fix broken readme links

README.md

@@ -2,19 +2,23 @@
 
 A fast and ergonomic concurrent hash-table for read-heavy workloads.
 
+See [the documentation](https://docs.rs/papaya/latest) for usage details.
+
+## Features
+
 - An ergonomic lock-free API — no more deadlocks!
 - Powerful atomic operations.
 - Seamless usage in async contexts.
 - Extremely scalable, low-latency reads (see [performance](#performance)).
 - Predictable latency across all operations.
 - Efficient memory usage, with garbage collection powered by [`seize`].
 
-See [the documentation](https://docs.rs/papaya/latest) for usage details.
-
 ## Performance
 
 `papaya` is built with read-heavy workloads in mind. As such, read operations are extremely high throughput and provide consistent performance that scales with concurrency, meaning `papaya` will excel in workloads where reads are more common than writes. In write heavy workloads, `papaya` will still provide competitive performance despite not being it's primary use case. See the [benchmarks] for details.
 
-`papaya` aims to provide predictable and consistent latency across all operations. Most operations are lock-free, and those that aren't only block under rare and constrained conditions. `papaya` also features [incremental resizing](ResizeMode). Predictable latency is an important part of performance that doesn't often show up in benchmarks, but has significant implications for real-world usage.
+`papaya` aims to provide predictable and consistent latency across all operations. Most operations are lock-free, and those that aren't only block under rare and constrained conditions. `papaya` also features [incremental resizing]. Predictable latency is an important part of performance that doesn't often show up in benchmarks, but has significant implications for real-world usage.
 
 [benchmarks]: ./BENCHMARKS.md
+[seize]: https://docs.rs/seize
+[incremental resizing]: https://docs.rs/papaya/latest/papaya/enum.ResizeMode.html