Nitrogen Cycle Diagram Generator

Prompt

Create a fully labeled nitrogen cycle diagram on a white background with a pale sky band across the top labeled "Nitrogen gas in the atmosphere (N2) — 78% of the air". Below it draw a bean plant with visible root nodules on the left, a grazing cow on the right, and a soil cross-section beneath both. Draw eight thick curved arrows with short labels in white pills: "Biological nitrogen fixation — Rhizobium in root nodules" from atmospheric N2 down to a soil box reading "Ammonium (NH4+)"; a separate "Lightning fixation — nitrogen oxides carried by rain" arrow from atmospheric N2 down to a soil box reading "Nitrate (NO3-)"; "Nitrification step 1 — Nitrosomonas" from ammonium to a box reading "Nitrite (NO2-)"; "Nitrification step 2 — Nitrobacter" from nitrite to nitrate; "Assimilation" from nitrate up into the plant roots; "Feeding" from plant to cow; "Ammonification — decomposers" from dead matter and waste back to ammonium; and "Denitrification — Pseudomonas" running from nitrate up to atmospheric N2. Thin dark leader lines, readable sans-serif text. Never point the lightning arrow to ammonium.

Prompt

Create a blank nitrogen cycle worksheet. Draw the same scientifically correct scene — atmosphere band, legume plant with root nodules, grazing animal, dead matter, and a soil cross-section with three empty compound boxes — in clean line art with pale flat fills and no process answers on the diagram. Draw exactly eight arrows with empty white numbered pills: 1 biological nitrogen fixation from atmosphere to the ammonium box, 2 lightning fixation from atmosphere to the nitrate box, 3 ammonium to nitrite, 4 nitrite to nitrate, 5 nitrate to plant, 6 plant to animal, 7 dead matter and waste to ammonium, and 8 nitrate back to atmosphere. Mark the three empty compound boxes A, B, and C. Add a word bank box below reading exactly "biological nitrogen fixation, lightning fixation, nitrification step 1, nitrification step 2, assimilation, feeding, ammonification, denitrification, ammonium NH4+, nitrite NO2-, nitrate NO3-". Generous white space, no answer key, no bacteria names printed anywhere.

Prompt

Create a simple, easy-to-draw nitrogen cycle diagram for lower-secondary students. Use bold flat colours, thick clean outlines, and large readable text. Show only four elements: a nitrogen gas band at the top, one plant, one animal, and the soil. Draw five thick labeled arrows in plain wording: "Nitrogen-fixing bacteria add usable nitrogen compounds to the soil", "Plants take in nitrates through their roots", "Animals eat plants to get nitrogen", "Dead things and waste rot back into the soil", and "Other bacteria send nitrogen gas back to the air". Plenty of white space, no chemical formulas, no bacteria names.

Prompt

Create a labeled close-up of biological nitrogen fixation in a legume. Draw a clover or bean plant with its root system prominent below the soil line and several round pink nodules attached to the ROOTS only, never to the stem or leaves. Add a magnified callout circle from one nodule showing rod-shaped bacteria labeled "Rhizobium". Inside the callout write the conversion as "N2 (nitrogen gas) to NH3 / NH4+ (ammonia and ammonium)" with an arrow, and add a caption reading "The enzyme nitrogenase breaks the triple bond in N2". To one side draw three clearly separate smaller panels: "Free-living Azotobacter in the soil — N2 to NH3 / NH4+", "Lightning fixation — N2 to nitrogen oxides, then nitrates in rain", and "Industrial fixation — Haber process makes ammonia". Clean textbook style on white. Never show lightning producing ammonium.

Prompt

Create a nitrogen cycle bacteria flow chart on a white background, running left to right as a chain of rounded compound boxes joined by labeled arrows: "Nitrogen gas (N2)" then "Ammonium (NH4+)" then "Nitrite (NO2-)" then "Nitrate (NO3-)". Label the arrow into ammonium "Rhizobium and Azotobacter — nitrogen fixation", the arrow into nitrite "Nitrosomonas — nitrification step 1", and the arrow into nitrate "Nitrobacter — nitrification step 2". Add a long return arrow beneath, running from the nitrate box back to the nitrogen gas box, labeled "Pseudomonas — denitrification, in waterlogged oxygen-poor soil". Add one more arrow from a "Dead matter and waste" box into ammonium labeled "Decomposers — ammonification". Give each bacterium a distinct colour and keep every formula exact.

Prompt

Create a nitrogen cycle diagram that highlights human impact. Draw the standard cycle in muted grey tones on the left, then pick out the human additions in strong red: a factory labeled "Industrial fixation — the Haber process makes ammonia fertiliser", a tractor spreading fertiliser on a field, and a car and chimney labeled "Nitrogen oxides from combustion". On the right draw a five-stage chain of labeled panels leading into a lake: "1 Fertiliser runoff carries nitrates into the water", "2 Eutrophication — the water becomes nutrient rich", "3 Algal bloom covers the surface and blocks light", "4 Decomposers break down the dead algae and use up the oxygen", "5 Dead zone — fish and other aquatic life suffocate". Keep the text short and readable.