaves, a collapsing plant — has completely opposite causes that require opposite fixes. This guide shows you how to tell them apart.

myrtle

Why Is My Plant Getting Leggy? (And How to Fix It)

Long, weak stems with wide gaps between leaves — leggy growth — is a plant's urgent architectural response to insufficient light. This guide explains the biology, how to reverse it, and how to prevent it.

myrtle

Understanding Light for Houseplants

How plants actually use light, what different light conditions mean, how to read your windows, and why getting light right determines everything else in plant care.

myrtle

Common Houseplant Pests: How to Identify and Treat Them

Spider mites, mealybugs, fungus gnats, scale, and thrips — the five most common houseplant pests, how to identify each, why they appear, and the most effective treatments.

myrtle

The Perfect Potting Mix

A practical guide to creating the ideal soil blend for tropical houseplants — aroid mix, drainage, and amendments.

myrtle

How to Propagate Houseplants by Division

Division is the most direct propagation method — splitting a single plant into two or more independent plants. This guide covers which plants it works for, when to do it, and how to minimise stress.

myrtle

Leaf Propagation: Succulents, Cacti, and ZZ Plants

Some plants can regenerate entirely from a single leaf. This guide explains how leaf propagation works biologically, which plants it reliably works for, and the technique for each.

myrtle

Propagating Houseplants from Offsets and Pups

Many houseplants naturally produce smaller versions of themselves — offsets, pups, or runners — that can be separated and grown independently. This guide covers identification, timing, and technique.

myrtle

How to Propagate Houseplants from Stem Cuttings

Stem cuttings are the most reliable propagation method for the majority of tropical houseplants. This guide covers the biology of rooting, how to take a cutting correctly, and how to maximise success.

myrtle

Water Propagation: How It Works and When to Use It

Rooting cuttings in water is one of the most popular propagation methods — but the transition from water to soil is where most failures happen. This guide explains the biology and how to do both stages correctly.

myrtle

Pruning Basics

When to prune, where to cut, and how to use your cuttings — a practical pruning guide for indoor plants.

myrtle

When and How to Repot Your Houseplants

The complete guide to repotting — how to know when a plant needs a new pot, why pot size matters more than you think, and how to minimise transplant shock.

myrtle

Root Rot: How to Identify, Treat, and Prevent It

Root rot kills more houseplants than anything else — and it's almost always invisible until it's advanced. This guide covers the biology, how to diagnose it before it's too late, and exactly how to treat and prevent it.

myrtle

How to Water Your Houseplants

The complete guide to watering indoor plants correctly — why overwatering kills, how to read your plant, and the biological reason drainage matters.

myrtle

Why Are My Houseplant Leaves Turning Yellow?

A biology-first guide to diagnosing yellow leaves — overwatering, light, nutrients, pests, and natural ageing, with a plant-by-plant reference for the most common houseplants.

myrtle