Typically, lanterns don't do really well for indoor lighting because they typically create a lot of glare, and ceiling bounced flashlights do a better job. But when you are out-doors, ceiling bouncing is not often an option
Energizer came up with a way to reduce glare to a minimum by bottom lighting a diffused light panel. They call it "Light Fusion Technology"
zespectre wrote a nice "Real World Review" of the 300 Lumen
Energizer Folding Lantern with light fusion technology.
The high points are: it is a regulated light, runs on 4, OR 8 AA batteries/eneloops, it is electronically dim-able, (300 high, 30 lumens low, and anywhere in-between), 180 or 360 degree output, and manages glare extremely well, even at high output. The tint appears to be a neutral white. I liked it so much that I soldered a USB cable to it so that I can run mine from an 18650 power bank. I then had to try out it's little brother the 150 lumen Pop Up Lantern.
I wrote a brief review of the Energizer
150 lumen Pop Up Lantern
It is also regulated, handles glare very well, is compact, is electronically dimmable 150 to 15 lumens, and everywhere in-between, and it has a NW tint. It runs about 8.5 hours on high, and about 75 hours on low, on four duraloops. It is currently only $15 online at Target, and they honor the online price at the store, thereby eliminating the shipping charges. IMO, a super deal.
I also wrote a review of the Walmart "
Ozark Trail 300 Lumen Lantern"
It is a low cost ($14.97) single Cree XB-D emitter and runs on three D cells.
It has a high and low and just uses two different resistors.
It has a CW tint, but not a terrible blue. For a couple of dollars I picked up a warm/NW XB-D and it was very easy to swap it in.
A little more challenging was to remove the inner diffuser and swap in one that was a little better.
What really impressed me with this lantern was how long 3 D alkaline cells can power an LED lantern under low loads. I imagine that just about any 3D cell lantern that starts at 50 lumens or less, will run for 7 hours a night for a month. In other words, each D cell (under low loads) will have a similar capacity to a 18650 cell.